Đorđević, Stefan;Jorgić, Bojan;Aleksandrović, Marko;Stanojević, Igor;Paravlić, Armin

Efekti primene ﬁ
 zičke aktivnosti
na antropološki status dece, omladine i odraslih
ZBORNIK RADOVA
Univerzitet u Beogradu
Fakultet sporta i ﬁ
 zičkog vaspitanja
CONFERENCE PROCEEDINGS
Eﬀ
 ects of Physical Activity Application to
Anthropological Status with Children, Youth and Adults
Univerzitet u Beogradu
Fakultet sporta i ﬁ
 zičkog vaspitanja
Beograd, 11-12 decembar 2015.
MEĐUNARODNA NAUČNA KONFERENCIJA
EFEKTI PRIMENE FIZIČKE AKTIVNOSTI
NA ANTROPOLOŠKI STATUS
DECE, OMLADINE I ODRASLIH
Zbornik radova
INTERNATIONAL SCIENTIFIC CONFERENCE
EFFECTS OF PHYSICAL ACTIVITY APPLICATION TO
ANTHROPOLOGICAL STATUS
WITH CHILDREN, YOUTH AND ADULTS
Conference Proceedings
Beograd, 11-12. decembar 2015
Međunarodna naučna konferencija
Efekti primene fizičke aktivnosti na antropološki status dece, omladine i odraslih / Zbornik radova
International Scientific Conference
Effects of Physical Activity Application to Anthropological Status With Children, Youth and Adults /
Conference Proceedings
Izdavač / Published by
Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja
University of Belgrade, Faculty of Sport and Physical Education
Urednici / Editors
Prof. dr Goran Kasum
As. Miloš Mudrić
Naučni odbor / Scientific Board
Predsednik / President
Prof. dr Goran Kasum (Faculty of Sport and Physical Education, Belgrade)
Članovi / Members
Članovi sa matične institucije / Members from the Institution
Prof. dr Dušan Mitić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Van. prof. dr Sanja Mandarić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Prof. dr Milivoj Dopsaj (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Van. prof. dr Marina Đorđević Nikić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Van. prof. dr Irina Juhas (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Van. prof. dr Snežana Radisavljević Janjić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Ivana Milanović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Vladimir Mrdaković (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Bojan Leontijević (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Sandra Radenović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Branka Savović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Ana Orlić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Doc. dr Vladimir Ilić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Članovi sa ostalih nacionalnih institucija / Members of other National Institutions
Prof. dr Dragan Radovanović (Univerzitet u Nišu, Fakultet sporta i fizičkog vaspitanja)
Prof. dr Marko Aleksandrović (Univerzitet u Nišu, Fakultet sporta i fizičkog vaspitanja)
Prof. dr Borislav Obradović (Univerzitet u Novom Sadu, Fakultet sporta i fizičkog vaspitanja)
Prof. dr Patrik Drid (Univerzitet u Novom Sadu, Fakultet sporta i fizičkog vaspitanja)
Prof. dr Nenad Koropanovski (Kriminalističko-policijska akademija, Beograd)
Članovi iz inostranstva / Foreign Members
Prof. dr Dana Badau (University of Medicine and Pharmacy of Targu Mures, Romania)
Prof. dr Milan Čoh (Univerzitet u Ljubljani, Fakultet za šport)
Prof. dr Hermann Müeller (Istitute for Sport Science, Justus Liebig University, Germany)
Prof. dr Gregor Starc (Univerzitet u Ljubljani, Fakultet za šport)
Prof. dr Daniela Dasheva (National Sports Academy „Vasil Levski“, Bulgaria)
Prof. dr Goran Bošnjak (Univerzitet u Banja Luci, Fakultet sporta i fizičkog vaspitanja)
Prof. dr Athanailidis Ioannis (Democritus University of Thrace, Greece)
Prof. dr Hrvoje Karninčić (Kineziološki fakultet, Split)
Prof. dr Stefan Stoikov (National Sports Academy „Vasil Levski“, Bulgaria)
Organizacioni odbor / Organizational Board
Predsednik / President
Prof. dr Goran Nešić (University of Belgrade, Faculty of Sport and Physical Education, Belgrade)
Članovi / Members
As. Miloš Mudrić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja), generalni sekretar
Dr Jelena Jovanović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
As. dr Branka Marković (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Nastavnik stranog jezika Gordana Vekarić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
As. dr Igor Ranisavljev (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
As. dr Milan Matić  (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
As. Radivoj Mandić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
As. Miloš Marković (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
Prevod na srpski i engleski / Transleted by: Gordana Vekarić
Kompjuterska obrada i grafički dizajn/ Technical aditing - layout: Newpress-Smederevo
Fotografija na koricama/ Cover page photo: Dunja Dopsaj
Štampa / Printed by: Newpress Smederevo 2016.

Tiraž / Circulation: 50 copies
MEĐUNARODNA NAUČNA KONFERENCIJA
EFEKTI PRIMENE FIZIČKE AKTIVNOSTI
NA ANTROPOLOŠKI STATUS
DECE, OMLADINE I ODRASLIH
Zbornik radova
INTERNATIONAL SCIENTIFIC CONFERENCE
EFFECTS OF PHYSICAL ACTIVITY APPLICATION
TO ANTHROPOLOGICAL STATUS
WITH CHILDREN, YOUTH AND ADULTS
Conference Proceedings
Beograd, 11-12. decembar 2015
5
Zbornik radova
SADRŽAJ / CONTENTS
Rade Jovanović, Saša Bubanj, Mladen Živković, Ratko Stanković, Borislav Obradović, Tanja Cvetković
RAZLIKE U EKPLOZIVNOJ SNAZI MIŠIĆA FUDBALERA I NESPORTISTA SREDNJEŠKOLSKOG
UZRASTA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
THE DIFFERENCES IN THE EXPLOSIVE MUSCLE STRENGTH OF FOOTBALL PLAYERS AND
NON-ATHLETES IN HIGH SCHOOL AGE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković Borislav Obradović, Tijana Purenović-
Ivanović
METRIJSKE KARAKTERISTIKE MERNIH INSTRUMENATA ZA UTVRĐIVANJE EKPLOZIVNE
SNAGE MIŠIĆA.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
METRIC CHARACTERISTICS OF MEASURING INSTRUMENTS FOR THE DETERMINATION
OF EXPLOSIVE MUSCLE STRENGTH. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
Giurka Gantcheva
RHYTHMIC GYMNASTICS ENSEMBLE ROUTINES – QUALIFICATION FOR THE OLYMPIC
GAMES-2016. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Goran Bošnjak,Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
ISPOLJAVANJE BRZINE NAKON PRIMJENE RAZLIČITIH METODA ZA RAZVOJ
FLEKSIBILNOSTI. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
EXPRESSION OF SPEED AFTER APPLICATION OF DIFFERENT METHODS FOR FLEXIBILITY
DEVELOPMENT. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49
Živorad Marković, Dragoljub Višnjić, Aleksandar Ignjatović
STAVOVI UČENIKA MLAĐEG ŠKOLSKOG UZRASTA O ĐAČKOJ TORBI.
 .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . 57
THE ATTITUDES OF YOUNGER SCHOOL AGE STUDENTS TOWARDS A SCHOOLBAG. .  .  .  .  . . . . 64
Petrović Lana, Kocić Jadranka, Aleksić Dragana, Stanković Slađana
SPORTSKO-REKREATIVNI OBJEKTI I MENADŽMENT KAO ČINILAC USPEHA U
SPORTSKO-REKREATIVNIM AKTIVNOSTIMA. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71
SPORTS AND RECREATIONAL FACILITIES AND MANAGEMENT AS A FACTOR OF SUCCESS
IN SPORTS AND RECREATIONAL ACTIVITIES.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . 77
Rumiana Karapetrova
QUANTITATIVE-QUALITATIVE EVALUATION OF SHOT PUT THROWERS SPORT AND
TECHNICAL ABILITIES.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82
Iva Dimova, Hristyana Guteva, Jelio Dobrev, Valentin Filiov, Grigor Gutev
RUNNING SPEED DYNAMICS IN THE DISCIPLINE 110 M HURDLES – MEN. .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . 87
Hristyana Guteva, Plamen Nyagin, Iva Dimova
STUDY THE EFFECT OF COORDINATION EXERCISES ON SPEED DEVELOPMENT OF FOOTBALL
PLAYER U17. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92
Nataša Sturza Milić, Tanja Nedimović, Aleksandar Stojanović, Jelena Prtljaga
ISTRAŽIVANJE STAVOVA VASPITAČA I RODITELJA O ZNAČAJU FIZIČKE AKTIVNOSTI U
PREVENCIJI VRŠNJAČKOG NASILJA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98
RESEARCH OF THE PRESCHOOL TEACHERS’ AND PARENTS’ OPINION ON THE
IMPORTANCE OF PHYSICAL ACTIVITY FOR THE PREVENTION OF PEER VIOLENCE.
 .  .  .  .  . . . . . 106
Marija Zegnal Koretić, Aleksandar Ivanovski,  Nevenka Breslauer
THE SPORTS COACH AND HIS ROLE AS AN EDUCATOR OF CHILDREN AND YOUNG
ADULTS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114
Radivoje Radaković, Dopsaj Milivoj, Filipović Nenad, Vulović Radun, Bojan Leontijević
RELIJABILNOST ANALIZE KRETANJA ELITNIH FUDBALERA TOKOM UTAKMICE MERENOG
PRIMENOM SOFTVERSKOG SISTEMA ZA PRAĆENJE KRETANJA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . 120
THE RELIABILITY OF MOTION ANALYSIS OF ELITE SOCCER PLAYERS DURING MATCH
MEASURED BY THE TRACKING MOTION SOFTWARE SYSTEM. .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . 128
6
Conference Procedings
Sadržaj
Bojan Pejčić, Ana Orlić, Ivana Milanović
STAVOVI NASTAVNIKA FIZIČKOG VASPITANJA PREMA INKLUZIJI DECE SA RAZVOJNIM
SMETNJAMA.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136
ATTITUDES OF PHYSICAL EDUCATION TEACHERS TOWARDS INCLUSION OF CHILDREN WITH
DEVELOPMENTAL DISABILITIES.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 142
Bojan Mitrović, Miroslav Marković, Saša Pantelić, Katarina Herodek
RAZLIKE U MOTORIČKIM SPOBNOSTIMA UČENIKA SREDNJIH ŠKOLA IZ GRADSKIH I
SEOSKIH PODRUČJA OPŠTINE LEBANE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . 148
DIFFERENCES IN MOTOR SKILLS OF THE HIGH SCHOOL STUDENTS FROM URBAN
AND RURAL AREAS OF THE COMMUNITY OF LEBANE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . 155
Dušanka Lazarević, Ljiljana B. Lazarević, Snežana Radisavljević Janjić
PSIHOLOŠKI KORELATI UKLJUČENOSTI STUDENTKINJA U SPORT I VEŽBANJE. .  .  .  .  .  .  . . . . . . . 162
PSYCHOLOGICAL CORRELATES OF FEMALE STUDENT’S ENGAGEMENT IN SPORT AND
EXERCISE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 168
Katarina Horvat, Tihomir Vidranski, Ivana Klaričić, Zvonimir Tomac, Josip Cvenić
A TOTAL WEEKLY DIFFERENCE IN PHYSICAL EDUCATION CLASS ACTIVITIES BETWEEN
3RD AND 4TH GRADE PUPILS OF ELEMENTARY SCHOOL. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . 174
Vessela Ivanova, Giurka Gantcheva
SURVEY THE EFFECTIVENESS OF A METHODOLOGY FOR OPTIMIZING THE LEVEL OF MOTOR
QUALITY SPEED AT 10-12 YEARS OLD, DEALING WITH RHYTHMIC GYMNASTICS . .  .  .  .  . . . . . . 180
Milena Živković, Saša Đurić, Dejan Suzović, Aleksandar Nedeljković
RELACIJA SILA-BRZINA U RUTINSKIM TESTIRANJIMA MIŠIĆA NOGU:
EVALUACIJA PARAMETARA MAKSIMALNE SILE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . 186
THE FORCE-VELOCITY RELATIONSHIP IN ROUTINE TESTING OF LEG MUSCLES:
EVALUATION OF MAXIMUM FORCE PARAMETERS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . 192
Stefan Đorđević, Bojan Jorgić, Marko Aleksandrović, Igor Stanojević,Armin Paravlić
ZASTUPLJENOST DEFORMITETA RAVNOG STOPALA KOD DECE OD
6 DO 14 GODINA U SRBIJI: SISTEMSKO PREGLEDNO ISTRAŽIVANJE . .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . 199
THE INCIDENCE OF PES PLANUS IN CHILDREN AGED 6-14 YEARS IN SERBIA:
A SYSTEMATIC REVIEW STUDY.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204
Saša Đurić, Milena Živković, Dejan Suzović, Aleksandar Nedeljković
POUZDANOST I KONKURENTNA VALIDNOST PARAMETRA MAKSIMALNE SILE
DOBIJENOG IZ LINEARNE RELACIJE SILA-BRZINA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . 209
RELIABILITY AND CONCURRENT VALIDITY OF THE MAXIMUM FORCE PARAMETER
OBTAINED FROM THE LINEAR FORCE-VELOCITY RELATIONSHIP.
 .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . 215
Josip Cvenić
THE EFFECTS OF THEORETICAL CLASSES ON HEALTH RELATED FITNESS OF FEMALE
STUDENTS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
ANALIZA FAZA MENADŽMENTA U REALIZACIJI SPORTSKO REKREATIVNOG KAMPA. .  .  . . . . 225
ANALYSIS OF PHASE OF MANAGEMENT IN REALIZATION OF SPORTS RECREATIONAL
CAMP. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 231
Ivaylo Lazarov
RESEARCH OF ANTHROPOMETRIC MARKS WITH MARATHON RUNNERS. .  .  .  .  .  .  .  .  . . . . . . . . . . 237
Fehim Joshan, Ivaylo Lazarov, Rumyana Karapetrova
ASSESSMENT OF FUNCTIONAL EFFICIENCY AND ADAPTABILITY AT THE INDIVIDUAL
RUNNERS AT MIDDLE DISTANCES. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 241
Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
POVEZANOST EKSPLOZIVNE SNAGE MIŠIĆA I TELESNOG SASTAVA RUKOMETAŠA
UZRASTA 14 DO 16 GODINA U ODNOSU NA IGRAČKU POZICIJU. .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . 246
CORRELATION OF EXPLOSIVE STRENGTH AND BODY COMPOSITION IN HANDBALL
PLAYERS AGED 14-16 DEPENDING ON PLAYING POSITIONS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . 256
7
Zbornik radova
Sadržaj
Stela Srpak, Zvonimir Tomac, Tihomir Vidranski
PRIMJENA MODIFIKOVANE EUROFIT BATERIJE TESTOVA U OSNOVNOJ ŠKOLI.
 .  .  .  .  .  .  . . . . . . . . 266
Sanela Pacić, Vasilija Krstić, Radmila Nikić, Fadilj Eminović
HRONIČNE BOLESTI KAO DETERMINANTA U PLANIRANJU FIZIČKIH AKTIVNOSTI KOD
OSOBA SA DAUNOVIM SINDROMOM.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 276
CHRONIC DISEASES AS A DETERMINANT IN THE PLANNING OF PHYSICAL ACTIVITY IN
PEOPLE WITH DOWN’S SYNDROME. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 285
Dragiša Mladenović
SPECIFIČNOSTI OBUKE SKIJANJA KOD DECE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . 294
SPECIFICITY IN CHILDREN SKI TRAINING. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . 300
Vladimir Miletić, Zorica Davidović, Irina Juhas
AKTIVNOSTI U PRIRODI U FUNKCIJI ZAŠTITE ŽIVOTNE SREDINE NA PRIMERU
MAPIRANJA DIVLJIH DEPONIJA NA IZLETNIČKOJ TURI. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . 306
OUTDOOR ACTIVITIES IN FUNCTION OF ENVIRONMENT PROTECTION ON EXAMPLE
OF MAPPING ILLEGAL DUMPS ALONG THE HIKING TOUR. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . 313
Feđa Piščević, Dejan Gavrilović, Milivoj Dopsaj
ANALIZA TAKMIČARSKE AKTIVNOSTI VRHUNSKIH KIK BOKSERA U OKVIRU
MEĐUNARODNIH TAKMIČENJA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 320
ANALYSIS OF THE COMPETITIVE ACTIVITIES OF TOP KICK BOXERS AT INTERNATIONAL
COMPETITIONS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 326
Aleksandar Ignjatović, Živorad Marković, Boban Janković
STAVOVI RODITELJA O GLAVNIM BARIJERAMA ZA UKLJUČIVANJE FUDBALA KAO
AKTIVNOST ZA DEVOJČICE MLAĐEG ŠKOLSKOG UZRASTA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . 332
PARENTS ATTITUDE TOWARDS MAIN BARRIERS IN GIRL’S FOOTBALL PARTICIPATION
ON P.E. CLASSES . .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 340
Goran Kasum, Marijana Mladenović
ANKSIOZNOST I TAKMIČARSKO SAMOPOUZDANJE KOD SPORTISTA SA I BEZ
INVALIDITETA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 348
ANXIETY AND COMPETITIVE SELF-CONFIDENCE WITHIN ATHLETES WITH AND
WITHOUT DISABILITY . .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 355
Suzović Dejan, Savičević Dejan
PARAMETRI PLIVAČKIH SPOSOBNOSTI UČENIKA OSNOVNE ŠKOLE. .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . 362
PARAMETERS OF SWIMMING SKILLS OF PRIMARY SCHOOL PUPILS . .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . 367
Branko Aleksić, Vladimir Timotijević, Miloš Mudrić, Srećko Jovanović, Dejan Suzović
RAZLIKE MOTORIČKIH SPOSOBNOSTI KARATISTA JUNIORSKOG UZRASTA PREMA
SPECIJALIZACIJI. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 372
DIFFERENCES OF MOTOR ABILITIES OF JUNIOR KARATEKA ACCORDING THE
SPECIALISATION . .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 378
Marković Milan, Dopsaj Milivoj
ANALIZA TAKMIČARSKE AKTIVNOSTI RVAČA SLOBODNIM STILOM NA PRVIM
EVROPSKIM OLIMPIJSKIM IGRAMA 2015. GODINE.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . 384
ANALYSIS OF FREE STYLE WRESTLERS’ COMPETITIVE ACTIVITY ON THE FIRST
EUROPEAN OLYMPIC GAMES 2015. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 392
Dejan Ilić, Gligor Škripan, Danica Janićijević, Bojan Ilić
ANALIZA TELESNOG STATUSA ODBOJKAŠICA UZRASTA OD 11 DO 14 GODINA. .  .  .  .  .  . . . . . . . 400
POSTURAL STATUS ANALYSIS OF FEMALE VOLLEYBALL PLAYERS AGED 11-14. .  .  .  .  .  . . . . . . . 405
Danica Janićijević, Milena Mijailović, Dejan Ilić, Bojan Ilić
STATUS STOPALA DEVOJČICA MLAĐEG ŠKOLSKOG UZRASTA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . 410
FOOT STATUS AMONG YOUNG SCHOOL AGE GIRLS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . 414
8
Conference Procedings
Sadržaj
Slobodanka Dobrijević, Lidija Moskovljević, Ivana Milanović
ZNAČAJ UKLJUČIVANJA DEVOJČICA MLAĐEG ŠKOLSKOG UZRASTA U REKREATIVNI
PROGRAM RITMIČKE GIMNASTIKE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 418
THE IMPORTANCE OF INCLUDING YOUNGER SCHOOLGIRLS IN THE RECREATIONAL
PROGRAM OF RHYTHMIC GYMNASTICS. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . 424
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
TREND PROMENA INICIJALNOG NIVOA MOTORIČKIH SPOSOBNOSTI STUDETKINJA
POLICIJSKE AKADEMIJE . .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431
TREND OF CHANGES IN MOTOR ABILITIES INITIAL LEVEL IN THE FEMALE STUDENTS
OF THE POLICE ACADEMY. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 437
Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
UPOREDNA ANALIZA TAKTIČKOG ISPOLJAVANJA FUDBALERA PARTIZANA NA
UTAKMICAMA U EVROPSKIM TAKMIČENJIMA I SUPER LIGI SRBIJE. .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . 443
COMPARATIVE ANALYSIS OF TACTICAL MANIFESTATION OF THE FOOTBALL PLAYERS
OF PARTIZAN IN THE GAMES OF EUROPEAN COMPETITIONS AND THE SERBIAN
SUPERLEAGUE. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 450
Aleksandar Janković, Bojan Leontijević, Miloš Pejović
TAKTIČKA EFIKASNOST REPREZENTACIJA OSVAJAČA SVETSKOG PRVENSTVA
U FUDBALU 2010. I 2014. GODINE . .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 457
TACTICAL EFFICIENCY OF THE WINNING FOOTBALL NATIONAL TEAMS AT
THE 2010 AND 2014 FIFA WORLD CUP.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 463
Zoran Savić, Goran Nešić, Vladimir Grbić
RAZLIKE U ISPOLJAVANJU OPŠTIH I SPECIFIČNIH MOTORIČKIH SPOSOBNOSTI
ODBOJKAŠICA I NETRENIRANIH DEVOJČICA
STAROSTI 15 GODINA . .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 469
DIFFERENCES BETWEEN GENERAL AND SPECIFIC MOTOR ABILITIES IN VOLLEYBALL
PLAYERS AND UNTRAINED GIRLS AGED 15.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . . . . . . 476
Dunja Antić, Dušan Mitić
MOTIVACIJA ŽENA ZA GRUPNE FITNES PROGRAME. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . . . . . 483
MOTIVATION OF WOMEN FOR GROUP FITNESS PROGRAMS.
 .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . 489
Ružena Popović, Evdokia Samouilidou, Milan Dolga
KVALITET ŽIVOTA DECE I OMLADINE ŠKOLSKOG UZRASTA. .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . . . . 495
THE QUALITY OF LIFE OF SCHOOL AGE CHILDREN AND YOUTH. .  .  .  .  .  .  .  .  .  .  .  .  .  . . . . . . . . . . . . . . 508
9
Zbornik radova
Napomena
Svi radovi publikovani u ovom Međunarodnom zborniku su dvostruko recenzirani. Recenzenti su bili:
Urednik prof. dr Goran Kasum (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Dušan Mitić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  van. prof. dr Sanja Mandarić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Milivoj Dopsaj (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  van. prof. dr Marina Đorđević Nikić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  van. prof. dr Irina Juhas (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  van. prof. dr Snežana Radisavljević Janjić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Ivana Milanović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Vladimir Mrdaković (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Bojan Leontijević (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Sandra Radenović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Branka Savović (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Ana Orlić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  doc. dr Vladimir Ilić (Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Dragan Radovanović (Univerzitet u Nišu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Marko Aleksandrović (Univerzitet u Nišu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Borislav Obradović (Univerzitet u Novom Sadu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Patrik Drid (Univerzitet u Novom Sadu, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Nenad Koropanovski (Kriminalističko-policijska akademija, Beograd)
•  prof. dr Dana Badau (University of Medicine and Pharmacy of Targu Mures, Romania)
•  prof. dr Milan Čoh (Univerzitet u Ljubljani, Fakultet za šport)
•  prof. dr Hermann Müeller (Istitute for Sport Science, Justus Liebig University, Germany)
•  prof. dr Gregor Starc (Univerzitet u Ljubljani, Fakultet za šport)
•  prof. dr Daniela Dasheva (National Sports Academy „Vasil Levski“, Bulgaria)
•  prof. dr Goran Bošnjak (Univerzitet u Banja Luci, Fakultet sporta i fizičkog vaspitanja)
•  prof. dr Athanailidis Ioannis (Democritus University of Thrace, Greece)
•  prof. dr Hrvoje Karninčić (Kineziološki fakultet, Split)
•  prof. dr Stefan Stoikov (National Sports Academy „Vasil Levski“, Bulgaria)
•  prof. Slobodan Jarić, Ph.D (University of Delaware, SAD)
Acknowledgments
All articles published in the Proceedings of the International Conference are reviewed by “double
blind review” methods, and the reviewers were:
Editor  prof. Goran Kasum, Ph.D. (University of Belgrade, Faculty of Sport and Physical Education)
•  prof. Dušan Mitić, Ph.D. (University of Belgrade, Faculty of Sport and Physical Education)
•  prof. Milivoj Dopsaj,  Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  assoc. prof. Sanja Mandarić,  Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  assoc. prof. Marina Đorđević Nikić, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  van. prof. dr Irina Juhas,  Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  assoc. prof. Snežana Radisavljević Janjić, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. prof. Ivana Milanović, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. prof. Vladimir Mrdaković, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. prof. Bojan Leontijević, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. prof. Sandra Radenović, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. prof. Branka Savović,  Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. prof. Ana Orlić, Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  asst. Vladimir Ilić,  Ph.D (University of Belgrade, Faculty of Sport and Physical Education)
•  prof. Dragan Radovanović, Ph.D (University of  Niš, Faculty of Sport and Physical Education)
•  prof. Marko Aleksandrović, Ph.D (University of  Niš, Faculty of Sport and Physical Education)
•  prof. Borislav Obradović, Ph.D (University of  Novi Sad, Faculty of Sport and Physical Education)
•  prof. Patrik Drid,  Ph.D (University of  Novi Sad, Faculty of Sport and Physical Education)
•  asst. prof. Nenad Koropanovski, P.h.D (Police Academy, Belgrade)
•  prof. Dana Badau,  Ph.D (University of Medicine and Pharmacy of Targu Mures, Romania)
•  prof. Milan Čoh, Ph.D (University of  Ljubljana, Faculty of Sport)
•  prof. Hermann Müeller,  Ph.D (Istitute for Sport Science, Justus Liebig University, Germany)
•  prof. Gregor Starc,  Ph.D (University of  Ljubljana, Faculty of Sport)
•  prof. Daniela Dasheva,  Ph.D (National Sports Academy „Vasil Levski“, Bulgaria)
•  prof. Goran Bošnjak, Ph.D (University of Banja Luca, Faculty of Sport and Physical Education)
•  prof. dr Athanailidis Ioannis (Democritus University of Thrace, Greece)
•  prof. Hrvoje Karninčić,  Ph.D (Faculty of Kinesiology, Split)
•  prof. Stefan Stoikov,  Ph.D (National Sports Academy „Vasil Levski“, Bulgaria)
•  prof. Slobodan Jarić, Ph.D (University of Delaware, SAD)
10
Conference Procedings
PREDGOVOR
Međunarodna naučna konferencija nam je omogućila da predstavimo aktuelne rezultate
sopstvenih istraživanja i uspostavimo aktivnu komunikaciju sa tokovima istraživačkih trendova
u graničnim oblastima praćenja efekata fizičke aktivnosti. Od 2011. godine, na osnovu obaveze iz
projekta  III 47015, realizujemo međunarodnu konferenciju pod istim nazivom: „EFEKTI PRIMENE
FIZIČKE  AKTIVNOSTI NA ANTROPOLOŠKI STATUS DECE, OMLADINE I ODRASLIH“.
Formirano je zainteresovano jezgro istraživača koji redovno učestvuju u radu Konferencije
i  time daju podršku konceptu interdisciplinarne saradnje. Paralelni projekti (III-47015, III-47008
i 175037) koje realizuju nastavnici i saradnici sa više fakulteta u nekoliko timova koriste ovu
Konferenciju kao mesto ukrštanja rezultata i sučeljavanja različitih istraživačkih ideja, na osnovu
čega smo došli do Zbornika radova sa naše Međunarodne naučne konferencije.
Ranije opredeljenje dobija svoj puni smisao jer kroz rad Konferencije postižemo da se šira
naučna javnost upozna sa poslednjim naučnim istraživanjima kojima se procenjuju efekti primene
fizičke aktivnosti na antropološki status dece, omladine i odraslih, kao i mogućnosti primene
dobijenih nalaza u praksi fizičkog vaspitanja, sporta, rekreacije i radu specijalizovanih ustanova.
Međunarodna naučna konferencija održana 2015. godine je donela nekoliko noviteta koje bi
trebalo da zadržimo i za sledeće skupove:
•
pored Ministarstva nauke, prosvete i tehnološkog razvoja podržalo nas je i Ministarstvo omladine
i sporta u organizaciji Konferencije.
•
pozivni predavačima su pored uvodnih tema imali po jedno dodatno predavanje za studente
Doktorskih i Master diplomskih studija čime dajemo doprinos negovanju istraživačkog opredeljenja
na ovim nivoima studija.
Strukturu konferencije činile su 4 odvojene sesije, kao i poster sesija, za koje je prijavljeno
74 rada, dok je na samoj Konferenciji predstavljeno 70 radova. Ponosni smo jer su u Međunarodni
naučni odbor i recenzentski kolegijum uključeni eminentni naučni i stručni autoriteti iz 8 zemalja.
Naučni odbor je, prema kriterijumima koji su raspisani u pozivu za međunarodnu naučnu
konferenciju, prihvatio radove na srpskom i engleskom jeziku u izvornoj formi koju su autori
dostavili. Nekoliko radova nije prihvaćeno, a kod jedne trećine radova bila je potrebna korekcija.
Konačno, sam Zbornik radova sastoji se od 44 rada in extenso koje su autori izložili na Konferenciji
i koji su prošli dodatnu recenziju.
Predsednik Naučnog odbora
Prof. dr Goran Kasum
11
Zbornik radova
PREFACE
The International Scientific Conference enabled us to present current results of our research and
establish active exchange about current tendencies in border areas of monitoring of physical activity
effects. Since 2011, based on the project no. III 47015, we organize an international conference with
the same topic: “EFFECTS OF PHYSICAL ACTIVITY APPLICATION TO ANTHROPOLOGICAL
STATUS WITH CHILDREN, YOUTH AND ADULTS”
.
A core group of interested researches was formed and they regularly attend the conference
and thus support interdisciplinary cooperation, Additional, ongoing projects (III-47015, III-47008
and 175037) realized by the teachers and associates from several faculties in a few teams use the
Conference as the spot of intersection of results and discussions of various research ideas, and thus
contributed to the Conference proceedings of our International Scientific Conference.
The earlier commitment gets its full meaning because, through the Conference work, we
achieve that broader scientific community becomes familiar with the latest scientific research used
to assess the effects of physical activity application to anthropological status of children, youth
and adults, as well as the possibility of implementation of these findings in the practice of physical
education, sports, recreation and work of specialized institutions.
The 2015 International Conference introduced several novelties that we should keep even for

the next meetings:
•
Beside the Ministry of Science, Education and Technological Development we were supported by
the Ministry of Youth and Sport
•
The invited lecturers, besides the plenary lectures, provided an additional lecture each for  our
master and doctoral students, which contributed to cherishing research dedication at this level of
studies.
The Conference was composed of 4 main areas,  and poster sessions, which reported 74 work,
while at the Conference presented 70 papers. We are proud because the International Scientific
Committee and Review collegium included eminent scientific and professional authorities from 8
countries.
The Scientific Board, according to the criteria from the invitation for the international
conference, accepted papers in Serbian and English language in their original form, as received by
the authors. Few papers were rejected and one third of papers required corrections. Finally, the
Conference Proceedings included 44 papers in extenso presented at the Conference and additionally
reviewed.
President of the Scientific Board
prof. Goran Kasum Ph.D
13
Zbornik radova
UDK 796.012.11:796.332-053.6
RAZLIKE U EKPLOZIVNOJ SNAZI MIŠIĆA FUDBALERA
I NESPORTISTA SREDNJEŠKOLSKOG UZRASTA
Rade Jovanović1, Saša Bubanj1, Mladen Živković1, Ratko Stanković1,
Borislav Obradović2, Tanja Cvetković3
1Fakultet sporta i fizičkog vaspitanja Univerziteta u Nišu, Srbija
2Fakultet sporta i fizičkog vaspitanja Univerziteta u Novom Sadu, Srbija
3Filozofski fakultet Univerziteta u Nišu, Srbija
UVOD
Savremena fudbalska igra obuhvata različite motoričke aktivnosti cikličnog i acikličnog tipa.,
tj., pokrete različitog obima i intenziteta. Sa biomehaničkog aspekta, pokreti u fudbalskoj igri kao
što su udarci lopte, dueli, okreti, zamasi, sprintevi, promene pravca kretanja, udarci lopte glavom,
zahtevaju dobru osnovu eksplozivne sile i snage mišića. Viši nivo ekplozivne snage fudbalera u odnosu
na protivničkog igrača ogleda se u većoj brzini i ubrzanju, boljoj agilnosti (zaustavljanju, polasku,
okretu, usporavanju), boljoj sposobnosti građenja lopte i odolevanja napadima protivnika, boljoj
skočnosti igrača što pozitivno utiče na igru glavom, smanjenje rizika od povreda, itd. kao parametar
koji ima značajan uticaj na sportsko postignuće u velikom broju individualnih i kolektivnih sportova,
poželjno je da se eksplozivna snaga mišića utvrđena prilikom vertikalnog skoka dijagnostifikuje u
redovnim vremenskim intervalima tokom trenažnog procesa. Prema Ostojić i sar. (2010), za dobijanje
vrednosti vertikalnog skoka moguće je koristiti široku paletu dijagnostičke opreme, pri čemu je za
dobijanje valjanih rezultata neophodno poštovati definisanu metodologiju testiranja. Problem je što
mnogi igrači nemaju utvrđen nivo eksplozivne snage, barem ne direktnim putem, tj., savremenim,
valjanim i pouzdanim uređajima. Postoje takođe, problemi  sitematizaciji dostupnih istraživanja
sa fudbalerima u kojoima se kao dobar pokazatelj eksplozivne snage mišića koristi vertikalni skok.
Naime, takva istraživanja se ne mogu međusobno porediti usled metodoloških razlika, heterogenosti
populacije ispitanika u odnosu na starost, različit nivo takmičenja, vrstu vertikalnog skoka, itd.
Različiti modaliteti vertikalnog skoka utvrđuju različite parametre skočnosti, čime se omogućuje
detaljnija analiza trenutnih sposobnosti i ukazivanje na eventualne slabosti koje je poželjno naglasiti
u trenažnom procesu. Novija istraživanja eksplozivne snage mišića utvrđene primenom vertikalnog
skoka kod fudbalera adolescenata, uglavnom potvrđuju pretpostavku o razlici u snazi mišića u
odnosu na igračku poziciju u timu (Pivovarniček, Pupiš, Tonhauserova, i Tokarova, 2013; Sporiš,
Jukić, Ostojić, i Milanović, 2009; Gissis i sar., 2006 ). Brojna istraživanja pokazuju značajno viši nivo
visine skoka i snage mišića vrhunskih fudbalera u poređenju sa sportistima nižeg nivoa takmičenja
competition (Haugen, Tonnessen, i Seiler, 2013; Ostojić, Stojanović, i Ahmetović, 2010; Ostojić,
2004). Osnovni cilj ovog istraživanja bio je da se kvantifikuju varijable ispoljene eksplozivne snage
donjih ekstremiteta primenom skoka sa počučnjem (prema engl. Counter movement jump, CMJ), da
se utvrde razlike u ispoljenoj ekplozivnoj snazi između fudbalera prema poziciji u timu, kao i razlike
između fudbalera i nesportista.
METOD
Uzorak od 32 ispitanika, učenika Srednje ekonomske škole iz Niša, podeljen je na subuzorak
fudbalera (prema igračkoj poziciji u timu: napadači, igrači sredine terena i odbrambeni igrači, N=16),
koji se u odnosu na uzrast, takmiče u Kvalitetnoj ligi Srbije, i subuzorak nesportista (N=16), koji se
ne bave sportom ni profesionalno, niti rekreativno.  Fudbaleri su bili prosečne starosti 15,75±1,00
godina, a nesportisti 15,38±0,79 (Mean±Std.Dev.). Osnovni kriterijum za učešće u istraživanju bio je
14
Conference Procedings
Rade Jovanović, Saša Bubanj, Mladen Živković, Ratko Stanković, Borislav Obradović, Tanja Cvetković
dužina bavljenja fudbalom u trajanju od najmanje tri godine (kod sportista), kao i odsustvo oboljenja
i povreda koji bi mogli negativno da utiču na zdravstveni status ispitanika i rezultate istraživanja (i
kod sportista i kod nesportista). Istraživanje je sprovedeno uz pismeni pristanak svih ispitanika o
učešću u predloženom projektu.
Antropometrijske karakteristike su procenjene sledećim varijablama:
•  TELMAS(telesna masa izražena u kg),
•  TELVIS (telesna visina izražena u cm) i
•  BMI (indeks telesne mase, prema engl. Body mass index).
Upotrebom bežičnog akcelerometra Myotest, utvrđene su vrednosti sledećih varijabli
eksplozivne snage donjih ekstremiteta:
•  HEIGHT (visinaskoka izražena u cm),
•  LEGPOWER (snagaprilikom skoka izražena u W/kg),
•  LEGFORCE (sila prilikom skokaizražena u N/kg) i
•  LEGVELOCITY (brzina prilikom skoka izražena u cm/s).
Istraživanje transverzalnog tipa sprovedeno je u okviru nacionalnog projekta „Razlike i uticaji
maksimalne snage mišića na gustinu koštanog tkiva između sportista i nesportista srednjoškolskog
uzrasta“ (OI179024), odobrenog i finansiranog od strane Ministarstva prosvete, nauke i tehnološkog
razvoja Republike Srbije. Neposredno pre testiranja, ispitanici su sproveli „zagrevanje“, koje je
podrazumevalo lagano trčanje u trajanju od 10-tak minuta i dinamičko istezanje u trajanju od 5
do 7  min. U cilju utvrđivanja eksplozivne snage donjih ekstremiteta, neposredno pred protokol
skoka sa počučnjem, oko struka ispitanika postavljen je poseban pojas na koji je pričvršćen uređaj
Myotest. Ispitanici su izvodili skokove, ukupno pet, na tvrdoj podlozi, bez zamaha ruku, kako bi svi
ispitanici skakali pod istim uslovima i bez dodatnog impulsa koji bi mogao da utiče na vrednosti
merenih varijabli (Bubanj, i sar., 2011). Vrednosti varijabli eksplozivne snage, očitavane su sa displeja
uređaja  Myotest. U cilju statističke obrade dobijenih podataka upotrebljen jepaket SPSS version
11, a dobijeni rezultati su prikazani deskriptivnom statistikom (tabelarno i grafički). Za utvrđivanje
statistički značajnih razlika u vrednostima varijabli eksplozivne snage korišćena je analiza varijanse,
tj.One-way ANOVA metoda.
REZULTATI
Deskriptivne statistike
Tabela 1. Deskriptivna statistika
Grupa
Fudbaleri
Nesportisti
Ukupno
Mean Std. Dev.Min. Max. Mean Std. Dev.Min. Max. Mean Std. Dev.Min. Max.
TELVIS
(u cm)
178,19
4,34
169,00187,00180,819,84
160,00199,00179,507,60
160,00199,00
TELMAS
(u kg)
66,09
4,39
59,00 73,50 71,00 8,52
52,00 85,00 68,55 7,12
52,00 85,00
BMI
20,84
1,51
18,16 22,91 21,69 1,77
18,81 25,83 21,26 1,67
18,16 25,83
JUMPHEIGHT
(u cm)
34,78
3,69
28,30 41,10 27,34 5,26
16,50 34,30 31,06 5,85
16,50 41,10
JUMPPOWER
(u W/kg)
46,29
8,16
28,40 57,40 47,26 7,98
26,30 55,20 46,78 7,96
26,30 57,40
JUMPFORCE
(u N/kg)
29,87
4,01
22,10 38,20 30,41 4,13
19,80 35,50 30,14 4,01
19,80 38,20
JUMPVELOCITY
(u cm/s)
240,38 25,37 184,00272,00230,4423,32
179,00259,00235,4124,50
179,00272,00
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Razlike u ekplozivnoj snazi mišića fudbalera i nesportista srednješkolskog uzrasta
Normalnost raspodele podataka je testirana testom Kolmogorov-Smirnova (tabela 2).
Tabela 2. Kolmogorov-Smirnov test
JUMPHEIGHT
(u cm)
JUMPPOWER
(u W/kg)
JUMPFORCE
(u N/kg)
JUMPVELOCITY
(u cm/s)
Fudbaleri
,742
,881
,994
,296
Nesportisti
,994
,423
,909
,964
Na osnovu dobijenih značajnosti zaključuje se da je raspodela svih podataka normalna, kako
u grupi fudbalera, tako i u grupi nesportista, te se pristupilo utvrđivanju razlika, parametrijskom
procedurom. Razlike u prosečnim vrednostima parametara ekplozivne snage između fudbalera i
nesportista, testirane su t-test-om za nezavisne uzorke (tabela 3).
Tabela 3. T-test za nezavisne uzorke.
Grupa
N
Mean
Std.
Deviation
t
sig
JUMPHEIGHT
(u cm)
Fudbaleri
16
34,77
3,68
4,632 ,000
Nesportisti
16
27,33
5,25
JUMPPOWER
(u W/kg)
Fudbaleri
16
46,29
8,16
-,337 ,738
Nesportisti
16
47,25
7,98
JUMPFORCE
(u N/kg)
Fudbaleri
16
29,86
4,00
-,378 ,708
Nesportisti
16
30,41
4,12
JUMPVELOCITY
(u cm/s)
Fudbaleri
16
240,37
25,37
1,153 ,258
Nesportisti
16
230,43
23,32
nivo značajnosti: p<0,05
Na osnovu značajnosti t-testa može se zaključiti da statistički značajne razlike postoje samo
u vrednostima parametra JUMPHEIGHT (sig=0,000), i to u korist fudbalera. U ostalim merenjima
nema statistički značajnih razlika između fudbalera i nesportista. Razlike u prosečnim vrednostima
parametara ekplozivne snage između fudbalera prema poziciji u timu testirane su ANOVA metodom.
Dobijeni su sledeći rezultati (tabela 4).
Tabela 4. ANOVA metoda.

Odbrana
Sredina
Napad
F
sig
Mean
Std. Deviation
Mean
Std. Deviation
Mean
Std. Deviation
JUMPHEIGHT
(u cm)
33,40
3,54
31,15
3,77
34,06
3,58
,781
,478
JUMPPOWER
(u W/kg)
45,68
11,89
44,00
17,10
51,44
4,21
,530
,601
JUMPFORCE
(u N/kg)
28,01
5,01
30,30
7,08
31,2
3,92
,597
,565
JUMPVELOCITY
(u cm/s)
234,57
39,63
220,50
50,99
250,20
12,31
,723
,504
Na osnovu dobijenih značajnosti može se tvrditi da ne postoje razlike u prosečnim vrednostima
eksplozivne snage između fudbalera koji igraju na različitim pozicijama u timu.
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Conference Procedings
Rade Jovanović, Saša Bubanj, Mladen Živković, Ratko Stanković, Borislav Obradović, Tanja Cvetković
DISKUSIJA
Prema Malina, Eisenmann, Cumming, Ribeiro, i Aroso (2003), telesna visina i masa značajno
doprinose visini vertikalnog skoka kod fudbalera starosti od 13 do 15 godina. Obzirom da su subuzorci
fudbalera i nesportista u okviru ovog istraživanja ujednačeni po polu, uzrastu, telesnoj visini i masi
(fudbaleri 15,75±1,00 godina,  178,19±4,34cm i 66,09±4,39 kg; nesportisti 15,38±0,79 godina,
180,81±9,84cm  i 71,00±8,52 kg,  Mean±Std.Dev.), utvrđene razlike u visini skoka mogu da se pripišu
regularnom trenažnom procesu. Sa druge strane, upoređujući same fudbalere prema poziciji u timu,
Stroyer, Hansen, i Klausen (2004) navode da su razlike između fudbalera prisutne već u pubertetu, i da
su u odnosu na nivo takmičenja i igračku poziciju u timu, genetski uslovljene. Tourny-Chollet, Leroy,
Léger, i Beuret-Blanquart (2000), kao i Reilly, Bangsbo, i Franks (2000), navode da postoje razlike u snazi
mišića kod fudbalera prema poziciji u timu, što u okviru ovog istraživanja nije potvrđeno. Ipak, prema
istraživanju Reilly i sar. (2000), značajno manja snaga mišića utvrđena je kod igrača sredine terena u
odnosu na igrače na ostalim pozicijama. Oberg, Ekstrand, Möller, i Gillquist (1984) su takođe, utvrdili
razlike u snazi fudbalera prema poziciji u timu, tj., značajno veću snagu pregibača i opružača u zglobu
kolena kod napadača u odnosu na golmane (P‹0.001) i napadača u odnosu na odbrambene igrače
(P‹0.001). Haugen, Tonnessen, i Seiler (2013) istraživali su razlike u visini vertikalnog skoka (skoka
sa počučnjem) kod 939 fudbalera nacionalne selekcije Norveške za period od 1995. do 2010. godine,
prosečne starosti 22,1±4,3 godina.  Ustanovljeno je da su igrači sredine terena ostvarili niže vrednosti
skoka u odnosu na igrače svih ostalih pozicija u timu, u proseku za 2 cm (p<0,05). Sporiš, Jukić, Ostojić,
i Milanović (2009) utvrdili su  da napadači poseduju najviši nivo eksplozivnih sposobnosti mišića u
odnosu na sve ostale igrače na terenu. Istraživanjem je obuhvaćeno 270 fudbalera (po 80 iz odbrane,
sredine i napada, kao i 30 golmana). Primenom metode ANOVA, utvrđena je statistički značajna razlika
u eksplozivnoj snazi mišića ispoljenoj vertikalnim skokom, između igrača napada i odbrane, kao što
je navedeno u korist napadača, a čak su i golmani ispoljili veće vrednosti eksplozivne snage u odnosu
na igrače sredine terena. Gissis et al. (2006) utvrdili su visinu vertikalnog skoka kod mladih fudablera
Grčke (N=54) podeljenih u grupe: fudbalera mlade reprezentacije Grčke (N=18), kvalitetnih mladih
fudbalera  (N=18) i fudbalera rekreativaca (N=18). Ustanovljena je razlika u visini skoka (p<0,05) u
korist nacionalne fudbalske selekcije u odnosu napreostale dve grupe. Razlika između kvalitetnih
mladih fudbalera i fudbalera rekreativaca nije ustanovljena. Pivovarniček, Pupiš, Tonhauserova, &
Tokarova, (2013) su u istraživanju koje je obuhvatilo 36 fudbalera Slovačkog nacionalnog tima starosti
do 21 godine, ispitivali visinu skoka prilikom skoka sa počučnjem i skoka iz čučnja sa zamahom ruku.
Prosečna visina skoka iznosila je 39,0±4,2 cm (Mean±Std.Dev.). Najvišavrednostvisine skoka utvrđena
je kod napadača (39,9±4,8 cm), potom kod odbrambenih igrača (39,6±5,4 cm), golmana(39,2±4,0 cm)
i najzad, veznih igrača (38,0±3,8 cm). Sa druge strane, Mujika, Santisteban, Impellizzeri & Castagna
(2009) nisu utvrdili statistički značajnu razliku (p>0,05) u visini vertikalnog skoka (skoka sa počučnjem
sa i bez zamaha rukama), između vrhunskih fudbalera seniorskog i juniorskog uzrasta (N=17). Dakle,
među dostupnim istraživanjima preovlađuju ona u kojima se navodi da kod fudbalera postoje razlike
u eksplozivnoj snazi mišića u odnosu na poziciju u timu, i to već u periodu adolescencije. Izostanak
razlika u eksplozivnoj snazi prema poziciji u timu, među fudbalerima Radničkog iz Niša, ukazuje na
neophodnost precizno određenog programa treninga eksplozivne snage, naravno vodeći računa o
zdravstvenom statusu svakog fudbalera ponaosob.
ZAKLJUČAK
Na osnovu ciljeva istraživanja, sprovedene metodologije i dobijenih rezultata može se zaključiti
da da statistički značajne razlike postoje samo u vrednostima parametra JUMPHEIGHT, i to u korist
fudbalera.  Razlike između fudbalera koji igraju na različitim pozicijama u timu nisu utvrđene.
Dobijeni rezultati poslužiće trenerima, a i samim ispitanicima u kreiranju budućeg trenažnog rada,
odnosno sprovođenja odgovarajućih programa sa ciljem razvoja eksplozivne snage mišića.
Zahvalnost
Rad pod nazivom „razlike u ekplozivnoj snazi mišića fudbalera i nesportista srednješkolskog
uzrasta“ proizašao je iz nacionalnog projekta OI 179024 „Razlike i uticaji maksimalne snage mišića na
gustinu koštanog tkiva između sportista i nesportista srednjoškolskog uzrasta“. Autori se zahvaljuju na
saradnji učenicima i zaposlenim u Srednjoj ekonomskoj školi u Nišu, gde se projekat sprovodi, kao i
Ministarstvu prosvete, nauke i tehnološkog razvoja Republike Srbije, koje je odbrilo i finansira projekat.
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Razlike u ekplozivnoj snazi mišića fudbalera i nesportista srednješkolskog uzrasta
LITERATURA
Bubanj, S., Okičić, T., Živković, M., Stanković, R., Bojić, I., & Bubanj, R. (2011). Differences in
manifested explosive strength tested by means of the vertical jump with and without previous static
stretching. Facta Universitatis Series: Physical Education and Sport, 9, (2), 151-159.
Gissis, I., Papadopoulos, C., Kalapothrakos, V. I., Sotiropoulos, A., Komsis, G., & Manolopoulos,
E. (2006). Strength and speed characteristics of elite, subelite, and recreational young soccer players.
Research in Sports Medicine, 14, 205-214.
Haugen, T. A., Tonnessen, E., & Seiler, S. Anaerobic performance testing of professional soccer
players 1995-2010. (2013). International  journal of Sports Physiology and Performance. 8, 148-156.
Malina, R.M., Eisenmann, J.C., Cumming, S.P., Ribeiro, B., & Aroso, J. (2004). Maturity-
associated variation in the growth and functional capacities of youth football (soccer) players 13–15
years. European Journal of Applied Physiology, 91(5-6), 555-562.
Mujika, I., Santisteban, J., Impellizzeri, F. M., & Castagna, C. (2009). Fitness determinants of
success in men’s and women’s football. Journal of Sports Sciences, 27, 107-114.
Oberg, B., Ekstrand, J., Möller, M., & Gillquist, J. (1984). Muscle strength and flexibility in
different positions of soccer players. International Journal of Sports Medicine, 5(4), 213-216.
Ostojić,S.M. (2004). Elite and non elite soccer players: preseasonal physical and physiological
characteristics. Research in Sports Medicine, 12,143-150.
Ostojić, S.M., Stojanović, M., & Ahmetović, Z. (2010). Analiza anaerobne sposobnosti i
vertikalne skočnosti u testovima snage (Vertical jump as a tool in assessment of muscular power and
anaerobic performance). Medicinski pregled,63 (5-6), 371-375. In Serbian
Pivovarniček, P., Pupiš, M., Tonhauserova, Z., & Tokarova, M. (2013). Relations between
morphological variables. SportLogia, 9(2), 186-200.
Sporiš, G., Jukić, I., Ostojić, S. M., & Milanović, D. (2009). Fitness profiling in soccer: physical
and physiological characteristics of elite players. Journal of Strength and Conditioning Research,
23(7), 1947-1953.
Stroyer, J., Hansen, L., & Klausen, K. (2004). Physiological profile and activity pattern of young
soccer players during match play. Medicine & Science in Sports & Exercise, 36, 168-174.
Tourny-Chollet, C., Leroy, D., Léger, H., & Beuret-Blanquart, F. (2000). Isokinetic knee muscle
strength of soccer players according to their position.Isokinetics and Exercise Science, 8(4), 187-193.
18
Conference Procedings
UDK 796.012.11:796.332-053.6
THE DIFFERENCES IN THE EXPLOSIVE MUSCLE STRENGTH OF
FOOTBALL PLAYERS AND NON-ATHLETES IN HIGH SCHOOL AGE
Rade Jovanović1, Saša Bubanj1, Mladen Živković1, Ratko Stanković1,
Borislav Obradović2, Tanja Cvetković3
1 Faculty of Sport and Physical Education, University of Nis, Serbia
2 Faculty of Sport and Physical Education University of Novi Sad, Serbia
3 Faculty of Philosophy, University of Nis, Serbia
INTRODUCTION
The contemporary football game features different motoric activities of acyclical and cyclical
type, i.e., the movements of different size and intensity. From the biomechanical aspect, the move-
ments in the football game such as goal kicks, duels, turns, swings, sprints, dribbles, headers, require
a good muscle strength and explosive force. The higher level of explosive force of footballers in rela-
tion to rivals mirrors the higher velocity and acceleration, better agility (stopping, starting, turning,
slowing down), better ability of ball obstruction and resistance to the attacks of rivals, better jumping
of the players which positively influences headers, reduces injury risks, etc. As a parameter which
significantly influences sport achievement in a great number of individual and collective sports, it
is desirable for the explosive muscle strength determined during vertical jump, to be diagnosed in
regular time intervals during the training process. According to Ostojić et al. (2010), it is possible
to use a wide spectre of diagnostic equipment to determine values of the vertical jump, while it is
necessary to respect the testing methodology in order to get valid results. The problem is that many
players do not have determined parameters of explosive strength, at least not in a direct way, i.e., by
contemporary valid and reliable devices. There are also certain difficulties in making a systematiza-
tion of available research with football players, where vertical jump is carried out as a good indicator
of explosive muscle strength. Namely, such research can not be mutually compared in a complete
way because of the methodological differences, the heterogeneity of population examinees regarding
age, different level of competition, a type of vertical jump, etc. Different modalities of vertical jump
determine different parameters of jumping, which take a more detailed analysis of current abilities
possible and they, as well, point to possible weaknesses which are desirable to be emphasized in the
training process. Recent research of explosive muscle strength determined in adolescent football
players by vertical jump, confirms mainly the assumption about the difference in muscle strength in
relation to the team game position (Pivovarniček, Pupiš, Tonhauserova, & Tokarova, 2013; Sporiš,
Jukić, Ostojić, & Milanović, 2009; Gissis et al., 2006 ). Numerous studies show a significantly higher
values of jump height and maximal muscle strength in the top athletes compared to the athletes of
lower rank of competition (Haugen, Tоnnessen, & Seiler, 2013; Ostojić, Stojanović, & Ahmetović,
2010; Ostojić, 2004). The main aim of the current research was to quantify variables of the achieved
explosive strength of lower extremities by applying Counter movement jump (CMJ), to determine
difference in achieved explosive strength between football players regarding their position in team,
as well as the differences between football players and non-athletes.
METHOD
The sample of 32 examinees, high-school students of Secondary Economics School in Nis, is
divided into subsample of football players (according to the position in team: attackers, middle line
players, defenders, N=16), who, according to their age, compete in a quality Serbian league and a
19
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The Differences in the Explosive Muscle Strength of Football Players and Non-Athletes in High School Age
subsample of non-athletes (N=16), who don’t go in for sport, either professionally, or recreational-
ly. The avegare age in football players was 15,75±1,00 years, and 15,38±0,79 years in non-athletes
(Mean±Std.Dev.). The basic criterium to participate in research was the time of practicing football
which is at least three years (with athletes), as well as the absence of illness and injuries which could
influence the health status of examinees and the results of research in a negative way (with athletes
and non-athletes). The research was conducted with the written consent of all examinees to partic-
ipate in the proposed project.
The anthropometric characteristics are estimated by the following variables:
•  BODYMASS (expressed in kg),
•  BODYHEIGHT (expressed in cm) and
•  BMI (Body Mass Index).
Using wireless accelerometer Myotest, the values of the following variables of the explosive
strength of the lower extremities are determined:
•  JUMPHEIGHT (expressed in cm),
•  JUMPPOWER (expressed in W/kg),
•  JUMPFORCE (expressed in N/kg) and
•  JUMPVELOCITY (expressed in cm/s).
Immediately, before testing, the examinees had a “warm-up” which consisted of jogging for
10 minutes and dynamic stretching which lasted for 5 to 7 mnutes. In order to determine explosive
strength of lower extremities, immediately before CMJ, a special belt with the Myotest device was
fastened around the waist of the examinees. The examinees performed jumps, five in total, on hard
surface without the swing of arms, so that all of them would jump under the same conditions and
without additional impulses which could influence the values of measured variables  (Bubanj, et al.,
2011). The values of the explosive strength variables were read from the display of the Myotest de-
vice. In order to statistically process achieved data, version 11 of the package SPSS was used, and the
achieved results were shown by descriptive statistics (tables and graphs). To determine statistically
significant differences in the explosive strength values, one way ANOVA method was used.
RESULTS
Тable 1. Descriptive statistics
Group
Football players
Non-atheletes
Total
Mean
Std. Dev.Min.
Max.
Mean
Std. Dev.Min.
Max.
Mean
Std. Dev.Min.
Max.
BODYHEIGHT
(in cm)
178,19
4,34
169,00  187,00  180,81  9,84
160,00
 199,00  179,50  7,60
160,00
 199,00
BODYMASS
(in kg)
66,09
4,39
59,00
73,50
71,00
8,52
52,00
85,00
68,55
7,12
52,00
85,00
BMI
20,84
1,51
18,16
22,91
21,69
1,77
18,81
25,83
21,26
1,67
18,16
25,83
JUMPHEIGHT
(in cm)
34,78
3,69
28,30
41,10
27,34
5,26
16,50
34,30
31,06
5,85
16,50
41,10
JUMPPOWER
(in W/kg)
46,29
8,16
28,40
57,40
47,26
7,98
26,30
55,20
46,78
7,96
26,30
57,40
JUMPFORCE
(in N/kg)
29,87
4,01
22,10
38,20
30,41
4,13
19,80
35,50
30,14
4,01
19,80
38,20
JUMPVELOCITY
(in cm/s)
240,38
25,37 184,00  272,00  230,44  23,32
179,00
 259,00  235,41  24,50
179,00
 272,00
20
Conference Procedings
Rade Jovanović, Saša Bubanj, Mladen Živković, Ratko Stanković, Borislav Obradović, Tanja Cvetković
The normal distribution of date tested by  Kolmogorov-Smirnov test (table 2).
Таble 2. Kolmogorov-Smirnov test
JUMPHEIGHT
(in cm)
JUMPPOWER
(in W/kg)
JUMPFORCE
(in N/kg)
JUMPVELOCITY
(in cm/s)
Football
players
,742
,881
,994
,296
Non-athletes
,994
,423
,909
,964
 According to determined significances, it could be concluded that the distribution to all of
data is normal, as in the group of football players, as well as in the group of non-athletes, which justi-
fied further use of parametric procedure. The differences in the average values of explosive strength
variables between football players and non-athletes was tested by t-test for independent samples
(Table 3).
Table 3. Т-test for independent samples
Group
N
Mean
Std.
Deviation
t
sig
JUMPHEIGHT
(in cm)
Football
players
16
34,77
3,68
4,632
,000
Non-athletes
16
27,33
5,25
JUMPPOWER
(in W/kg)
Football
players
16
46,29
8,16
-,337
,738
Non-athletes
16
47,25
7,98
JUMPFORCE
(in N/kg)
Football
players
16
29,86
4,00
-,378
,708
Non-athletes
16
30,41
4,12
JUMPVELOCITY
(in cm/s)
Football
players
16
240,37
25,37
1,153
,258
Non-atheletes
16
230,43
23,32
Level of significance: p<0,05
According to the significance of t-test (table 3), it could be concluded that statistically sig-
nificant differences exist in the variable JUMPHEIGHT (sig=0,000), in behalf of football players.
In other parameters there are not statistically significant differences between football players and
non-athletes. The differences in average explosive strength variables among football players accord-
ing to their position in team were tested by ANOVA method. The following results are accomplished
(Table 4).
Table 4. ANOVA method

Defence
Middle line
Attack
F
sig
Mean
Std. Deviation
Mean
Std. Deviation
Mean
Std. Deviation
JUMPHEIGHT
(in cm)
33,40
3,54
31,15
3,77
34,06
3,58
,781
,478
JUMPPOWER
(in W/kg)
45,68
11,89
44,00
17,10
51,44
4,21
,530
,601
JUMPFORCE
(in N/kg)
28,01
5,01
30,30
7,08
31,2
3,92
,597
,565
JUMPVELOCITY
(in cm/s)
234,57
39,63
220,50
50,99
250,20
12,31
,723
,504
According to the determined significances, it could be concluded that there are no differences
in explosive strength among football players who play in different positions in team.
21
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The Differences in the Explosive Muscle Strength of Football Players and Non-Athletes in High School Age
DISCUSSION
According to Malina, Eisenmann, Cumming, Ribeiro, & Aroso et al. (2003), body height and
body mass contribute significantly to the vertical jump height with football players of 13 to 15 years
of age. Since the subsamples of football players and non-athletes within this research are of the same
sex, similar age, body height and and body mass (football players 15,75±1,00 years, 178,19±4,34 cm
and 66,09±4,39 kg; non-athletes 15,38±0,79 years,  180,81±9,84 cm and 71,00±8,52 kg, Mean±Std.
Dev.), determined differences in jump height could be assigned the regular training process. On the
other side, if comparing the very football players according to their positon in team Stroyer, Hansen,
& Klausen (2004) cite that the differences among football players are aleready present in puberty and
that differences are genetically conditioned, as far as the level of competition and position in team
are concerned. Tourny-Chollet, Leroy, Léger, & Beuret-Blanquart (2000), as well as Reilly, Bangsbo,
& Franks (2000), claim that there are differences in explosive muscle strength with football players
regarding their position in team, which within this research is not confirmed. However, according to
the research of Reilly et al. (2000), a significantly lower level of muscle strength is determined with
the “middle line” players regarding players at other positions. Oberg, Ekstrand, Möller, & Gillquist
(1984) also determined differences in football players’ strength regarding their position in team, i.e.,
a significantly greater strength while flexing and stretching in the knee joint with attackers compared
to goal keepers (P‹0.001) and attackers compared to defenders (P‹0.001). Haugen, Tonnessen, &
Seiler (2013) researched differences in the height of vertical jump (CMJ) with 939 football players in
the Norwegian national team for the period of 1995-2010, the average age 22,1±4,3 years.  It is deter-
mined that the football players of the middle line achieved lower values of jumping height compared
to the players at other positions in team, in the average for 2 cm (p<0,05). Sporiš, Jukić, Ostojić, &
Milanović (2009) determined that attackers have the heighest level of the explosive muscle abilities
compared to other players on the pitch. The research included 270 football players (80 from defense,
middle line and attack, as well as 30 goal keepers). By using the ANOVA method, a statistically
significant difference in the explosive muscle strength was achieved in vertical jump, beteen the
attackers and defenders, as it is said, in behalf of attackers; even goal keepers showed higher values
of explosive strength compared to the players of the middle line. Gissis et al. (2006) determined the
height of vertical jump with younger football players of Greece (N=54) divided into groups: football
players of young Greek national team (N=18), quality young football players (N=18) and recreational
football players (N=18). The difference in jump height (p<0,05) was determined in behalf of national
football team compared to  other two groups. The difference between quality young football players
and recreational football players is not determined. Pivovarniček, Pupiš, Tonhauserova, & Tokarova,
(2013) conducted research with 36 football players of the Slovak national team, 21 years of age; they
examined the height of vertical jump with the arms swing. The average jump height was 39,0±4,2
cm (Mean±Std.Dev.). The jump was determined with attackers (39,9±4,8 cm), then with defenders
(39,6±5,4 cm), goal keepers (39,2±4,0 cm) and at last, middle line players  (38,0±3,8 cm). On the
other hand, Mujika, Santisteban, Impellizzeri & Castagna (2009) did not determine statistically sig-
nificant difference (p>0,05) in vertical jump height (vertical jump with and without the arm swing),
among top football players of senior and junior age  (N=17). So, results of previous research, mostly
confirm existance of differences in the explosive muscle strength among football players compared
to their position in team, even in the age of adolescence. The absence of differences in the explosive
strength according to the position in team, among football players from Niš, point to the necessity
of the precisely determined training program of explosive strength, taking into account the health
status of every football player himself.

CONCLUSION
According to the aims of research, conducted methodology and results, it could be concluded
that difference between football players and non-athletes exist in variable JUMPHEIGHT, in behalf
of football players. No difference in explosive strength was determined among football players who
play at the different postions in team. The obtained results could be used by trainers, as well as by
examinees in creating the future training process, i.e., by conducting appropriate programs with the
aim of developing explosive muscle strength.
22
Conference Procedings
Rade Jovanović, Saša Bubanj, Mladen Živković, Ratko Stanković, Borislav Obradović, Tanja Cvetković
ACKNOWLEDGMENT
The paper “The differences in the explosive muscle strength of football players and non-ath-
letes in high schools“ is part of the national project ОI 179024, “The difference and influence of
the maximal muscle strength on the bone tissue density between athletes and non-athletes in high
schools“. Authors would like to thank for cooperation to the pupils and the employees of the Second-
ary Economics School in Niš, where the above mentioned project is being carried out, as well as to
the Ministry of Education, Science and Technological Development of the Republic of Serbia, which
approved and financed the project.
REFERENCES
Bubanj, S., Okičić, T., Živković, M., Stanković, R., Bojić, I., & Bubanj, R. (2011). Differences in
manifested explosive strength tested by means of the vertical jump with and without previous static
stretching. Facta Universitatis Series: Physical Education and Sport, 9, (2), 151-159.
Gissis, I., Papadopoulos, C., Kalapothrakos, V. I., Sotiropoulos, A., Komsis, G., & Manolopou-
los, E. (2006). Strength and speed characteristics of elite, subelite, and recreational young soccer
players. Research in Sports Medicine, 14, 205-214.
Haugen, T. A., Tonnessen, E., & Seiler, S. Anaerobic performance testing of professional soccer
players 1995-2010. (2013). International  journal of Sports Physiology and Performance. 8, 148-156.
Malina, R.M., Eisenmann, J.C., Cumming, S.P., Ribeiro, B., & Aroso, J. (2004). Maturity-as-
sociated variation in the growth and functional capacities of youth football (soccer) players 13–15
years. European Journal of Applied Physiology, 91(5-6), 555-562.
Mujika, I., Santisteban, J., Impellizzeri, F. M., & Castagna, C. (2009). Fitness determinants of
success in men’s and women’s football. Journal of Sports Sciences, 27, 107-114.
Oberg, B., Ekstrand, J., Möller, M., & Gillquist, J. (1984). Muscle strength and flexibility in dif-
ferent positions of soccer players. International Journal of Sports Medicine, 5(4), 213-216.
Ostojić,S.M. (2004). Elite and non elite soccer players: preseasonal physical and physiological
characteristics. Research in Sports Medicine, 12,143-150.
Ostojić, S.M., Stojanović, M., & Ahmetović, Z. (2010). Analiza anaerobne sposobnosti i ver-
tikalne skočnosti u testovima snage (Vertical jump as a tool in assessment of muscular power and
anaerobic performance). Medicinski pregled,63 (5-6), 371-375. In Serbian
Pivovarniček, P., Pupiš, M., Tonhauserova, Z., & Tokarova, M. (2013). Relations between mor-
phological variables. SportLogia, 9(2), 186-200.
Sporiš, G., Jukić, I., Ostojić, S. M., & Milanović, D. (2009). Fitness profiling in soccer: physi-
cal and physiological characteristics of elite players. Journal of Strength and Conditioning Research,
23(7), 1947-1953.
Stroyer, J., Hansen, L., & Klausen, K. (2004). Physiological profile and activity pattern of young
soccer players during match play. Medicine & Science in Sports & Exercise, 36, 168-174.
Tourny-Chollet, C., Leroy, D., Léger, H., & Beuret-Blanquart, F. (2000). Isokinetic knee muscle
strength of soccer players according to their position.Isokinetics and Exercise Science, 8(4), 187-193.
23
Zbornik radova
UDK 796.012.11:681.2
METRIJSKE KARAKTERISTIKE MERNIH INSTRUMENATA
ZA UTVRĐIVANJE EKPLOZIVNE SNAGE MIŠIĆA
Saša Bubanj1, Dušan Filipović1, Mladen Živković1, Ratko Stanković1,
Borislav Obradović2, Tijana Purenović-Ivanović1
 1Fakultet sporta i fizičkog vaspitanja Univerziteta u Nišu, Srbija
2Fakultet sporta i fizičkog vaspitanja Univerziteta u Novom Sadu, Srbija
UVOD
Za evaluaciju eksplozivne snage mišića, tokom vremena su razvijene brojne kategorije te-
stova koje je moguđe primeniti u labaratorijskim i terenskim uslovima. Posebnu grupu testova
snage mišića i anaerobnih sposobnosti čine testovi pojedinačnih ili serijskih vertikalnih skokova
(Lara, Abián, Alegre, Jiménez, i Aguado, 2006). U određivanju visine vertikalnog skoka mogu se
koristiti različite metode, recimo tradicionalne metode, kao što su „dohvat“ obeleženih rastoja-
nja između markera, analiza pokreta pomoću računarskih sistema i druge (Nuzzo, Anning, i Sc-
harfenberg, 2011). Sa aspekta biomehanike, utvrđivanje snage mišića dinamometrom odnosno
tenziometrijskom platformom, sa jedne strane, predstavlja zlatni standard u kvantifikaciji para-
metara eksplozivne snage mišića. Sa druge strane, savremeni nekontaktni uređaji, predstavljaju
inovativan pristup u proceni eksplozivne snage mišića. Metodologije istraživanja sa navedenim
uređajima, primenjene u laboratorijskim ili terenskim uslovima, nalaze se u fokusu interesovanja
istraživača, trenera i sportista (Bubanj, Bubanj, Stanković, i Đorđević, 2010). Stoga je važno da se
obezbedi da evaluacija eksplozivne snage mišića pri istraživanjima bude validna i pouzdana, kako
upotrebom tenziometrijske platforme, tako i nekontaktnih uređaja (Glatthorn, Gouge, Nussba-
umer, Stauffacher, Impellizzeri, i Maffiuletti, 2011). U kineziološkim merenjima greške merenja
najčešće nastaju kao rezultat merenja različitih merilaca, različitih merenja istog merioca, vari-
ranja merene karakteristike u toku dana (npr., telesna visina varira oko 1 cm u toku dana), mere-
nja različitom mernom aparaturom, nejednako baždarene merne aparature, slučajnih grešaka pri
primeni bilo kojeg mernog instrumenta. Na smanjenje greške merenja moguće je uticati dobrom
uvežbanošću merilaca, pridržavanjem standardiziranog postupka merenja, kvalitetnom mernom
opremom koja se redovno baždari, te sprovođenjem merenja u isto vreme ili u vrlo kratkom vre-
menskom razmaku (Sportexpert, n.d.). Tenziometrijska platforma (HBO, Nemačka) je merni in-
strument koji registruje vektor sile (koji deluje na površinu platforme) u funkciji vremena. Plat-
forma je značajna i ima široku primenu u utvrđivanju sile reakcije podloge, udarnog (-ih) impulsa
tj., interakcije između sportiste i sprave. Tenziometrijska platforma se koristi za utvrđivanje snage
mišića tokom vertikalnih skokova. Pomoću nje moguće je, pored standardnih parametara, pratiti
dinamiku i razvoj sile, ubrzanje tokom izvođenja skoka i druge parametre (Ostojić, Stojanović,
M., i Ahmetović, et al., 2010). Myotest (Švajcarska) je akcelerometar sa pripadajućim softverom
koji omogućava utvrđivanje odgovarajućih varijabli prilikom različitih vrsta vertikalnih skokova.
Pričvršćuje se na Veltrec pojas koji se nalazi oko struka ispitanika i tokom izvođenja vertikalnog
skoka beleži vertikalno ubrzanje tela. Dizajniran je, između ostalog i za procenu visine vertikal-
nog skoka (Casartelli, Müller, R., i Maffiuletti, 2010). Osnovni cilj ovog istraživanja bio je da se
utvrde valjanost i pouzdanost, kao metrijske karakteristike mernih instrumenata tenziometrijske
platforme HBO (Nemačka) i akcelerometra Myotest (Švajcarska), i ujedno kvantifikuju parametri
eksplozivne snage donjih ekstremiteta, fudbalera srednješkolskog uzrasta.
24
Conference Procedings
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković, Borislav Obradović, Tijana Purenović-Ivanović
METOD
Uzorak od 16 ispitanika, učenika Srednje ekonomske škole iz Niša, sačinjavali su fudbaleri
(N=16), koji treniraju najmanje tri godine (što je bio jedan od osnovnih kriterijuma za učešće u is-
traživanju) i koji se u odnosu na uzrast takmiče u kvalitetnoj ligi Srbije. Ispitanici su bili prosečne
starosti 15,75±1,00 godina, telesne visine 178,19±4,34 cm, telesne mase 66,09±4,39 i indeksa telesne
mase 20,84±1,51 (Mean±Std.Dev.). Drugi kriterijum za učešće u istraživanju bio je odsustvo obolje-
nja i povreda koji bi mogli negativno da utiču na zdravstveni status ispitanika i rezultate istraživanja.
Istraživanje je sprovdeno uz pismeni pristanak svih ispitanika za učešće u predloženom projektu,
koji podrazumeva da su ispitanici prethodno upoznati sa ciljem i zadacima istraživanja.
Upotrebom tenziometrijske platforme HBO, utvrđene su vrednosti sledećih varijabli eksplo-
zivne snage donjih ekstremiteta:
1) MSRPODS_T i 2) MSRPODS_R (maksimalna sila reakcije podloge na prvom i ponovlje-
nom merenju u fazi odskoka, izražena u N),
3) MSRPDOS_T i 4) MSRPDOS_R (maksimalna sila reakcije podloge na prvom i ponovlje-
nom merenju u fazi doskoka, izražena u N),
5) UBRZODS_T i 6) UBRZODS_R (ubrzanje tela na prvom i ponovljenom merenju u fazi
odskoka, izraženo u m/s2) i
7) UBRZDOS_T i 8) UBRZDOS_R (ubrzanje tela na prvom i ponovljenom merenju u fazi
doskoka, izraženo u m/s2).
Upotrebom bežičnog akcelerometra Myotest, utvrđene su vrednosti sledećih varijabli eksplo-
zivne snage donjih ekstremiteta:
9) VISSKOK_T i 10) VISSKOK_R (visina skoka na prvom i ponovljenom merenju, izražena u
cm),
11) SNAGASKOK_T i 12) SNAGASKOK_R (snaga prilikom skoka na prvom i ponovljenom
merenju, izražena u W/kg),
13) SILASKOK_T i 14) SILASKOK_R (sila prilikom skoka na prvom i ponovljenom merenju,
izražena u N/kg) i
15) BRZSKOK_T i 16) BRZSKOK_R (brzina prilikom skoka na prvom i ponovljenom mere-
nju, izražena u cm/s).
Neposredno pre testiranja, ispitanici su sproveli „zagrevanje“, koje je podrazumevalo lagano
trčanje u trajanju od 10-tak minuta i dinamičko istezanje u trajanju od 5 do 7 minuta. U cilju utvr-
đivanja eksplozivne snage donjih ekstremiteta, neposredno pred protokol skoka sa počučnjem, oko
struka ispitanika postavljan je poseban pojas na koji je pričvršćen uređaj Myotest. Ispitanici su izvo-
dili skokove sa počučnjem (Bubanj, et al., 2011), ukupno 10 tj., po pet u test i retest seriji, na tenzio-
metrijskoj platformi i bez zamaha ruku (postavljenim o bokove), kako bi svi skakali pod istim uslo-
vima i bez dodatnih impulsa, koji mogu da utiču na vrednosti merenih varijabli. Dve serije skokova
odvojene su međusobno pauzom u trajanju od 10 min zbog odmora. Vrednosti varijabli eksplozivne
snage, očitavane su ekrana računara vezanog za tenziometrisku platformu i sa displeja uređaja Myo-
test. U cilju statističke obrade dobijenih podataka upotrebljen je paket SPSS version 11, a dobijeni
rezultati su prikazani deskriptivnom statistikom (tabelarno i grafički). Valjanost je ispitivana faktor-
skom analizom. Pouzdanost mernih instrumenata je testirana Test-retest metodom, kao i analizom
pouzdanosti, tj. Cronbach-ovim α-koeficijentom za određivanje mere pouzdanosti motoričkog testa
pod hipotezom da sve čestice podjenako učestvuju u određivanju glavnog predmeta merenja.
25
Zbornik radova
Metrijske karakteristike mernih instrumenata za utvrđivanje ekplozivne snage mišića
REZULTATI
U Tabeli 1. Prikazan je broj observacija, minimalna imaksimalna vrednost, srednja vrednost i
standardna devijacija posmatranih varijabli.
Tabela 1. Deskriptivna statistika
Uređaj

N
Minimum
Maximum
Mean
Std. Dev.
HBO (TEST)
MSRPODS_T (N)
16
981,00
1569,60
1285,72
200,20
MSRPDOS_T (N)
16
1432,26
1854,09
1597,80
106,25
UBRZODS_T (m/s2)
16
5,41
13,34
9,65
2,76
UBRZDOS_T (m/s2)
16
12,75
17,54
14,40
1,32

Myotest
(TEST)
VISSKOK_T1 (cm)
16
27,20
39,40
33,04
3,56
SNAGASKOK_T (W/kg)
16
19,80
58,00
47,06
11,38
SILASKOK_T (N/kg)
16
19,20
37,40
29,60
5,14
BRZSKOK_T (cm/s)
16
145,00
269,00
235,94
36,35
HBO
(RETEST)
MSRPODS_R (N)
16
981,00
1530,36
1329,87
153,11
MSRPDOS_R (N)
16
1324,35
1893,33
1613,13
145,46
UBRZODS_R (m/s2)
16
5,94
13,86
10,36
2,40
UBRZDOS_R (m/s2)
16
10,88
18,12
14,62
1,91

Myotest
(RETEST)
VISSKOK_R (cm)
16
28,30
41,10
34,78
3,69
SNAGASKOK_R (W/kg)
16
28,40
57,40
46,29
8,16
SILASKOK_R (N/kg)
16
22,10
38,20
29,87
4,01
BRZSKOK_R (cm/s)
16
184,00
272,00
240,38
25,37
Valjanost je ispitivana faktorskom analizom (tabela 2). Dobijeni su sledeći rezultati. Faktor-
skom analizom su izdvojena dva faktora koja objašnjavaju ukupno 69,87% varijanse svih merenja.
Tabela 2. Faktorska analiza
Merenje
Faktor 1
Faktor 2
UBRZODS (m/s2)
,351
,812
MSRPODS (N)
,558
,728
UBRZDOS (m/s2)
-,097
,685
MSRPDOS (N)
,483
,509
SNAGASKOK (W/kg)
,955
-,231
BRZSKOK (cm/s)
,909
-,311
SILASKOK (N/kg)
,811
-,230
VISSKOK (cm)
,526
-,346
Karakteristična vrednost
3,35
2,24
% varijanse
41,87
28,00
Na osnovu rasporeda varijabli po faktorima, može se zaključiti su varijable idealno raspore-
đene po faktorima. Prvi faktor predstavlja merenja akcelerometrom, dok je drugi faktor određen
varijalama tenziometrijske platforme.
Naredne dve tabele predstavljene su radi oslikavanja pouzdanosti akcelerometrijskog sistema
Myotest-a i tenzijometrijske platforme. Pouzdanost mernih instrumenata testirana je najpre Test-re-
test metodom (tabela 3).
26
Conference Procedings
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković, Borislav Obradović, Tijana Purenović-Ivanović
Tabela 3. Test-retest metoda pouzdanosti
Myotest
HBO

HEIGHT
(cm)
POWER
(W/kg)
FORCE
(N/kg)
VELOCITY
(cm/s)
MSRPODS
(N)
MSRPDOS
(N)
UBRZODS
(m/s2)
UBRZDOS
(m/s2)
R (test-
retest)
,893**
,857**
,849**
,928**
,862**
,817**
,810**
,730**
sig.
,000
,000
,000
,000
,000
,000
,000
,001
Na osnovu vrednosti i značajnosti Pirsonovog koeficijenta korelacije može se zaključiti da je i
kod akcelerometra i kod tenziometrijske platforme prisutna visoka pouzdanost, doduše, nešto niža
kod tenziometrijske platforme u odnosu na akcelerometar. Pouzdanost je testirana i metodom Cron-
bach’s alpha. Dobijeni su rezultati slični prethodnoj analizi (tabela 4).
Tabela 4. Vrednost Cronbach’s alpha koefeicijenta
Myotest
HBO
Cronbach’s
Alpha
,818
,689
Kod akcelerometra je  pouzdanost visoka, dok je kod tenziometrijske platforme pouzdanost
takođe dobra, ali nešto niža.
DISKUSIJA
S obzirom na cilj merenja, valjanost mernih instrumenata može se posmatrati sa dva osnov-
na stajališta: 1) ako je cilj merenja utvrđivanje stanja, odnosno nivoa pojedinih antropoloških
karakteristika nekog ispitanika, tada se radi o tzv. dijagnostičkoj valjanosti; 2) ako je cilj mere-
nja prognoza uspešnosti u nekoj aktivnosti na temelju rezultata prikupljenih nekim mernim in-
strumentom, tada se radi o tzv. pragmatičnoj ili prognostičkoj valjanost. Pouzdanost je metrijska
karakteristika koja se odnosi na tačnost mjerenja, tj. na nezavisnost merenja od nesistematskih
pogrešaka. Problem pouzdanosti veže se uz problem konzistentnosti (doslednosti) rezultata u po-
novljenim merenjima. U svakom mernom postupku na rezultate deluju, osim veličine predmeta
merenja, i neki sistematski i nesistematski faktori. Sistematski faktori mogu izazivati stalni porast
ili pad rezultata (npr., učenje, umor, razvoj, itd.), te ih je moguće kontrolisati i ukloniti. Njihov se
uticaj može tumačiti kao stvarna promena u veličini predmeta merenja, te nisu zanimljivi teoriji
pouzdanosti. Nesistematski faktori uzrokuju slučajne varijacije rezultata merenja, te utiču na ne-
pouzdanost merenja, jer promene koje ti faktori izazivaju nisu posledica promene predmeta mere-
nja. Upravo njihovim uzrocima i posledicama bavi se teorija pouzdanosti (Sportexpert, n.d.). U ak-
tuelnom istraživanju cilj je bio da se utvrdi valjanost i pouzdanost tenzometrijske platforme HBO
i akcelerometra Myotest, što je rezultatima i utvrđeno, kao i da se kvantifikuju vrednosti eksplo-
zivne snage primenom vertikalnog skoka, tj utvrdi stanje kao osnova za dalji razvoj i napredovanje
fudbalera srednješkolskog uzrasta iz Niša. Na internetu ne postoje dostupne informacije o istraži-
vanjima iz prostora eksplozivne snage mišića, koja su sprovedena na uzorku sportista upotrebom
tenziometrijske platforme HBO (Nemačka). U skladu sa tim, aktuelno istraživanje predstavlja do-
prinos u afirmaciji ispitivanih metrijskih karakteristika navedenog uređaja. Sa druge strane, po-
stoje dostupna istraživanja navedenih metrijskih karakteristika, na uzorku sportista i primenom
vertikalnog skoka, čiji rezultati takođe, potvrđuju valjanost i pouzdanost akcelerometra Myotest
(Choukou, Laffaye, i Taiar, 2014; Mauch, Rist, i Kaelin, 2014; Castagna i sar., 2013; Casartelli i sar.,
2010). Inače, primena vertikalnih skokova u svrhu procene eksplozivne sile mišića nogu prisutna
je u profesionalnoj literaturi, ali i kineziološkoj praksi više od 80 godina (Sargaent, 1921). Brojna
stručna literatura, knjige, priručnici i druge publikacije predlaže primenu testova vertikalne skoč-
nosti u svrhu procene eksplozivne mišićne snage (Astrand, iRodahl, 1986), kao i za identifikovanje
27
Zbornik radova
Metrijske karakteristike mernih instrumenata za utvrđivanje ekplozivne snage mišića
bilateralne razlike u snazi mišića nogu (Menzel i sar., 2013). Vertikalni skok je najefikasniji test u
predviđanju uspeha fudbalera, iako na prvi pogled može izgledati da to nije slučaj (Baggett, n.d.).
Tokom proteklih godina, fudbalska igra je postala brža, intenzivnija i agresivnija, nego li što je to
ranije bio slučaj (Reilly, 2000). U fudbalu performanse igrača u velikoj meri zavise od snage mišića
nogu (Bangsbo, Mohr, i Krustrup, 2006; Wisloff, Castagna, Helgerud, Jones, i Hoff, 2004). Štaviše,
nova istraživanja ukazuju na izrazitu povezanost između vertikalnih skokova sa pripremom za
ubrzanje i maksimalnom brzinom trčanja, dok u krajnjem vertikalna skočnost utiče na sveukup-
ne performanse fudbalera. Istraživanjima se sugeriše da pliometrijski trening i vertikalni skokovi
mogu pomoći u poboljšanju ubrzanja i brzine trčanja kod fudbalera i ostalih sportista.
ZAKLJUČAK
Vertikalni skok predstavlja široko prihvaćenu test proceduru za procenu eksplozivne snage
mišića. Ustanovljeno je da se u okviru dijagnostičke opreme, pri utvrđivanju vrednosti eksplozivne
snage ispitanika prilikom vertikalnog skoka, mogu koristiti tenziometrijska platforma HBO i akcele-
rometar Myotest, koji pružaju validne i pouzdane rezultate. U odnosu na tenziometrijsku platformu,
Myotest nudi pogodnosti u pogledu prenosivosti, ekonomičnosti i rukovanja. Ovi rezultati mogu da
pomognu u planiranju i programiranju budućih faza trenažnog procesa fudbalera srednješkolskog
uzrasta iz Niša.
Zahvalnost
Rad pod nazivom „Metrijske karakteristike mernih instrumenata za utvrđivanje ekplozivne
snage mišića“ proizašao je iz nacionalnog projekta OI 179024 „Razlike i uticaji maksimalne snage mi-
šića na gustinu koštanog tkiva između sportista i nesportista srednjoškolskog uzrasta“. Zahvalnost
na saradnji upućuje se učenicima i zaposlenim u Srednjoj ekonomskoj školi u Nišu, u kojoj se nave-
deni projekat sprovodi, kao i Ministarstvu prosvete, nauke i tehnološkog razvoja Republike Srbije,
koje je odobrilo i finansira projekat.
LITERATURA
Astrand, P.O., & Rodahl, K. (1986). Textbook of work physiology. New York: McGraw-Hill.
Baggett, K. (n.d.). The importance of the vertical jump for all sports. Available at: http://www.
higher-faster-sports.com/importanceofverticaljump.html
Bangsbo, J., Mohr, M. & Krustrup, P. (2006). Physical and metabolic demands of training and
match-play in the elite football player. Journal of Sports Sciences, 24(7), 665-674
Bubanj, S., Okičić, T., Živković, M., Stanković, R., Bojić, I., & Bubanj, R. (2011). Differences in
manifested explosive strength tested by means of the vertical jump with and without previous static
stretching. Facta Universitatis Series Physical Education and Sport, 9(2), 151-159.
Bubanj, S., Bubanj, R., Stanković, R., & Đorđević, M. (2010). Praktikum iz biomehanike / The
workbook in biomechanics. Faculty of Sport and Physical Education, University of Niš
Castagna, C, Ganzetti, M, Ditroilo, M, Giovannelli, M, Rocchetti, A, & Manzi, V. (2013). Con-
current validity of vertical jump performance assessment systems. Journal of Strength and Conditi-
oning Research 27(3), 761–768
Casartelli, N., Müller, R., & Maffiuletti, N.A. (2010). Validity and reliability of the Myotest ac-
celerometric system for the assessment of vertical jump height. Journal of Strength and Conditioning
Research, 24(11), 3186–3193.
Choukou, M.A., Laffaye, G., & Taiar, R. (2014). Reliability and validity of an accelerometric
system for assessing vertical jumping performance. Biology of Sport, 31,55–62.
28
Conference Procedings
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković, Borislav Obradović, Tijana Purenović-Ivanović
Glatthorn, J.F., Gouge, S., Nussbaumer, S., Stauffacher, S., Impellizzeri, F.M. & Maffiuletti, N.A.
(2011) Validity and reliability of Optojump photoelectric cells for estimating vertical jump height.
Journal of Strength and Conditioning Research, 25, 556 – 560
Lara, A.J., Abián, J., Alegre, L.M., Jiménez, L., & Aguado, X. (2006). Assessment of power out-
put in jump tests for applicants to a sports sciences degree. Journal of Sports Medicine and Physical
Fitness, 46, 419-424
Mauch, M., Rist, H.A. & Kaelin, X. (2014). Reliability and validity of two measurement systems
in the quantiﬁcation of jump performance. Schweizerische Zeitschrift für Sportmedizin und Sporttra-
umatologie, 62 (1), 57–63.
Menzel, H.J., Chagas, M.H., Szmuchrowski, L.A., Araujo, S.R.S., De Andrade, A.G.P., & De Je-
sus-Moraleida, F.R. (2013). Analysis of lower limb asymmetries by isokinetic and vertical jump tests
in soccer players. Journal of Strength and Conditioning Research, 27(5), 1370-1377
Nuzzo, J.L.; Anning, J.H., & Scharfenberg, J.M. (2011). The reliability of three devices used for
measuring vertical jump height. Journal of Strength and Conditioning Research, 25(9), 2580-2590
Ostojić, S.M., Stojanović, M., & Ahmetović, Z. (2010). Analiza anaerobne sposobnosti i ver-
tikalne skočnosti u testovima snage (Vertical jump as a tool in assessment of muscular power and
anaerobic performance). Medicinski pregled, 63 (5-6), 371-375. In Serbian.
Reilly, T., Bangsbo, J., & Franks, A. (2000). Anthropometric and physiological predispositions
for elite soccer. Journal of Sports Sciences, 18, 669–683.
Sargent, D.A. (1921). The physical test of a man. American Physical Education Review, 26,
188–194.
Sportexpert (n.d.). Pouzdanost, objektivnost, homogenost, osetljivost, valjanost mernih in-
strumenata. Available at: http://www.sportexpertsystem.com/?p=130. In Croatian
Wisloff, U., Castagna, C., Helgerud, J., Jones, R., & Hoff, J. (2004). Strong correlation of maxi-
mal squat strength with sprint performance and vertical jump height in elite soccer players. British
Journal of Sports Medicine, 38(3), 285-288.
29
Zbornik radova
UDK 796.012.11:681.2
METRIC CHARACTERISTICS OF MEASURING INSTRUMENTS FOR THE
DETERMINATION OF EXPLOSIVE MUSCLE STRENGTH
Saša Bubanj1, Dušan Filipović1, Mladen Živković1, Ratko Stanković1,
Borislav Obradović2, Tijana Purenović-Ivanović1
1 Faculty of Sport and Physical Education, University of Nis, Serbia
2Faculty of Sport and Physical Education, University of Novi Sad, Serbia
INTRODUCTION
For the evaluation of explosive muscle strength a great number of test categories that
could be applied both in laboratory and field conditions had been developed over time (Lara,
Abián, Alegre, Jiménez, & Aguado, 2006). In determining the height of the vertical jump
different methods could be used. For example, traditional methods, such as „jump-and-reach”
of marked distance, motion analysis using computer systems and other (Nuzzo, Anning, &
Scharfenberg, 2011). From the aspect of biomechanics, determination of muscle strength
by dynamometer or tensiometric platform, on the one hand, represents the gold standard
for the quantification of explosive muscle strength parameters. On the other hand, modern
contactless devices represent an innovative approach in the evaluation of explosive muscle
strength. Research methodologies that utulize mentioned devices, applied in laboratory
or field conditions, are in the focus of researchers, coaches and athletes (Bubanj, Bubanj,
Stanković, & Đorđević, 2010). It is therefore important to ensure that evaluation of explosive
muscle strength in research is valid and reliable, using both contact and non-contact devices
(Glatthorn, Gouge, Nussbaumer, Stauffacher, Impellizzeri, & Maffiuletti, 2011). In kinesiology
measurements errors usually occur as a result of engagement of different measurer, different
measurements of the same measurer, variation of a feature during the day (eg., body height
varies about 1 cm during a day), due to different measuring apparatus, uneven calibrated
measuring apparatus, random errors in the application of any measuring instrument.
Measurement errors can be reduced by well trained measurer, adhering to a standardized
measurement procedure, quality measurement equipment that is regularly calibrated and by
the measurements that are being performed at the same time or in a very short period of time
(Sportexpert, nd). Tensiometric platform (HBO, Germany) is a measuring instrument that
registers the vector of force (which acts on the surface of the platform) in a function of time.
Platform is device of great significance and is widely used in determination of ground reaction
force, impact impulse  (-s), ie., the interaction between athletes and apparatus. Tensiometric
platform is used to determine muscle strength during vertical jumps. In addition to standard
parameters, it enables monitoring of the dynamics and force development, acceleration
during the execution of jumps and other parameters (Ostojić, Stojanović & Ahmetović, et
al., 2010). Myotest (Switzerland) is an accelerometer with associated software that allows
determination of relevant variables during the execution of different vertical jump types. It is
attached to Veltrec belt located around the waist of the subject during the vertical jump and
it records vertical acceleration of the body. It is designed, among other things, for assessing
the height of the vertical jump (Casartelli, Muller, & Maffiuletti, 2010). The main aim of this
research was to determine validity and reability of tensiometric platform HBO (Germany) and
accelerometer Myotest (Switzerland), as well as to quantify the variables of explosive strength
of the lower extremities in footbal players of highschool age.
30
Conference Procedings
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković, Borislav Obradović, Tijana Purenović-Ivanović
METHOD
A sample of 16 subjects, high-school students of Economics School in Niš, consisted of
football players (N=16), who had been engaged in training proccess at least three years and who
compete in a Quality Serbian League. Subjects had an average age of 15.75±1.00 years, body
height was 178.19±4.34 cm, body mass was 66.09±4.39, and body mass index was 20.84±1.51
(Mean±Std. dev.). The criterion for participation in the study was the absence of diseases and
injuries that could adversely affect the health status of subjects, as well as research results. The
research was carried out within the compliance with ethical standards and with the written
consent of all subjects to participate in the proposed project, which entails that the subjects
had been previously acquainted with objectives and tasks of research. Using tensiometric
platform, values of the following explosive strength variables of the lower extremities had been
determined: 1) MGRFTOFF_T and 2) MGRFTOFF_R (maximum ground reaction force on the
test and re-test measurement at the take off, in N), 3) MGRFLAND_T and 4) MGRFLAND_R
(maximum ground reaction force on the test and re-test measurement at the landing, in N), 5)
BACCTOFF_T and 6) BACCTOFF_R (body acceleration  on the test and re-test measurement
at the take off, in m/s2), 7) BACCLAND_T and 8) BACCLAND_R (body acceleration on the
test and re-test measurement at the landing, in m/s2). Using wireless accelerometer, values of
the following explosive strength variables of the lower extremities had been determined: 9)
JUMPHEIGHT_T and 10) JUMPHEIGHT_R  (jump height on the test and re-test measurement
in cm), 11) JUMPPOWER_T and 12) JUMPPOWER_R  (jump power on the test and re-test
measurement, in W/kg), 13) JUMPFORCE_T and 14) JUMPFORCE_R ( jump force on the test
and re-test measurement in N/kg), 15) JUMPVELOCITY_T and 16) JUMPVELOCITY_R (jump
velocity on the test and re-test measurement in cm/s). Research of the transversal type was carried
out in the framework of the national project ОI 179024 „The differences and the influences of
the maximum muscle strength on the bone mineral density between athletes and non-athletes
of high school population“, approved and funded by the Ministry of Education, Science and
Technological Development of the Republic of Serbia. Immediately before testing, subjects
performed a „warm up”
, which considered jogging for 10 minutes and dynamic stretching for 5
to 7 minutes. In order to determine the explosive strength of the lower extremities, just before
the protocol of the Counter Movement Jump (CMJ), a special belt was placed around subjects’
waist, with device Myotest attached to the belt. Subjects performed CMJ (Bubanj et al., 2011), 10
in total, ie., five in test and five in retest series, on the tensiometric platform without arm swing
(placed on hips), so that everyone jumped on the same conditions and with no additional impulse
which may affect the values of measured variables. In order of rest, two series of jumps were
separated by break in duration of 10 minutes. The values of the variables of explosive strength
were read from the screen of the computer connected to tensiometric platform HBO and from
the display of the device Myotest. For the purpose of statistical analysis of the data obtained,
SPSS version 11 had been used, and the results are presented by descriptive statistics (in tables
and graphs). Validity was assessed by Factor Analysis. Reliability of measuring instruments
was tested by Test-Retest method, as well as by Cronbach’s α-coefficient for determining the
measure of reliability of motor test under the hypothesis that all particles equally participate in
determining the main subject of measurement.
31
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Metric Characteristics of Measuring Instruments for the Determination of Explosive Muscle Strength
RESULTS
Table 1 shows the number of observations, the minimum and maximum value, mean and
standard deviation of the observed variables.
Table 1. Descriptive statistics
Device

N
Min
Max
Mean
Std. Dev.
HBO (TEST)
MGRFTOFF _T (N)
16
981,00
1569,60
1285,72
200,20
MGRFLAND_T (N)
16
1432,26
1854,09
1597,80
106,25
BACCTOFF_T (m/s2)
16
5,41
13,34
9,65
2,76
BACCLAND_T (m/s2)
16
12,75
17,54
14,40
1,32

Myotest
(TEST)
JUMPHEIGHT_T (cm)
16
27,20
39,40
33,04
3,56
JUMPPOWER_T (W/kg)
16
19,80
58,00
47,06
11,38
JUMPFORCE_T (N/kg)
16
19,20
37,40
29,60
5,14
JUMPVELOCITY _T (cm/s)
16
145,00
269,00
235,94
36,35
HBO
(RETEST)
MGRFTOFF _R (N)
16
981,00
1530,36
1329,87
153,11
MGRFLAND_R (N)
16
1324,35
1893,33
1613,13
145,46
BACCTOFF_R (m/s2)
16
5,94
13,86
10,36
2,40
BACCLAND_R (m/s2)
16
10,88
18,12
14,62
1,91

Myotest
(RETEST)
JUMPHEIGHT_R (cm)
16
28,30
41,10
34,78
3,69
JUMPPOWER_R (W/kg)
16
28,40
57,40
46,29
8,16
JUMPFORCE_R (N/kg)
16
22,10
38,20
29,87
4,01
JUMPVELOCITY _R (cm/s)
16
184,00
272,00
240,38
25,37
Validity was assessed by Factor Analysis (Table 2). Following results were obtained: Factor
Analysis extracted two factors that explain 69.87% of the variance of all measurements.
Table 2. Factor Analysis
Measurement
Factor 1
Factor 2
BACCTOFF (m/s2)
,351
,812
MGRFTOFF (N)
,558
,728
BACCLAND (m/s2)
-,097
,685
MGRFLAND (N)
,483
,509
JUMPPOWER (W/kg)
,955
-,231
JUMPVELOCITY (cm/s)
,909
-,311
JUMPFORCE (N/kg)
,811
-,230
JUMPHEIGHT (cm)
,526
-,346
Characteristic value
3,35
2,24
% variance
41,87
28,00
Based on the schedule of the variables by factors, it could be concluded that the variables are
ideally distributed by factors. The first factor represents measurement by the accelerometer, while
the second factor is determined by the variables of tensiometric platform.
The following two tables are presented in order of showing the reliability of accelerometer
and tensiometric platform. Reliability of measuring instruments was primarly tested by Test-Retest
method (Table 3).
32
Conference Procedings
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković, Borislav Obradović, Tijana Purenović-Ivanović
Table 3. Test-Retest method of reliability
Myotest
HBO

JUMPHEIGHT
(cm)
JUMPPOWER
(W/kg)
JUMPFORCE
(N/kg)
JUMPVELOCITY
(cm/s)
MGRFTOFF
(N)
MGRFLAND
(N)
BACCTOFF
(m/s2)
BACCLAND
(m/s2)
R (test-
retest) ,893**
,857**
,849**
,928**
,862**
,817**
,810**
,730**
sig.
,000
,000
,000
,000
,000
,000
,000
,001
Based on the value and significance of Pearson’s correlation coefficient it could be concluded
that high reliability was presented both with accelerometer and with tensiometric platform, although
slightly lower with tensiometric platform in relation to the accelerometer. In addition, reliability was
tested by Cronbach’s alpha method. The obtained results are similar to previous analysis (Table 4).
Table 4. Cronbach’s α-coefficient
Myotest
HBO
Cronbach’s
Alpha
,818
,689
Reliability of the accelerometer is high, while the reliability of the tensiometric platform is also
good, but slightly lower.
DISCUSSION
Considering the purpose of measurement, validity of measuring instruments can be observed
from two basic points of view: 1) if the measurements goal is determining of condition, respectively
to a level of some anthropological characteristics in subjects, then it comes to the so-called diagnostic
validity; 2) if the purpose of measurement is predicition of success in some activity based on the
results collected with some measuring instrument, then it comes to the so-called pragmatic or
prognostic validity. Reliability is a metric characteristics related to the accuracy of the measurement,
ie. on independence of unsystematized measurement errors. The problem of reliability is tied with
problem of results consistency in repeated measurements. In every measuring procedure on the
results, except the size of the subject that is measured, affecting have and some systematic and
non-systematic factors. Systemic factors can cause a constant increase or decrease of results (e.g.,
learning, fatigue, development, etc.), so they can be controlled and eliminated. Their influence can
be interpreted as an actual change in the size of measuring subjects, so they are not interesting for
theory of reliability. Non-systematic factors are causing random variation of the measuring results,
and have influence on uncertainty of measurement, because the changes that these factors are
causing are not consequence of changing the subject (-s) of measurement. Bacause of that, reliability
theory deals with their causes and consequences (Sportexpert, n.d.). In the current study aim was
to determine the validity and reliability of tensometric platform HBO and accelerometer Myotest,
as well as to quantify the value of explosive strength using vertical jump, i.e. to establish the state as
a basis for further development and advancement of high school age football players from Niš. On
the Internet there is no available information on researches in the area of

explosive strength, which
are conducted on a sample of athletes using tensiometric platforms HBO (Germany). According to
this, the current study is a contribution to the affirmation of the examined metric characteristics of
mentioned device. On the other hand, there are available studies on listed metric characteristics,
in which vertical jump was applied by athletes and in which results also confirm the validity and
reliability of accelerometer Myotest (Choukou, Laffaye, & Taiar, 2014; Mauch, Rist, & Kaelin, 2014;
Castagna et al., 2013; Casartelli et al., 2010). Anyway, the use of vertical jumps and force of leg
muscles are present in the professional literature, but also in the kinesiology practice for more than
80 years (Sargaent, 1921). Numerous professional literature, books, manuals and other publications
33
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Metric Characteristics of Measuring Instruments for the Determination of Explosive Muscle Strength
propose the use of vertical jumping tests in the evaluation of explosive muscle strength (Astrand,
& Rodahl, 1986), as well as to identify the bilateral differences in the strength of lower extremity
muscles (Menzel et al., 2013). The vertical jump is the most effective test in predicting the footbal
players’ success, although at first sight it may seem that this is not the case (Baggett, n.d). In recent
years, football game has become faster, more intense and more aggressive than what was previously
the case (Reilly, 2000). In football, the performance of players largely depends on the strength of
leg muscles (Bangsbo, Mohr & Krustrup, 2006; Wisløff, Castagna, Helgerud, Jones, & Hoff, 2004).
Moreover, new research indicates a strong link between vertical jumps with the preparation for the
acceleration and running at maximum speed, while ultimately vertical jumping ability affects the
overall performance of football players. The researches are suggesting that plyometric training and
vertical jumps can help to improve acceleration and running speed in football players and other
athletes.
CONLUSION
The vertical jump is a widely accepted test procedure for the evaluation of explosive
muscle strength. It was found that within the diagnostic equipment, in determining the value of
subjects explosive power during the vertical jump can use surface tensiometric platform HBO
and accelerometer Myotest, which provide valid and reliable results. Compareing to tensiometric
platform, Myotest offers benefits in terms of portability, economy and handling. These results may
help in the planning and programming of future phases of the training process of high school age
football players from Niš.
Acknowledgment
Paper entitled “Metric characteristics of measuring instruments for the determination of
explosive muscle strength” derived from the national project ОI 179024 „The differences and the
influences of the maximum muscle strength on the bone mineral density between athletes and non-
athletes of high school population“.Gratitude for co-operation is addressed to all the students and
employees in prep school for future students of economy in Niš, where this project is implemented,
as well as to the Ministry of Science and Technological Development of the Republic of Serbia,
which approved and finances actual project.
REFERENCES
Astrand, P.O., & Rodahl, K. (1986). Textbook of work physiology. New York: McGraw-Hill.
Baggett, K. (n.d.). The importance of the vertical jump for all sports. Available at: http://www.
higher-faster-sports.com/importanceofverticaljump.html
Bangsbo, J., Mohr, M. & Krustrup, P. (2006). Physical and metabolic demands of training and
match-play in the elite football player. Journal of Sports Sciences, 24(7), 665-674
Bubanj, S., Okičić, T., Živković, M., Stanković, R., Bojić, I., & Bubanj, R. (2011). Differences in
manifested explosive strength tested by means of the vertical jump with and without previous static
stretching. Facta Universitatis Series Physical Education and Sport, 9(2), 151-159.
Bubanj, S., Bubanj, R., Stanković, R., & Đorđević, M. (2010). Praktikum iz biomehanike / The
workbook in biomechanics. Faculty of Sport and Physical Education, University of Niš
Castagna, C, Ganzetti, M, Ditroilo, M, Giovannelli, M, Rocchetti, A, & Manzi, V. (2013).
Concurrent validity of vertical jump performance assessment systems. Journal of Strength and
Conditioning Research 27(3), 761–768
Casartelli, N., Müller, R., & Maffiuletti, N.A. (2010). Validity and reliability of the Myotest
accelerometric system for the assessment of vertical jump height. Journal of Strength and Conditioning
Research, 24(11), 3186–3193.
34
Conference Procedings
Saša Bubanj, Dušan Filipović, Mladen Živković, Ratko Stanković, Borislav Obradović, Tijana Purenović-Ivanović
Choukou, M.A., Laffaye, G., & Taiar, R. (2014). Reliability and validity of an accelerometric
system for assessing vertical jumping performance. Biology of Sport, 31,55–62.
Glatthorn, J.F., Gouge, S., Nussbaumer, S., Stauffacher, S., Impellizzeri, F.M. & Maffiuletti, N.A.
(2011) Validity and reliability of Optojump photoelectric cells for estimating vertical jump height.
Journal of Strength and Conditioning Research, 25, 556 – 560
Lara, A.J., Abián, J., Alegre, L.M., Jiménez, L., & Aguado, X. (2006). Assessment of power
output in jump tests for applicants to a sports sciences degree. Journal of Sports Medicine and
Physical Fitness, 46, 419-424
Mauch, M., Rist, H.A. & Kaelin, X. (2014). Reliability and validity of two measurement
systems in the quantiﬁcation of jump performance. Schweizerische Zeitschrift für Sportmedizin und
Sporttraumatologie, 62 (1), 57–63.
Menzel, H.J., Chagas, M.H., Szmuchrowski, L.A., Araujo, S.R.S., De Andrade, A.G.P., & De
Jesus-Moraleida, F.R. (2013). Analysis of lower limb asymmetries by isokinetic and vertical jump
tests in football players. Journal of Strength and Conditioning Research, 27(5), 1370-1377
Nuzzo, J.L.; Anning, J.H., & Scharfenberg, J.M. (2011). The reliability of three devices used for
measuring vertical jump height. Journal of Strength and Conditioning Research, 25(9), 2580-2590
Ostojić, S.M., Stojanović, M., & Ahmetović, Z. (2010). Analiza anaerobne sposobnosti i
vertikalne skočnosti u testovima snage (Vertical jump as a tool in assessment of muscular power and
anaerobic performance). Medicinski pregled, 63 (5-6), 371-375. In Serbian.
Reilly, T., Bangsbo, J., & Franks, A. (2000). Anthropometric and physiological predispositions
for elite football. Journal of Sports Sciences, 18, 669–683.
Sargent, D.A. (1921). The physical test of a man. American Physical Education Review, 26,
188–194.
Sportexpert (n.d.). Pouzdanost, objektivnost, homogenost, osetljivost, valjanost mernih
instrumenata. Available at: http://www.sportexpertsystem.com/?p=130. In Croatian
Wisloff, U., Castagna, C., Helgerud, J., Jones, R., & Hoff, J. (2004). Strong correlation of
maximal squat strength with sprint performance and vertical jump height in elite football players.
British Journal of Sports Medicine, 38(3), 285-288.
35
Zbornik radova
UDK 796.412.093.43:796.032.2”2016”
RHYTHMIC GYMNASTICS ENSEMBLE ROUTINES – QUALIFICATION
FOR THE OLYMPIC GAMES-2016
Giurka Gantcheva
National Sports Academy „Vassil Levski“, Sofia, Bulgaria
INTRODUCTION
Rhythmic gymnastics ensemble routines are a group event included in the Olympic Games
(Shishkovska, 2001). The major quotas for participation in the Games in Rio de Janeiro were given
in Stuttgart-2015, and the additional are to be determined in January 2016. The leaders in this event
ensured their participation and started the last stage of their preparation; the strategy of the teams
has been established and shown in the competitive programs in the current Olympic cycle.
The rivalry in this event is extremely high; the technical, tactical, and composition strengths
of the teams-finalists are equal and it is hard to determine which teams will win medals (Gancheva,
(1988). According to Arkaev, L. Y., N. G. Suchilin (2007) the strategies of the different schools for the
preparation of the Olympic teams in rhythmic gymnastics events are manifested through the selec-
tion of exercises and the structure of the competitive routines (Dimitrova, 2015).
One of the main components in the rhythmic gymnastics competitive routines is their level of
difficulty, determined by the Referees’ Code of Rules of FIG, and more precisely, the difficulty of the
exercises and combinations included in the routines [Shishkovska, 2001; Referees’ Codes of Rules of
FIG. 1967 – 2013).
In order to establish the level of difficulty of the ensemble routines of the leading teams world-
wide, as part of their strategy for the forthcoming struggle for medals, and to examine the trends and
actual situation, we decided to do the present research and to set its aim accordingly.
METHOD
Aim of the research:
Examination of the dynamics in the level of difficulty of the ensemble routines.
Tasks:
1.
To establish the composition of the difficult exercises in the competitive routines of the
leading world teams.
2.
Video analysis of the competitive routines.
3.
To make a comparative analysis of the dynamics in the level of difficulty with the finalists
of different routines.
4.
To compare the differences and the scores in their basic components.
Object of the research:
The competitive routines of the ensembles of:
Italy, Russia, Japan, and Bulgaria – 1-4 position at the world Championship qualification, a
routine with five ribbons.
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Conference Procedings
Giurka Gantcheva
Subject of the research:
The exercises with certain technical difficulty, their scores, and their arrangement in the
routines.
Organization of the research:
The research was held in three stages:
І stage – August 2015 – during the World Cup in Sofia-2015.
ІІ stage – September 2015  – video observation of the routines at the World Championship in
Stuttgart-2015.
ІІІ stage – October 2015  – processing of the information and data collection from the official
competitive slips (a compulsory form, approved by FIG) of the observed routines.
Methods of the research:
1.
Study, analysis, and summary of the literary sources.
2.
Pedagogical observations, video analysis of the routines, and data collection from the offi-
cial competitive slips of the teams.
3.
Math-statistical methods for processing of the information.
4.
Analytical – synthetic method.
RESULTS and DISCUSSION
The received quantitative data and the successive analysis allowed us to make a comparison of
the results from the different stages of the research.
The official program of the ensembles includes execution of two compositions – first – with
one apparatus, and second – with two different apparatuses, preliminary determined by FIG, with
duration of 2‘15“-2‘30“. The selection of exercises and their combination in a unified composition is
done according to the views and interpretation of the coach-director, who has to bring the technical
and physical abilities of the gymnasts into line with the general idea.
The ensemble routines with ribbon are attractive, but the play is characterized with its own
specificity, due to the nature of this apparatus, and namely, because of its ability to change its shape.
Ensemble Italy:
Figure 1.

The team won the world title with this routine. As regards the difficulty (fig. 1), we observe a
relatively great number of exercises – 30, and this is due to the fact that a number of low score ex-
ercises have been executed. Except two exercises of high score of 1.0 and 0.7, the level of difficulty
of the exercises is below the average difficulty register.   The strategy chosen for arrangement of the
exercises aims at executing a limited number of impressive and difficult exercises and a number of
less hard ones, which are related to the exercises with the apparatus. The possible mistake when
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Zbornik radova
Rhythmic Gymnastics Ensemble Routines – Qualification for the Olympic Games-2016
executing an exercise of lower score will logically lead to taking away smaller number of points from
the final score. The prevention against loss of points, embedded in the composition, is a good ap-
proach when inventing the routines, provided that the differences in the scores of the teams in the
struggle for medals varies between 0.1 and 0.2 points.
Ensemble Russia:
Figure2.
Fig. 2 shows the graph of the exercises, according to their succession and technical score. We
can see there are exercises which score varies between 0.1 and 0.8 points. The highest difficulty of a
single exercise is 0.8 points, and it is positioned in the middle of the routine. We can say that the level
of difficulty has two peaks – 0.6 and 0.8 points, and the level of difficulty in great parts of the routine
is of step-like character, and this cycle is clearly expressed in two consecutive series. The predom-
inant exercises have a score of 0.3-0.5 points, but there are also exercises of the lowest score - 0.1.
Ensemble Japan:
Figure 3.
The team of Japan is the bronze medalist in the competition. The routines are characterized
with special features, a great scope of exchanges of the apparatuses, and a specific dynamics of the
difficult and spectacular exercises and combinations. The graph of difficulty level on fig. 3 shows
that the routine is characterized with specific structure, namely: smaller number of difficulties – 25,
smaller number of low score difficulties – only 2; the majority of the exercises received a score of
0.3-0.5 points; the exercise with the top difficulty received 1.1 points. This fact constitutes one of the
advantages of the routine, namely, the ability of the gymnasts to execute a number of successive ex-
ercises, requiring good technical skills in the play with the apparatuses. The relatively great number
of exercises with lower score provides the possibility of revealing the extraordinary technical abilities
and physical endurance of the gymnasts, as well as the strategy for achieving the spectacular effect
of the composition.
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Conference Procedings
Giurka Gantcheva
Ensemble Bulgaria:
Figure 4.
The graph of difficulty level on fig. 4 shows that 24 exercises have been executed in the routine
with one apparatus. A positive trait in the dynamics of difficulty of the routine is the three peaks of
difficulty. This fact is indicative of maintaining good dynamics of difficulty in the middle of the com-
petitive routine, but its numeric value is not high – 0.6 points. The difficulty, compared with that of
the other teams-rivals is inferior as regards high score exercises, but the three peaks of difficulty in
the routine have no analog in the comparison with the other teams.  The execution of smaller num-
ber of exercises leads to counter proportional relation to their difficulty level and respectively to their
technical value.
Figure 5.
Fig. 5 shows the scores of the finalists in their three main components – for technical diffi-
culty, for execution, and the final score, determining the standing of the teams and the distribution
of medals. It can be seen that the differences in the final score range between 1.067 points and 0.5
points with the score for technical difficulty of the routines. The difference between the highest score
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Rhythmic Gymnastics Ensemble Routines – Qualification for the Olympic Games-2016
(the team of Italy) and the lowest score (the team of Ukraine) for execution is only 0.667 points. The
extremely small differences show there is a very big rivalry and the struggle for medals is very close.
The starting score, taken from the competition slips of the teams, is the maximum one, determined
by the rules, and is an index for the equal strengths of the teams. The physical and technical prepara-
tion of all teams is on a very high level, even for the teams which will struggle for taking quotas at the
repechages. The choreographic preparation, the use of combinations of exercises and collaborations
among the gymnasts, the play with the apparatuses, and the selection of musical accompaniment are
conformable to the peculiarities of the certain school. The tactics, expressed in the composition of
the routines, and the psychic endurance of the gymnasts will be crucial for the final score.
CONCLUSION
1. The analysis of the dynamics of the level of difficulty in the competitive routines of the final-
ists shows that the leading teams build their compositions according to the technical abilities of their
gymnasts. There is a trend of including a limited number of high score exercises as a well-considered
risk when inventing the routines.
2. It can be seen from the visual score of the difficulty that the position of the high score ex-
ercises is in narrow connection with the desired spectacular effect in the overall perception of the
composition.
3. The exercises with the highest difficulty level, which the teams execute, have received differ-
ent scores. The distinguished ensembles along this index are the ones of Italy and Japan, performing
combinations of exercises with scores above the maximum, determined by the competitive Code of
Rules.
4. The scores of the finalists in the decisive phase of the qualifications show that the teams have
equal starting possibilities. The creative approach of the coaches and the psychic endurance of the
ensembles, as a whole, are the areas where the competition is held.
REFERENCES
Gancheva, G. (1988). Analysis of ensemble routines. Coach’s Thought Magazine, 4.
Dimitrova, B. (2015). System for preparation and optimization of the training in artistic gym-
nastics (women). Bolid inc. Sofia. ISBN 978-954-394-154-4.
Shishkovska, M. (2001). Evaluation of the components of the performer’s mastership in rhyth-
mic gymnastics. Author’s summary of dissertation. Saint Petersburg.
Referees’ Codes of Rules of FIG. 1967 – 2013.
www.fig-gymnastics.org
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Conference Procedings
UDK 796.012.13:796.012.23
ISPOLJAVANJE BRZINE NAKON PRIMJENE RAZLIČITIH METODA ZA
RAZVOJ FLEKSIBILNOSTI
Goran Bošnjak2,Vladimir Jakovljević2,Gorana Tešanović2,Ilona Mihajlović3,Slaven
Kršić1
1Profesor fizičkog vaspitanja i sporta
2Fakultet fizičkog vaspitanja i sporta, Univerzitet u Banjoj Luci, Bosna i Hercegovina
3Fakultet sporta i fizičkog vaspitanja, Univerzitet u Novom Sadu, Srbija
UVOD
U sportu je veoma često potrebno izvesti određenu kretnju u najkraćem vremenu. Za vrijeme
koje je potrebno da se to kretanje izvede zaduženo je veoma kompleksno motoričko svojstvo, koje
se naziva brzina. Brzina se dijeli na: latentno vrijeme motorne reakcije, frekfencija pokreta, brzina
pojedinačnog pokreta i sprinterska brzina (Nićin, 2000). U većini sportova brzina sa svim svojim
segmentima igra veliku ulogu, dok postoje i sportovi u kojoj dominiraju određeni segmenti brzine.
U sportovima kao što su timski sportovi, sprinterske discipline trčanja i plivanja, brzina se ispoljava
kroz sve svoje oblike i koji se zajednički nazivaju sprinterska brzina, ili kombinovana brzina. Kod
ispoljavanja brzine važno je napomenuti da veliki značaj ima i koordinacija pokreta, odnosno, teh-
nika izvođenja kretnji (Ibid.). U sprinterskom trčanju mišići imaju dvije glavne funkcije: moraju da
ubrzaju tijelo u horizontalnom smjeru i moraju da savladaju silu gravitacije u vertikalnom smjeru
(Stefanović i Bošnjak, 2011). Prije izvođenja sprinterskog trčanja, primjenom specifičnih vježbi  po-
trebno  je sportistu dovesti u fiziološko stanje koje će mu poboljšati sportsku uspješnost i omogućiti
da izvede svoju aktivnost na najvišem mogućem nivou (Elam,1986). Trening je osnovna jedinica
sportske pripreme koja ima svoju strukturu. Strukturu treninga čine: uvodnopripremni dio, glav-
ni i završni dio treninga. Uvodnopripremni dio treninga sačinjava opšti i specificni dio. Opšti dio
započinje sa prirodnim oblicima kretanja (trčanje, hodanje, bacanje i dr.) u skladu sa osnovnim di-
daktičkim principima: od lakšeg ka težem, od prostog ka složenom i traje 10-15% uvodnog dijela.
Specifični dio zavisi od glavnog dijela treninga i treba ga prilagoditi njemu. U njemu se primjenjuju
specifične vježbe koje su priprema za ispunjavanje glavnog zadatka. Ovim vježbama se pripremaju
mišići, tetive i ligamenti koji su najaktuelniji u vježbanju, pa i najviše podložni povredama, (Ko-
privica, 2002). U pasivnom zagrijavanju izostaje fizička aktivnost, a porast temperature se izaziva
vanjskim izvorima toplote, primjerice toplim kupkama, masažom, dijaterijom ili toplim tuširanjem
(Perić, 2005). Aktivno zagrijavanje nalazi široku primjenu u svijetu sporta i fizičkog vježbanja, jer
je djelotvornije, dostupnije i lakše primjenjljivo. Pretpostavka je da aktivnom zagrijavanju u većini
sportova treba dati prednost pred pasivnim zagrijavanjem, dok bi se pasivno zagrijavanje moglo
koristiti kao pomoć ili dopuna u zagrijavanju nakon provedenog aktivnog zagrijavanja, tj. kada se
žele produžiti ili zadržati efekti postignutog nivoa zagrijanosti sportiste. Postoji nekoliko metoda
rastezanja koje se koriste u sportu i rekreaciji. Kukolj (1996) razlikuje: aktivni, pasivni i kombinovani;
Alter (1996) razlikuje: statički stretching i balistički stretching (dinamički stretching); Bompa (2000)
razlikuje: statičku, PNF i balističku. U ovom istraživanju su primjenjene dvije metode za razvoj flek-
sibilnosti: statička i dinamička metoda. Statičko rastezanja služi da se mišići rastegnu dok se tijelo
nalazi u stanju mirovanja. Sastoji se iz raznih tehnika kojima se posetepeno mišić isteže do određene
granice, do tačke najvećeg izduženja/skraćenja mišića, a nikako preko nje. Osećaj treba da je poput
blage zategnutosti, ali nikako bol. Taj položaj treba zadržati 15-30 sekundi, pa onda preći na drugu
grupu mišića. Statičko rastezanje aktivira specijalizovane receptore osećaja istegnutosti u mišićima.
Kada se uradi pravilno, statičko rastezanje snižava prag senzitivnosti ovih receptora, što omogućava
mišićima da se opuste, a potom i da se istegnu na veću dužinu. Mnogi trkači praktikuju da statički
rastežu i ruke i ramena, jer i ovi dijelovi tijela učestvuju u trčanju, Alter (1996). Dinamčko rastezanje
41
Zbornik radova
Ispoljavanje brzine nakon primjene različitih metoda za razvoj fleksibilnosti
je slično statičkom u rasponu pokreta, ali ne i u brzini izvođenja. To je rastezanje u kome se mišići
ubrzavaju iz skupljenog u rastegnut položaj i unazad, pazeći da se ne pređe raspon pokreta kao i kod
statičkog rastezanja. Dinamičko rastezanje daje nešto slabije efekte od statičkog kad je riječ o sniža-
vanju praga osjetljivosti receptora i opuštanju mišića (Ibid.). U ranijim istraživanjima se napominje
da statičko rastezanje dovodi do smanjenja snage ekstenzora koljena i skočnosti (Costa i sar., 2010;
Yamaguchi i Ishii, 2005), kao i da se negativno odražava na brzinu sprinta čak i ako je bilo kombino-
vano sa dinamičkim rastezanjem i opštim zagrijavanjem (Sim i sar., 2009; Winchester i sar., 2008).
Takođe, Šimić i sar. (2013) sugerišu izbjegavanje statičkog rastezanja tokom zagrijavanja. S obzirom
na uvodna razmatranja, provedeno je istraživanje sa ciljem da se uporede moguće razlike u rezultatu
postignutom u testovima za procjenu brzine nakon primjene dvije metode rastezanja (dinamičko i
statičko rastezanje), radi utvrđivanja koja od navedenih metoda može da doprinese izvođenju sprin-
terskog trčanja na najvišem mogućem nivou.
METOD
Istraživanje je provedeno u tri etape, gdje se nakon utvrđivanja inicijalnog stanja ispitanika,
tokom četrnaest dana provedeni različiti protokoli rastezanja (koliko bi mogao da traje prelazni peri-
od trenažnog ciklusa - dva mikrociklusa, tokom koga je poželjno da sportisti oporave organizam, ali
ipak da ostanu aktivni i održe zadovoljavajući nivo sposobnosti), nakon čega je provedeno utvrđiva-
nje finalnog stanja ispitanika. Realizacija istraživanja odvijala se na Gradskom stadionu u Banjoj Luci
(testovi za procjenu brzine) i u dvorani za fitnes Fakulteta fizičkog vaspitanja i sporta Univerziteta u
Banjoj Luci (provođenje dinamičkog i statičkog rastezanja). Istraživanje je obuhvatilo 20 ispitanika
muškog pola, studenata Fakulteta fizičkog vaspitanja i sporta Univerziteta u Banjoj Luci, koji su za
vrijeme istraživanja imali 20 godina (+/- 6 mjeseci). Razlog zbog čega je izabran ovaj uzorak ispitani-
ka je taj što je istraživanje bilo neizvodivo provesti sa trkačima na kratke staze u Bosni i Hercegovini,
kako zbog nemogućnosti odabira dovoljnog broja ispitanika slične fizičke spreme i sportskog staža
tako i zbog mogućeg narušavanja trenažnog procesa. Stoga su odabrani ispitanici koji su bili sa iste
godine studija, i tokom izvođenja praktične nastave na Fakultetu svi su prolazili isti nivo fizičkog
opterećenja, a nisu bili uključeni u neki trenažni proces niti su se bavili sportsko-rekreativnim ak-
tivnostima. U skladu sa ovim, pokušao se isključiti uticaj drugih vidova aktivnosti koje bi uticale na
rezultate istraživanja. Prije provođenja istraživanja ispitanici su bili podvrgnuti ljekarskom pregledu,
prilikom čega je utvrđeno da su svi bili zdravi i bez povreda lokomotornog aparata. Ispitanici su bili
podijeljeni u tri grupe - dvije eksperimentalne i jedna kontrolna grupa (sa prvom eksperimentalnom
grupom je primijenjena dinamička metoda rastezanja, sa drugom statička metoda rastezanja, a kod
kontrolne grupe nije primijenjena niti jedna metoda rastezanja prije izvođenja testova). Kako bi se
dobili vjerodostojni rezultati na osnovu kojih bi se analizirale eventualne razlike u vremenu postig-
nutom u sprinterskom trčanju nakon primjene dva različita protokola rastezanja, korišteno je 9 vari-
jabli za procjenu motoričke sposobnosti brzine (prema Metikoš, Prot, Hofman, Pintar i Oreb, 1989.):
20m iz niskog, visokog i letećeg starta (ns20 m, vs20 m, ls20 m), 40m iz niskog, visokog i letećeg star-
ta (ns40 m, vs40 m, ls40 m) i 60 m iz niskog, visokog i letećeg starta (ns60 m, vs60 m, ls60 m). Budući
da se istraživanje provelo na uzorku studenata, a ne na uzorku sportista trkača na kratke staze, a radi
dobijanja što validnijih podataka, odabrano je da sve testove izvode iz navedenih početnih pozicija
kako bi se eventulne pogreške prilikom izvođenja starta što manje odrazile na podatke koji se dobi-
jaju nakon statističke obrade podataka. Utvrđivanje inicijalnog i finalnog stanja ispitanika obavljeno
je na atletskoj stazi Gradskog stadiona u Banjoj Luci u prije podnevnim časovima uz optimalnu
temperaturu i vlažnost vazduha. Od dodatne opreme za vrijeme testiranja korištene su fotoćelije
marke Ergo timer Globus i startni blokovi. Sva mjerenja su vršena na isti način. Ispitanici su, nakon
zauzimanja početne pozicije kretali prema sopstvenom osjećaju. U zavisnosti od početne pozicije,
iz koje su izvodili testove, podešavana je aktivacija sistema za mjerenje vremena (prilikom niskog
starta, senzor za aktivaciju je bio postavljen ispod zadnje noge u bloku, prilikom visokog starta ispod
prednje noge, a prilikom izvođenja letećeg starta sistem se sam aktivirao prilikom protrčavanja ispi-
tanika). Protokol zagrijavanja se sastojao od trčanja umjerenog intenziteta u trajanju od 10 minuta,
te su poslije kratke pauze provođene vježbe oblikovanja opšteg karaktera. Poslije završenog uvod-
no-pripremnog dijela prešlo se na provođenje testova 20m, 40m i 60 m (iz niskog, visokog i letećeg
starta). Protokoli zagrijavanja i primjene različitih načina razvoja fleksibilnosti (statičko i dinamičko
rastezanje) je primjenjeno u trajanju od 14 dana i primjenjivano je svaki dan. Protokol zagrijavanja se
sastojao od trčanja umjerenog intenziteta u trajanju od 10 minuta. Statičko rastezanje se sastojalo od
42
Conference Procedings
Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
8 vježbi statičkog rastezanja trupa i natkoljenice koje se izvodilo u 4 serije. Svaka vježba se izvodila u
izdržaju koji je trajao 30 sekundi i poslije toga slijedio je odmor u trajanju od 15 sekundi, nakon čega
se izvodila sljedeća vježba. Pauza između serija bila je u trajanju od 5 minuta. Ukupno trajanje ove
metode za razvoj fleksibilnosti bilo je 45 minuta. Vježbe koje su korištene u ovom načinu rastezanja
su: zasuk trupa, lumbalna ekstenzija uz rastezanje trbuha, otklon u lijevu i desnu stranu, pretko-
lon – zaklon trupa, rastezanje fleksora koljena stojeći na jednoj nozi, rastezanje fleksora koljena sa
podignutom nogom na švedski sanduk, rastezanje ekstenzora koljena klečeći na jednom koljenu i
rastezanje ekstenzora koljena stojeći na jednoj nozi. Dinamičko rastezanje se takođe sastojalo od 8
vježbi dinamičkog rastezanja trupa i natkoljenice koji se izvodio u 4 serije. Svaka vježba se izvodila
po 15 ponavljanja i poslije toga slijedio odmor u trajanju od 15 sekundi nakon čega se izvodila sljede-
ća vježba. Pauza između serija bila je u trajanju od 5 minuta. Ukupno trajanje ove metode za razvoj
fleksibilnosti bilo je 45 minuta.  Vježbe koje su korištene u ovom načinu rastezanja su: zasuk trupom,
lumbalna ekstenzija uz rastezanje trbuha, otklon u lijevu i desnu stranu, pretkolon – zaklon trupom,
rastezanje fleksora koljena stojeći na jednoj nozi, rastezanje fleksora koljena sa podignutom nogom,
rastezanje ekstenzora koljena iskorak i rastezanje ekstenzora koljena stojeći na jednoj nozi.
Sva statistička izračunavanja realizovana su pomoću aplikacionog statističkog programa za
personalne računare SPSS 17.0. Podaci prikupljeni tokom istraživanja obrađeni su postupcima de-
skriptivne i komparativne statistike: T-test za zavisne i T-test za nezavisne uzorke.
REZULTATI
Dobijeni rezultati u ovom istraživanju su prikazani tabelarno i daju tražene informacije o po-
stavljenom problemu istraživanja.
Tabela 1. Deskriptivni statistički parametri inicijalnog mjerenja rezultata postignutih
u testovima trčanja kod ispitanika svih grupa
grupa
testovi
N
Min
Max
Mean
S.D
KS test
Eksperimentalna grupa 1
ns20 m
7
3,00
3,52
3,19
0,21
0,83
vs20 m
7
2,97
3,48
3,20
0,20
0,94
ls20 m
7
2,25
2,79
2,43
0,18
0,63
ns40 m
7
4,98
7,16
5,87
0,80
0,78
vs40 m
7
4,95
6,61
5,71
0,66
0,78
ls40 m
7
4,72
6,22
5,18
0,49
0,61
ns60 m
7
10,78
12,86
11,40
0,70
0,68
vs60 m
7
10,56
12,74
11,30
0,70
0,76
ls60 m
7
9,40
11,06
10,04
0,55
0,92
Eksperimentalna grupa 2
ns20 m
7
2,98
3,52
3,21
0,20
0,99
vs20 m
7
2,97
3,48
3,24
0,21
0,70
ls20 m
7
2,28
2,79
2,43
0,17
0,56
ns40 m
7
5,16
7,16
5,89
0,78
0,73
vs40 m
7
4,88
6,61
5,73
0,65
0,75
ls40 m
7
4,64
6,20
5,33
0,63
0,95
ns60 m
7
10,62
12,86
11,43
0,74
0,86
vs60 m
7
10,74
12,74
11,34
0,64
0,29
ls60 m
7
9,40
11,24
10,13
0,63
0,98
Kontrolna grupa
ns20 m
6
3,18
3,80
3,44
0,26
0,73
vs20 m
6
3,12
3,95
3,40
0,31
0,84
ls20 m
6
2,37
2,62
2,50
0,08
0,99
ns40 m
6
5,75
7,10
6,13
0,49
0,58
vs40 m
6
5,68
6,86
5,98
0,44
0,58
ls40 m
6
4,60
6,20
5,36
0,70
0,81
ns60 m
6
10,76
13,00
11,75
0,79
0,99
vs60 m
6
10,80
12,38
11,63
0,54
0,93
ls60 m
6
9,56
11,06
10,28
0,48
0,91
43
Zbornik radova
Ispoljavanje brzine nakon primjene različitih metoda za razvoj fleksibilnosti
Rezultati iz Tabele 1. pokazuju da se prosječne vrijednosti rezultata trčanja na određenim dio-
nicama kreću u rasponima očekivanim za ovu populaciju (Lorger, Ovčarić i Švigir-Potroško, (2010),
Babić, Blažević i Radetić-Paić (2010). Vrijednosti KS testa su znatno iznad 0.05 što pokazuje normal-
nost rasporeda podataka i obezbjeđuje daljnju primjenu parametrijske statistike.
Tabela 2. Deskriptivni statistički parametri finalnog mjerenja rezultata postignutih
u testovima trčanja kod ispitanika svih grupa
grupa
testovi
N
Min
Max
Mean
S.D
KS test
Eksperimentalna grupa 1
ns20 m
7
2,91
3,69
3,17
0,24
0,62
vs20 m
7
2,96
3,62
3,17
0,22
0,74
ls20 m
7
2,03
2,84
2,30
0,26
0,76
ns40 m
7
4,10
5,50
4,43
0,48
0,22
vs40 m
7
4,06
4,75
4,34
0,22
0,95
ls40 m
7
3,37
4,16
3,68
0,26
0,74
ns60 m
7
8,05
10,13
9,06
0,62
0,96
vs60 m
7
8,24
10,38
8,97
0,86
0,68
ls60 m
7
7,31
8,54
7,89
0,54
0,78
Eksperimentalna grupa 2
ns20 m
7
3,03
3,69
3,21
0,22
0,37
vs20 m
7
3,01
3,62
3,18
0,20
0,47
ls20 m
7
1,95
2,64
2,35
0,23
0,92
ns40 m
7
4,12
5,50
4,47
0,46
0,13
vs40 m
7
4,15
4,75
4,35
0,19
0,55
ls40 m
7
3,37
4,16
3,69
0,24
0,68
ns60 m
7
8,06
10,52
9,08
0,90
0,96
vs60 m
7
8,28
10,38
9,04
0,81
0,51
ls60 m
7
7,35
8,54
8,02
0,42
0,99
Kontrolna grupa
ns20 m
6
3,10
3,77
3,39
0,26
0,74
vs20 m
6
3,17
3,61
3,38
0,18
0,91
ls20 m
6
1,95
2,64
2,48
0,26
0,97
ns40 m
6
4,30
6,33
6,10
0,27
0,93
vs40 m
6
4,29
6,14
5,92
0,24
0,98
ls40 m
6
4,43
6,19
5,30
0,29
0,96
ns60 m
6
10,06
12,52
11,65
0,91
0,86
vs60 m
6
10,64
12,31
11,57
0,68
0,71
ls60 m
6
8,73
10,82
10,23
0,78
0,38
Rezultati iz Tebele 2. takođe pokazuju da se prosječne vrijednosti rezultata trčanja na određe-
nim dionicama kreću u rasponima očekivanim za ovu populaciju (Lorger, Ovčarić i Švigir-Potroško,
(2010), Babić, Blažević i Radetić-Paić (2010). Vrijednosti KS testa su takođe znatno iznad 0.05 što
pokazuje normalnost rasporeda podataka i obezbjeđuje daljnju primjenu parametrijske statistike.
Detaljnijom analizom prosječnih vrijednosti rezultata testova na finalnom mjerenju primijećeno je
da su te vrijednosti niže u odnosu na inicijalno mjerenje kod sve tri grupe. Analizom razlika između
aritmetičkih sredina inicijalnog i finalnog mjerenja između sve tri grupe ispitanika utvrdiće se da li
postoji statistički značajna razlika nakon 14 dana primjene različitih metoda za razvoj fleksibilnosti.
44
Conference Procedings
Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
Tabela 3. Razlike u rezultatima na testovima između eksperimentalne grupe 1
(dinamičko rastezanje) sa eksperimentalnom grupom 2 (statičko rastezanje) i
kontrolnom grupom na inicijalnom mjerenju
Eksperimentalna grupa 2
Kontrolna grupa
testovi
t
df
Sig. (2-tailed)
t
df
Sig. (2-tailed)
ns20 m
-0,23
12
0,82
-1,92
11
0,08
vs20 m
-0,37
12
0,71
-1,39
11
0,19
ls20 m
-0,06
12
0,95
-0,95
11
0,36
ns40 m
-0,04
12
0,96
-0,67
11
0,51
vs40 m
-0,05
12
0,95
-0,82
11
0,42
ls40 m
-0,50
12
0,62
-0,52
11
0,60
ns60 m
-0,07
12
0,94
-0,84
11
0,41
vs60 m
-0,09
12
0,92
-0,92
11
0,37
ls60 m
-0,27
12
0,78
-0,82
11
0,42
U Tabeli 3. su prikazani rezultati nezavisnog T testa gdje su analizirane razlike u rezultatima
testova ispitanika na inicijalnom mjerenju. Na osnovu signifikantnosti može se primjetiti da ne po-
stoji statistički značajna razlika na nivou 0.05, između rezultata testova koji su postignuti kod ekspe-
rimentalne grupe 1 (dinamičko rastezanje), eksperimentalne grupe 2 (statičko rastezanje) i kontrol-
ne grupe na inicijalnom mjerenju. Ovo daje potvrdu da su grupe dobro formirane, jer na početku
testiranje nije bilo razlike između grupa koje su primjenjivale različite metode za razvoj fleksibilnosti
i grupe koja nije koristila niti jednu metodu. Ovim je izbjegnut neželjeni faktor koji bi se odrazio na
rezultate finalnog mjerenja.
Tabela 4. Razlika u rezultatima testova između eksperimentalne grupe 1 (dinamičko rastezanje) sa
eksperimentalnom grupom 2 (statičko rastezanje) i kontrolnom grupom na finalnom mjerenju
Eksperimentalna grupa 2
Kontrolna grupa
testovi
t
df
Sig. (2-tailed)
t
df
Sig. (2-tailed)
ns20 m
-2,23
12
0,02
-2,92
11
0,01
vs20 m
-3,37
12
0,01
-2,39
11
0,02
ls20 m
-4,06
12
0,00
-2,95
11
0,00
ns40 m
-4,04
12
0,00
-2,67
11
0,00
vs40 m
-5,05
12
0,00
-3,82
11
0,00
ls40 m
-5,50
12
0,00
-3,52
11
0,00
ns60 m
-4,07
12
0,00
-3,84
11
0,00
vs60 m
-4,09
12
0,00
-3,92
11
0,00
ls60 m
-3,27
12
0,01
-3,82
11
0,00
Nakon provedenih statističkih procedura koje su prikazane u Tabeli 4. utvrđeno je da se na
finalnom mjerenju pokazala statistički značajna razlika (na nivou p<0.05) između eksperimentalne
grupe 1 i eksperimentalne grupe 2 u intervalu od -2.23 do -4.06 za testove trčanja na 20m, od -4.40
do -5.50 za testove trčanja na 40m i od -3.27 do -4.09 za testove trčanja na 60m, u korist eksperimen-
talne grupe 1. Takođe, analiza na finalnom mjerenju između eksperimentalne grupe 1 i kontrolne
grupe pokazala je da se vrijednost nezavisnog t testa kretala u intervalu od -2.39 do -2.95 za testove
45
Zbornik radova
Ispoljavanje brzine nakon primjene različitih metoda za razvoj fleksibilnosti
trčanja na 20m, od -2.67 do -3.82 za testove trčanja na 40m i od -3.82 do -3.92 za testove trčanja na
60m. Ove vrijednosti su pokazale statistički značajnu razliku na nivou (p<0.05) u korist eksperi-
mentalne grupe 1. Na osnovu ovih rezultata može se konstatovati da su ispitanici nakon primjene
dinamičke metode rastezanja koje je trajalo 14 dana, sa frekvencijom vježbanja svaki dan, postigli
bolje rezultate u odnosu na ispitanike koji su primjenjivali statičko rastezanje i ispitanike koji nisu
primjenjivali metode rastezanja.
Tabela 5. Analizom razlika između aritmetičkih sredina inicijalnog i finalnog mjerenja
između sve tri grupe ispitanika
Eksperimentalna grupa 1
Eksperimentalna grupa 2
Kontrolna grupa
Testovi
t
df
Sig.
t
df
Sig.
t
df
Sig.
Pair 1 ns20mi-
ns20mf
-3.14
19
0.00
-0.14
19
0.88
-0.24
19
0.78
Pair 2 vs20mi-vs20mf
2.48
19
0.03
0.48
19
0.63
0.48
19
0.63
Pair 3 ls20mi-ls20mf
-3.23
19
0.00
-0.23
19
0.78
-0.20
19
0.80
Pair 4 ns40mi-
ns40mf
13.38
19
0.00
0.38
19
0.71
0.31
19
0.74
Pair 5 vs40mi-vs40mf
12.99
19
0.00
0.99
19
0.48
0.91
19
0.42
Pair 6 ls40mi-ls40mf
14.34
19
0.00
0.34
19
0.72
0.31
19
0.74
Pair 7 ns60mi-
ns60mf
-24.60
19
0.00
-0.60
19
0.54
-0.58
19
0.52
Pair 8 vs60mi-vs60mf
-20.94
19
0.00
-0.94
19
0.45
-0.84
19
0.39
Pair 9 ls60mi-ls60mf
-21.79
19
0.00
-0.79
19
0.51
-0.73
19
0.50
Konstatacije koje su donešene nakon analize rezultata iz Tabele 4. svoju potvrdu nalaze i na-
kon detaljnije analize rezultata prikazanih u Tabeli 5. Korištenjem statističke metode zavisni T test,
analizirane su razlike u rezultatima koje su ispitanici svake grupe postigli na inicijalnom i finalnom
mjerenju. Vrijednosti signifikantnosti na nivou (0,05), su samo kod eksperimentalne grupe 1 znatno
niže od ove vrijednosti, dok su kod ostalih te vrijednosti znatno veće od (0,05). Ovo objašnjava da su
ispitanici iz eksperimentalne grupe 1, koja je koristila dinamičko rastezanje kao metodu povećanja
fleksibilnosti, ostvarili rezultate na finalnom mjerenju koji se statistički značajno razlikuju od rezul-
tata na inicijalnom mjerenju, dok to nije slučaj kod ostale dvije grupe ispitanika. Analizom prosječ-
nih vrijednosti rezultata na svim testovima, može se primijetiti da su one znatno manje na finalnom
mjerenju kod ove grupe ispitanika, što navodi na zaključak da se dinamičkom rastezanju kao metodi
povećanja fleksibilnosti, može dati prednost u odnosu na statičko rastezanje.
DISKUSIJA
Analiziranjem prosječnih vrijednosti rezultata na inicijalnom i finalnom mjerenju (Tabela 1.
i Tabela 2), može se primijetiti da su ispitanici ostvarili rezultate koji se kreću u očekivanim raspo-
nima za ovu populaciju (Lorger, Ovčarić i Švigir-Potroško, (2010), Babić, Blažević i Radetić-Paić
(2010). Takođe, iz ovih tabela se može primijetiti da su vrijednosti normalnosti rasporeda znatno
iznad 0,05, što je omogućilo primjenu parametrijske statistike prilikom analize razlika u ispoljavanju
rezultata nakon primjene različitih metoda rastezanja. Detaljnijom analizom prosječnih vrijednosti
rezultata testova na finalnom mjerenju koji su prikazani u Tabeli 2. primijećeno je da su te vrijednosti
niže u odnosu na inicijalno mjerenje kod sve tri grupe. Nakon primjene validnih statističkih metoda
koje su prikazane u Tabelama 3, 4 i 5, objasnilo se da li postoji statistički značajna razlika nakon 14
dana primjene različitih metoda za razvoj fleksibilnosti. Razlika između postignutih rezultata kod
46
Conference Procedings
Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
ispitanika sve tri grupe na inicijalnom mjerenju, su analizirane primjenom nezavisnog T testa na
nivou 0,05 koji su prikazani u Tabeli 3. Nije utvrđena statistički značajna razlika između ovih rezul-
tata, a time je i izbjegnut neželjeni faktor koji bi uticao na rezultate finalnog mjerenja. Analiza koja
je utvrdila ststistički značajnu razliku u postignutim rezultatima između testiranih grupa, prikazana
je u Tabeli 4. Utvrđeno je da se na finalnom mjerenju pokazala statistički značajna razlika (na nivou
p<0.05) između eksperimentalne grupe 1 i eksperimentalne grupe 2 u intervalu od -2.23 do -4.06 za
testove trčanja na 20 m, od -4.40 do -5.50 za testove trčanja na 40 m i od -3.27 do -4.09 za testove
trčanja na 60 m, u korist eksperimentalne grupe 1. Takođe, analiza na finalnom mjerenju između
eksperimentalne grupe 1 i kontrolne grupe pokazala je da se vrijednost nezavisnog t testa kretala u
intervalu od -2.39 do -2.95 za testove trčanja na 20m, od -2.67 do -3.82 za testove trčanja na 40m i
od -3.82 do -3.92 za testove trčanja na 60m. Ove vrijednosti su pokazale statistički značajnu razliku
na nivou (p<0.05) u korist eksperimentalne grupe 1. Dobijeni rezultati ovom analizom naveli su
na konstataciju da su ispitanici koji su primjenjivali dinamičko rastezanje u trajanju od 14 dana sa
frekvencijom vježbanja svaki dan, ostvarili bolje rezultate na finalnom mjerenju u odnosu na ostale
dvije grupe ispitanika. Potvrda ove konstatacije opravdana je i analizom rezultata prikazanih u Tabeli
5. gdje se može primijetiti da se za ispitanike eksperimentalne grupe 1 pokazala statistički značajna
razlika između rezultata testova na inicijalnom i finalnom mjerenju, dok to nije bio slučaj sa ostale
dvije grupe ispitanika. Uzimajući u obzir sve analize, može se pretpostaviti da će se nakon korištenja
dinamičkog rastezanja izvesti sprintersko trčanje na višem nivou u odnosu na korištenje statitčkog
rastezanja. Rezultati ovog istraživanja su potvrdili i neka ranija istraživanja koja su se bavila sličnom
problematikom (Little, Thomas, Williams, Alun G. (2006), Amiri-Khorasani M, Kellis E., (2013),
Chatzopoulos D, Galazoulas C, Patikas D, Kotzamanidis C., (2014), Perrier, E., Pavol, J., Hoffman, A.,
(2011), Rountas, P., Manousaridou, E., Galazoulas, Ch., Bassa E., Karamousalidis. G., Giannakos, A.,
(2010), Sayers, A., Farley, R., Fuller, D., Jubenville, C., Caputo, L. (2004)), odnosno, dobili su se slični
rezultati istraživanja, gdje se daje prednost dinamičkom načinu rastezanja u odnosu na statički način
rastezanja u uvodno-pripremnom dijelu treninga.
Potrebno je naglasiti da su dobijeni rezultati u testovima za mjerenje nivoa brzine, u ovom
istraživanju, bili u drugom planu. Naime, rezultati su ispod prosjeka za populaciju sportista trkača
na kratke staze, a pretpostavka je da bi bili bolji da su ispitanici trčali u specijalizovanim patikama
za trčanje na kratke staze (tzv. sprinterice) kao i da su bili uključeni u trenažni proces trkača na
kratke staze tokom koga se sportaši naviknu na pružanje maksimuma prilikom izvođenja dionica.
Takođe, izvođenje tehnike sprinterskog trčanja ispitanika, pridonijelo je postignutim rezultatima
u trčanju. Sa druge strane, provođenje istraživanja na ispitanicima koji nisu bili uključeni u neki
trenažni proces niti u neku sportsko-rekreativnu aktivnost isključilo je mogućnost da je neka druga
sposobnost doprinijela do poboljšanja rezultata u trčanju a samim tim su se dobili validni podaci o
primjeni dinamičkog i statičkog rastezanja. Kako je već naznačeno, provođenje metoda za povećanje
fleksibilnosti trajalo je 14 dana koliko bi mogao da traje prelazni period trenažnog ciklusa - dva mi-
krociklusa, tokom koga je poželjno da sportisti oporave organizam, ali ipak da ostanu aktivni i održe
zadovoljavajući nivo sposobnosti. Sa obzirom na dobijenje rezultate i izvedene zaključke, u ovom
istraživanju se pokazalo da bi primjena dinamičkog rastezanja tokom perioda od 14 dana, održala ili
poboljšala nivo brzine, bez velike energetske potrošnje. Može se pretpostaviti da bi primjena dina-
mičkog rastezanja uz druge aktivnosti tokom prelaznog perioda doprinijela održavanju nivoa brzine.
ZAKLJUČAK
Kada se pogleda analiza rezultata dobijenih testiranjem studenata, može se zaključiti da je
cilj ovog istraživanja ostvaren, a odnosio se na pokušaj prikazivanja mogućih razlika u ostvariva-
nju sprinterskog trčanja korištenjem dva različita protokola rastezanja u uvodno-pripremnom dijelu
treninga. Analizom dobijenih rezultata uočeno je da postoji razlika u ostvarivanju sprinterskog tr-
čanja nakon primjene dva različita protokola rastezanja (Tabele 4 i 5.). Rezultati testova pokazuju da
prednost na dionicama od 20, 40 i 60 metara, gdje se primjenjuje sprintersko trčanje, ima dinamički
metod rastezanja nad statičkim. Uporedbom rezultata postignutih u testovima za procjenu nivoa br-
zine, nakon primjene dvije metode rastezanja (dinamičko i statičko rastezanje), u ovom istraživanju
se pokazalo da dinamička metoda razvoja fleksibilnosti može da doprinese izvođenju sprinterskog
trčanja na najvišem mogućem nivou, što je samo potvrdilo ranija istraživanja koja su se bavila slič-
nom tematikom. Shodno tome, u sportovima gdje je zastupljena brzina u svim svojim oblicima i gdje
se ona ispoljava duže od 20 metara dinamički metod rastezanja može se preporučiti kao prednost u
47
Zbornik radova
Ispoljavanje brzine nakon primjene različitih metoda za razvoj fleksibilnosti
odnosu na statički metod rastezanja. Ovo istraživanje i istraživanja sličnog karaktera mogu biti od
pomoći sportskim stručnjacima i trenerima prilikom planiranja i programiranja trenažnog procesa -
u odabiru vježbi i aktivnosti za podizanje nivoa brzine u bilo kom periodu trenažnog procesa.
LITERATURA
Alter, M. (1996). Science of Flexibility.Human Kinetics
Amiri-Khorasani M, Kellis E. (2013) Static vs. Dynamic Acute Stretching Effect on Quadri-
ceps Muscle Activity during Soccer Instep Kicking. Journal of Human Kinetics. 2013 Dec 31;39:37-
47. doi: 10.2478/hukin-2013-0066. eCollection 2013.
 Babić, V. Blažević, I. i Radetić-Paić, M (2015). Sprintersko trčanje djece predškolske i mlađe
školske dobi.
Bompa, O.T (2009). Periodizacija – teorija i metodologija treninga.Prevod. Zagreb: print na-
vigator.
Costa, P.B., Ryan, E.D., Herda, T.J., Walter, A.A., Hoge, K.M., Cramer, J.T. (2010). Acute effects
of passive stretching on the electromechanical delay and evoked twitch properties. European Journal
of Applied Physiology, 108, 301-310.
Chatzopoulos, D. Galazoulas, C. Patikas, D. Kotzamanidis, C. (2014). Acute effects of static
and dynamic stretching on      balance, agility, reaction time and movement time. Journal of Sports
Science and Medicine 2014 May
Elam, R. (1986). Warm–up and athletic performance: A physiological analysis.  Strength and
Conditioning Journal, 8 (2),  30–32.
Koprivica, V. (2002). Osnove sportskog treninga, Beograd: SIA
Kukolj.M. (1996) OPŠTA ANTROPOMOTORIKA, Univerzitet u Beogradu, Fakultet fizičke
kulture.
Little, Thomas, Williams, Alun G. (2006).Effects of differential stretching protocols during
warm-ups on high-speed motor capacities in professional soccer players.(C) 2006 National Strength
and Conditioning Association
Lorger, M., Ovčarić, L. i Švigir Potroško, R (2015). Rad s homogeniziranim skupinama tijekom
vježbanja sprinterskog trčanja na 60 metara u procesu edukacije, 19. LJETNA ŠKOLA KINEZIOLO-
GA REPUBLIKE HRVATSKE
Мetikoš, D., Prot, F., Hofman, Е., Pintar, Ž., i Oreb, G. (1989). Mjerenje bazičnih motoričkih
dimenzija sportša. Zagreb: Fakultet za fizičku kulturu.
Nićin, Đ. (2000).Antropomotorika.Novi Sad: UNS , str 150
Perić, D. (2005). Zagrevanje u sportu. Profico, 1 (1), 5-11.
Perrier, E., Pavol, J., Hoffman, A. (2011). The acute effects of a warm-up including static or
dynamic stretching on countermovement jump height, reaction time, and flexibility.Sports Medici-
ne and Disabilities Research Laboratory. Oregon State University
Rountas, P., Manousaridou, E., Galazoulas, Ch., Bassa E., Karamousalidis. G., Giannakos, A.
(2010). Acute Effect of Static and Dynamic Stretching on Sprint Performance in Adolescent Basket-
ball Players.Department of Physical Education and Sport Sciences.Aristotle University of Thessalo-
niki.
Sayers, A., Farley, R., Fuller, D., Jubenville, C., Caputo, L. (2004). The effect of static stretching
on phases of sprint performance in elite soccer players.Middle Tennessee State University.
Sim, A.Y., Dawson, B.T., Guelfi, K.J., Wallman, K.E., Young, W.B. (2009). Effects of static stretc-
hing in warm -up on repeated sprint performance. Journal of Strength and Conditioning Research,
23(7), 2155-62.
Stefanović, Đ. Bošnjak, G. (2011.) Atletika – filozofsko-naučne osnove u primena u praksi,
Banja Luka: FFVIS.
48
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Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
Šimić, L., Šarabon, N., Marković, G. (2013). Does pre-exercise static stretching inhibit maxi-
mal muscular performance? A meta-analytical review. Scandinavian Journal of Medicine and Scien-
ce in Sports, 23, 131-148.
Winchester, J.B., Nelson, A.G., Landin, D., Young, M.A., Schexnayder, I.C. (2008). Static
stretching impairs sprint performance in collegiate track and field athletes. Journal of Strength and
Conditioning Research, 22(1), 13-18.
Yamaguchi, T., Ishii, K. (2005). Effects of static stretching for 30 seconds and dynamic stretc-
hing on leg extension power. Journal of Strength and Conditioning Research, 19(3), 677-83.
49
Zbornik radova
UDK 796.012.13:796.012.23
EXPRESSION OF SPEED AFTER APPLICATION OF DIFFERENT METHODS
FOR FLEXIBILITY DEVELOPMENT
Goran Bošnjak2, Vladimir Jakovljević2, Gorana Tešanović2, Ilona Mihajlović3, Slaven Kršić1
1Profesor Physical Education and Sport
2Faculty of physical education and sport, University of Banja Luka, Bosnia and Herzegovina
3Faculty of physical education and sport, University of Novi Sad, Serbia
INTRODUCTION
In sport, very often is necessary to perform a certain movement in the shortest time. For the
time necessary to perform this movement, it is responsabile a very complex motor performance,
called   speed. Speed

is divided into a motor response latency time, frequency of movement, speed of
movement of individual and sprint speed (Nićin, 2000). In most sports speed with all their segments
plays a major role, while there are sports which dominate certain segments of speed. In sports such
as team sports, sprint disciplines of running and swimming speed is manifested through all of its
forms and which are collectively known as sprint speed, or the combined rate. When showing speed,
it is important to note that great importance and coordination of movements, ie, the technique of
movement (Ibid.). The sprint running muscles have two main functions: they must speed up the
body in a horizontal direction and must overcome the force of gravity in the vertical direction (Ste-
fanović and Bošnjak, 2011). Before performing sprinting, application specific exercises necessary to
bring the athlete in a physiological state that he will enhance sports performance and allow you to
carry out their activity at the highest level (Elam, 1986). Training is the basic unit for sports training,
which has its own structure. The structure of training are: introductory - preparatory part, main
and final part of training. Introductory - preparatory part of training consists general and specific
part. General section begins with natural forms of movement (running, walking, throwing, etc.) In
accordance with basic didactic principles: from easier to more difficult, from the simple to the com-
plex and it takes 10-15% of introductory part. The specific part depends on the main part of training
and needs to adapt to it. It apply specific exercises that are prepared to fulfill the main task. These
exercises prepare muscles, tendons and ligaments which are the most current in exercise, including
the most vulnerable to injuries (Koprivica, 2002). In passive heating absent physical activity, and
elevation of temperature causes external heat sources such as hot baths, massage, or warm showers
(Perić, 2005). Active warming is widely used in the world of sports and physical exercise, because it
is more efficient, more accessible and more easily applicable. The assumption is that active warm-
ing in most sports is preferred to passive heating, while passive warming could be used as an aid or
complement to warm up after the active warm-up, when we want to extend or maintain the effects of
reforms in warming up of athletes. There are several methods of stretching that are used in sport and
recreation. Kukolj (1996) is different: active, passive and combined; Alter (1996) distinguishes: static
stretching and ballistic stretching (dynamic stretching); Bompa (2000) is different: static, ballistic
and PNF. In this study, we applied two methods for developing flexibility: static and dynamic meth-
ods. Static stretching is used to stretch the muscles while body is in standby mode. It consists a va-
riety techniques which are erratically stretching a muscle to a certain extent, to the point of greatest
elongation / shortening of muscle, not over it. The feeling should be like a mild tension, but not pain.
This position should be maintained for 15-30 seconds, and then move on to another muscle group.
Static stretching activates specialized receptors sense streching muscle. When done properly, static
stretching reduces threshold of sensitivity of these receptors, allowing muscles to relax, and then to
be stretched to a longer length. Many runners practice that static stretch the arms and shoulders, as
these parts of the body involved in the running, Alter (1996). The dynamic expansion is similar to the
50
Conference Procedings
Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
static range of motion, but not in its execution speed. It’s a stretch in which the muscles accelerate
collected from the stretched position and back, taking care not to exceed the range of motion as well
as static stretching. Dynamic stretching a bit weaker effects of static in terms of lowering the thresh-
old of sensitivity receptors and muscle relaxation (Ibid.). In previous studies, the fact that static
stretching leads to a decrease in strength and knee extensor vertical jump (Costa et al., 2010; Yama-
guchi and Ishii, 2005), as well as the negative impact on  speed of sprint, even if it was combined with
dynamic expansion and general heating (Sim et al., 2009; Winchester et al., 2008). Also, Šimić et al.
(2013) suggest avoiding static stretching during warm-up. Since introductory considerations, the re-
search aiming to compare the possible differences in results obtained in tests for assessing the speed
upon application of two methods of stretching (dynamic and static stretching), in order to determine
which of above methods can not contribute to the performance of sprinting highest possible level.

METHOD
The study was conducted in three stages, where is after determination of initial state of re-
spondents, during the fourteen days, conducted different protocols expansion (as it could last for
a transitional period of training cycle - two micro cycles, during which it is advisable that athletes
recover body, but to stay active and maintain a satisfactory level of ability), after which he spent
the final determination of condition of respondents. The realization of research took place at the
city stadium in Banja Luka (tests to assess speed) and Indoor Fitness Faculty of Physical Education
and Sport, University of Banja Luka (implementation of dynamic and static stretching). The study
included 20 male respondents, students of Faculty of Physical Education and Sport, University of
Banja Luka, who are, during the study, 20 years old (+/- 6 months). The reason why was chosen this
sample of respondents is that research was not feasible to implement with runners on short tracks
in Bosnia and Herzegovina, due to the impossibility of selecting a sufficient number of respondents
like physical education and sports experience and because of potential distortion of training pro-
cess. Therefore, selected respondents who were from the same study year, also during the execu-
tion of practical training at Faculty , went through the same level of physical activity, and were not

involved in any training process, or were praticing any of sports and recreational activities. In line
with this, its tried to turn off the influence of other types of activities that would affect on results of
research. Before conducting of study, respondents were subjected of medical examination, during
which it was found that they were all healthy and injury of locomotors apparatus. The respondents
were divided into three groups - two experimental and one control group (with the first experimen-
tal group was applied dynamic method of stretching, the second static stretching method, and the
control group was not used no method of stretching before performing tests). In order to obtain
credible results  to analyze possible differences in time achieved in sprint running,  after application
of  two different protocols expansion, was used nine variables to assess the speed of motor skills
(the Metikoš, Prot, Hofman, Pintar and Oreb, in 1989. ): 20m from the low, high and flying start
(ls20 m, hs20m, fs20 m), 40m from the low, high and flying start (ls40 m, hs40m, fs40 m) and 60 m
from the low, high and flying start (ls60 m, hs60m, fs60 m). Since research is conducted on a sample
of students rather than on sample sportsmen runners in the short term, and in order to obtain as
much is possible valid  data, has been chosen to perform tests in  said initial position in order to
possible mistakes during performance start as little impact on data obtained after statistical analysis
of  data. Determination of initial and final states of the respondents was carried out on the track
of the City stadium in Banja Luka in the afternoon hours, prior to the optimum temperature and
humidity. From additional equipment during testing were used photocell brand Ergo timer Globe
and starting blocks. All measurements were performed in the same way. Respondents, after taking
the initial position moving towards its own feel. Depending on starting position, from which they
carry out tests, adjusted the activation timing systems (during low start, sensor activation was set
up under the back leg in a block, during the high start below the front leg, and when performing a
flying start system is actictivating by itself during the run of respondents). Protocol heating consisted
of running a moderate intensity for 10 minutes, and after a short break shaping exercises conducted
a general character. After completing the introductory-preparatory part, it is now conducting tests
20m, 40m and 60m (from the low, high and flying start). Protocols heating and application of var-
ious methods development flexibility (static and dynamic stretching) is applied for 14 days and in
use every day. The protocol consisted of a warm-running moderate intensity for 10 minutes. Static
stretching consisted of eight exercises static stretching the fuselage and upper leg, which was done
in 4 sets. Each exercise was performed to withstand that lasted 30 seconds and after that followed a
51
Zbornik radova
Expression of Speed after Application of Different Methods for Flexibility Development
break of 15 seconds, after which he performed the following exercise. Pause between sets was for 5
minutes. Total duration of method for developing the flexibility was 45 minutes. Exercises that are
used in this mode expansion are: twisting the tr5nk, lumbar extension with abdominal distension,
deviation to the left and the right, the first column - shelter troops, stretching flexor knees, standing
on one leg, stretch the knee flexors with the leg, the Swedish trunk, stretch extensor knee kneeling
on one knee and knee extensor stretch standing on one leg. Dynamic stretching also composed of 8
exercises of dynamic stretching the fuselage and upper leg performed in 4 series. Each exercise was
performed at 15 reps and after that followed the break of 15 seconds, after which he performed the
following exercise. Pause between sets was for 5 minutes. Total duration of method for developing
the flexibility was 45 minutes. Exercises that are used in this mode expansion are: twist hull, lumbar
extension with abdominal distension, deviation to the left and the right, the first column - shelter
hull, stretching flexor knees, standing on one leg, stretch the knee flexors with a raised foot, knee
extensor stretching step and knee extensor stretch standing on one leg. All statistical calculations
were done by the application of statistical programs for personal computers SPSS 17.0. Data collect-
ed during the study were analyzed using descriptive and comparative statistics: t-test for dependent
and T-test for independent samples.
RESULTS
Results obtained in this study are presented in tables and providing requested information
about issues research.
Table 1. Descriptive statistical parameters of  initial measurement of results
achieved in running tests at respondents in all groups
group
tests
N
Min
Max
Mean
S.D
KS test
Experimental group 1
ls20 m
7
3,00
3,52
3,19
0,21
0,83
hs20 m
7
2,97
3,48
3,20
0,20
0,94
fs20 m
7
2,25
2,79
2,43
0,18
0,63
ls40 m
7
4,98
7,16
5,87
0,80
0,78
hs40 m
7
4,95
6,61
5,71
0,66
0,78
fs40 m
7
4,72
6,22
5,18
0,49
0,61
ls60 m
7
10,78
12,86
11,40
0,70
0,68
hs60 m
7
10,56
12,74
11,30
0,70
0,76
fs60 m
7
9,40
11,06
10,04
0,55
0,92
Experimental group 2
ls20 m
7
2,98
3,52
3,21
0,20
0,99
hs20 m
7
2,97
3,48
3,24
0,21
0,70
fs20 m
7
2,28
2,79
2,43
0,17
0,56
ls40 m
7
5,16
7,16
5,89
0,78
0,73
hs40 m
7
4,88
6,61
5,73
0,65
0,75
fs40 m
7
4,64
6,20
5,33
0,63
0,95
ls60 m
7
10,62
12,86
11,43
0,74
0,86
hs60 m
7
10,74
12,74
11,34
0,64
0,29
fs60 m
7
9,40
11,24
10,13
0,63
0,98
Control group
ls20 m
6
3,18
3,80
3,44
0,26
0,73
hs20 m
6
3,12
3,95
3,40
0,31
0,84
fs20 m
6
2,37
2,62
2,50
0,08
0,99
ls40 m
6
5,75
7,10
6,13
0,49
0,58
hs40 m
6
5,68
6,86
5,98
0,44
0,58
fs40 m
6
4,60
6,20
5,36
0,70
0,81
ls60 m
6
10,76
13,00
11,75
0,79
0,99
hs60 m
6
10,80
12,38
11,63
0,54
0,93
fs60 m
6
9,56
11,06
10,28
0,48
0,91
52
Conference Procedings
Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
Results from Table 1 show that average value of running results on particular segments range
expected for this population (Lorger, Ovčarić and Švigir-Potroško, (2010), Babić, Blažević and Ra-
detić-Paić (2010). The values of the KS test were considerably higher than 0.05 which indicate nor-
mality schedule data and provides further application of parametric statistics.
Table 2. Descriptive statistical parameters of  final measurement of results achieved
in running tests by at respondents in all groups
group
tests
N
Min
Max
Mean
S.D
KS test
Experimental group 1
ls20 m
7
2,91
3,69
3,17
0,24
0,62
hs20 m
7
2,96
3,62
3,17
0,22
0,74
fs20 m
7
2,03
2,84
2,30
0,26
0,76
ls40 m
7
4,10
5,50
4,43
0,48
0,22
hs40 m
7
4,06
4,75
4,34
0,22
0,95
fs40 m
7
3,37
4,16
3,68
0,26
0,74
ls60 m
7
8,05
10,13
9,06
0,62
0,96
hs60 m
7
8,24
10,38
8,97
0,86
0,68
fs60 m
7
7,31
8,54
7,89
0,54
0,78
Experimental group 2
ls20 m
7
3,03
3,69
3,21
0,22
0,37
hs20 m
7
3,01
3,62
3,18
0,20
0,47
fs20 m
7
1,95
2,64
2,35
0,23
0,92
ls40 m
7
4,12
5,50
4,47
0,46
0,13
hs40 m
7
4,15
4,75
4,35
0,19
0,55
fs40 m
7
3,37
4,16
3,69
0,24
0,68
ls60 m
7
8,06
10,52
9,08
0,90
0,96
hs60 m
7
8,28
10,38
9,04
0,81
0,51
fs60 m
7
7,35
8,54
8,02
0,42
0,99
Control group
ls20 m
6
3,10
3,77
3,39
0,26
0,74
hs20 m
6
3,17
3,61
3,38
0,18
0,91
fs20 m
6
1,95
2,64
2,48
0,26
0,97
ls40 m
6
4,30
6,33
6,10
0,27
0,93
hs40 m
6
4,29
6,14
5,92
0,24
0,98
fs40 m
6
4,43
6,19
5,30
0,29
0,96
ls60 m
6
10,06
12,52
11,65
0,91
0,86
hs60 m
6
10,64
12,31
11,57
0,68
0,71
fs60 m
6
8,73
10,82
10,23
0,78
0,38
Results from Table 2 also show that average value of running results on particular segments,
range expected for this population (Lorger, Ovčarić and Švigir-Potroško, (2010), Babić, Blažević
and Radetić-Paić (2010). The values of KS test are also significantly more than 0.05 which indicates
normality schedule data and provides further application of parametric statistics. A more detailed
analysis of average values of test results on final measurement, was noted that these values are lower
than initial measurement in all three groups. The analysis of difference between arithmetic means of
initial and final measurement between all three groups of respondents shall be determined whether
there is a statistically significant difference after 14 days of application of different methods for de-
veloping flexibility.
53
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Expression of Speed after Application of Different Methods for Flexibility Development
Table 3. The differences in test scores between experimental group 1
(dynamic stretching) with  experimental group 2 (static stretching) and
control group in  initial measurement
Experimental group 2
Control group
tests
t
df
Sig. (2-tailed)
t
df
Sig. (2-tailed)
ls20 m
-0,23
12
0,82
-1,92
11
0,08
hs20 m
-0,37
12
0,71
-1,39
11
0,19
fs20 m
-0,06
12
0,95
-0,95
11
0,36
ls40 m
-0,04
12
0,96
-0,67
11
0,51
hs40 m
-0,05
12
0,95
-0,82
11
0,42
fs40 m
-0,50
12
0,62
-0,52
11
0,60
ls60 m
-0,07
12
0,94
-0,84
11
0,41
hs60 m
-0,09
12
0,92
-0,92
11
0,37
fs60 m
-0,27
12
0,78
-0,82
11
0,42
Table 3 presents results of an independent T test where they analyzed the differences in the
test results of the respondents in the initial measurement. Based on the significance can be seen that
there is no statistically significant difference at the 0.05 level, from the test results that have been
achieved in experimental group 1 (dynamic stretching), experimental group 2 (static stretching) and
control group in the initial measurement. This provides confirmation that groups are well formed,
because at beginning of testing there was no difference between groups that have followed different
methods for developing flexibility and groups that did not use any method. This avoids the undesir-
able factor that affected results of final measurements.
Table 4. The difference in test results between experimental group 1
(dynamic stretching) with  experimental group 2 (static stretching) and
a control group on  final measuring
Experimental group 2
Control group
tests
t
df
Sig. (2-tailed)
t
df
Sig. (2-tailed)
ls20 m
-2,23
12
0,02
-2,92
11
0,01
hs20 m
-3,37
12
0,01
-2,39
11
0,02
fs20 m
-4,06
12
0,00
-2,95
11
0,00
ls40 m
-4,04
12
0,00
-2,67
11
0,00
hs40 m
-5,05
12
0,00
-3,82
11
0,00
fs40 m
-5,50
12
0,00
-3,52
11
0,00
ls60 m
-4,07
12
0,00
-3,84
11
0,00
hs60 m
-4,09
12
0,00
-3,92
11
0,00
fs60 m
-3,27
12
0,01
-3,82
11
0,00
After statistical procedures that are shown in Table 4 was determined that is on final measure-
ment showed a statistically significant diference (p <0.05) between experimental group 1 and exper-
imental group 2 in range of -2.23 to -4.06 for tests run at 20m, from -4.40 to -5.50 for tests run at
40m from -3.27 to -4.09 for tests run at 60m, in favor of experimental group 1. In addition, analysis of
final measurement between experimental groups and 1 control group showed that value of the inde-
pendent T test ranged from -2.39 to -2.95 for running tests on 20m, from -2.67 to -3.82 for running
test on the 40m and from -3.82 to -3.92 for running tests on 60m. These values showed a statistically
significant difference at level (p <0.05) in favor of experimental group 1. Based on these results we
can conclude that respondents after application of dynamic stretching methods that lasted 14 days,
with a frequency of exercise every day, achived better results compared to respondents who applied
static stretching and respondents who did not apply any method of stretching.
54
Conference Procedings
Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
Table 5. The analysis of  difference between the arithmetic mean on nitial and
final measurement between  three groups of respondents.
Experimental group 1
Experimental group 2
Control group
Tests
t
df
Sig.
t
df
Sig.
t
df
Sig.
Pair 1 ls20mi-ls20mf
-3.14
19
0.00
-0.14
19
0.88
-0.24
19
0.78
Pair 2 hs20mi-hs20mf
2.48
19
0.03
0.48
19
0.63
0.48
19
0.63
Pair 3 fs20mi-fs20mf
-3.23
19
0.00
-0.23
19
0.78
-0.20
19
0.80
Pair 4 ls40mi-ls40mf
13.38
19
0.00
0.38
19
0.71
0.31
19
0.74
Pair 5 hs40mi-hs40mf
12.99
19
0.00
0.99
19
0.48
0.91
19
0.42
Pair 6 fs40mi-fs40mf
14.34
19
0.00
0.34
19
0.72
0.31
19
0.74
Pair 7 ls60mi-ls60mf
-24.60
19
0.00
-0.60
19
0.54
-0.58
19
0.52
Pair 8 hs60mi-hs60mf
-20.94
19
0.00
-0.94
19
0.45
-0.84
19
0.39
Pair 9 fs60mi-fs60mf
-21.79
19
0.00
-0.79
19
0.51
-0.73
19
0.50
The statements that were made after analyzing results in Table 4 its confirm findings and
after a detailed analysis of the results shown in Table 5. By using statistical methods dependent T
test, there are analyzed differences in results that respondents of each group reach initial and final
measurements. The values of significance level (0.05), are only in experimental group 1 significantly
lower than this value, while the rest of these values significantly higher than (0.05). This explains
that respondents in the experimental group 1, which is used as a method of dynamic stretching to
increase flexibility, achieved results at final measurement that are differ significantly from results of
initial measurement, while this is not case with other two groups. The analysis of  average values of
results in all tests, it can be noted that they are significantly less on final measuring in this group of
respondents, suggesting that dynamic stretching as a method to increase flexibility, may provide an
advantage over static stretching.
DISCUSSION
By analyzing the average value of results of initial and final measurements (Table 1 and Table
2), it may be noted that respondents achieved results that are moving in expected range for this pop-
ulation (Lorger, Ovčarić and Švigir-Potroško, (2010), Babić, Blažević and Radetić-Paić (2010). Also,
in these tables can be noted that the values of normality schedule well above 0.05, which allowed
application of parametric statistics in the analysis of differences in expression of results after appli-
cation of different methods of stretching. A more detailed analysis of average values of test results
on final measurement, as presented in Table 2 it is noted that these values are lower than initial
measurement in all three groups. After administration of valid statistical methods as described in
Tables 3, 4 and 5, to explain that there statistically significant difference after 14 days of application of
different methods for developing flexibility. The difference between results achieved in respondents
of all three groups on initial measurement, are analyzed by using independent t-test at the level of
0.05 as shown in Table 3. There was no statistically significant difference between these results, and
it is avoided unwanted factor that would affect on results of final measurements. The analysis that
determined statistically significant difference in results achieved between tested group, is shown in
Table 4. It was found that final measurements showed a statistically significant difference (p <0.05)
between the experimental group 1 and experimental group 2 in the range of - 2.23 to -4.06 for run-
ning tests on 20 m, from -4.40 to -5.50 for tests run at 40 m from -3.27 to -4.09 for tests running
at 60 m, in favor of experimental group 1. Also, analysis of  final measuring between experimental
group 1 and control group showed that the value of independent T test ranged from -2.39 to -2.95
for  running tests at 20m, from -2.67 to -3.82 for running tests at 40m from -3.82 to -3.92 for running
tests on 60m. These values showed a statistically significant difference at the level (p <0.05) in favor
of experimental group 1. The results obtained in this analysis led to the conclusion that respondents
who have applied dynamic stretch for a period of 14 days with the frequency of exercise every day,
have better performance on final measurement in relation to the other two groups. Confirmation of
this statement is justified by analysis of  results shown in Table 5, where it can be noted that for ex-
55
Zbornik radova
Expression of Speed after Application of Different Methods for Flexibility Development
perimental group 1 showed a statistically significant difference between results of tests on initial and
final measurements, while this was not case with other two groups. Taking into account all analysis,
it can be assumed that after using a dynamic stretching, sprint running will be performed at a higher
level, comparing to use a statistic expansion. Results of this study also confirmed some earlier stud-
ies that have dealt with similar issues (Little, Thomas, Williams, Alun G. (2006), Amiri-Khorasani
M, Kellis, E., (2013), Chatzopoulos D, Galazoulas C, D Patikas., Kotzamanidis C., (2014), Perrier,
E., Pavol J. Hoffman, A., (2011), Rountas, P., Manousaridou, E., Galazoulas, Ch., E. Bass, Karamou-
salidis. G., Giannakos, A., (2010), Sayers, A. Farley, R. Fuller, D., Jubenville, C. Caputo, L. (2004)),
respectively, received similar research results, where preferred method of dynamic expansion in
comparing to static method of stretching in introductory-preparatory part of training. It should be
noted that achived results in tests for measurement levels of speed, in this study, were on secondary
importance. The results are below average for population of sportsmen runners in short term, and it
is assumed that they would be better if respondents were running in specialized shoes for running
on short term, and to have been involved in training process of runners on short runs, during which
athletes is accustomed to providing maximum while performing stocks. Also, the performance of
techniques of sprint running of respondents, is contributed to results achieved in running. From the
other hand, conducting research on respondents who were not involved in a training process or in
some sports activities, exclude the possibility that some another ability is contribute to improved
performance in running and, that is also affected to obtain valid data about use of dynamic and static
stretching. As already indicated, implementation of methods for increasing flexibilityis lasted 14
days, and that could last for a transitional period of training cycle - two micro cycles, during which
it is advisable that athletes recover body, but to stay active and maintain and satisfactory level of
ability. With respect to produce reliable results and conclusions drawn, in this study it was shown
that application of dynamic stretching over a period of 14 days, maintain or improve level of speed,
without large energy consumption. It can be assumed that application of dynamic stretching with
other activities during transition period contributed to maintaining the level of speed.
CONCLUSION
When we look at the analysis of results obtained by testing of students, it can be concluded
that the aim of this study was realized, and was referred to attempt to show possible differences in
exercise of sprint running, by using two different protocols expansion in introductory-preparatory
part of training. By analysis of results revealed that there is a difference in achievement of sprinting
after applying two different stretching protocols (Tables 4 and 5). Test results show that advantage
of sections 20, 40 and 60 meters, where applicable sprinting, a dynamic method of static stretching.
Comparing the results obtained in tests for assessing level of speed, after applying two methods of
stretching (dynamic and static stretching), in this study it was shown that dynamic method devel-
opment of flexibility can contribute to performance of sprinting at the highest level, which is only
confirmed a previous studies that have dealt with similar issues. Accordingly, in sports where speed
is represented in all its forms and where it exerts more than 20 meters dynamic stretching method
can be recommended as an advantage over the static method of stretching. This study and studies of
similar character may be of help to sports professionals and coaches in planning and programming
training process - in selection of exercises and activities to raise speed level at any time in training
process.
REFERENCES
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Goran Bošnjak, Vladimir Jakovljević, Gorana Tešanović, Ilona Mihajlović, Slaven Kršić
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Chatzopoulos, D. Galazoulas, C. Patikas, D. Kotzamanidis, C. (2014). Acute effects of static
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Rountas, P., Manousaridou, E., Galazoulas, Ch., Bassa E., Karamousalidis. G., Giannakos, A.
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Sayers, A., Farley, R., Fuller, D., Jubenville, C., Caputo, L. (2004). The effect of static stretching
on phases of sprint performance in elite soccer players.Middle Tennessee State University.
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Banja Luka: FFVIS.
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ence in Sports, 23, 131-148.
Winchester, J.B., Nelson, A.G., Landin, D., Young, M.A., Schexnayder, I.C. (2008). Static
stretching impairs sprint performance in collegiate track and field athletes. Journal of Strength and
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57
Zbornik radova
UDK 796.012.1-057.874:159.922.8.072
STAVOVI UČENIKA MLAĐEG ŠKOLSKOG UZRASTA O ĐAČKOJ TORBI
Živorad Marković1, Dragoljub Višnjić2, Aleksandar Ignjatović1
1Fakultet pedagoških nauka, Jagodina, Srbija
2Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Đačka torba uvek asocira na školske dane i predstavlja početak jednog važnog perioda u životu.
Preteška đačka torba je večiti problem, naročito učenika mlađeg školskog uzrasta. Masa đačke torbe
koju nose učenici mlađeg školskog uzrasta u Srbiji prelazi 10% telesne mase učenika i ne kreće se u
dozvoljenim preporukama Svetske zdravstvene organizacije. Brojne studije pokazuju da većina dece
nose veći teret od 10% svoje telesne mase (Feingold, i Jacobs, 2002; Van Gent, 2003; Korovessis i sar.,
2004). U torbi je često po dva kilograma matematike i srpskog jezika, 800 grama sveta oko nas, 600
grama bloka i bojica za crtanje, 500 grama pernice, 700 grama užine i flašice sa vodom, preko jedan
kilogram oprema za fizičko, preteški radni listovi i u toku nedelje masa torbe se krece od nekoliko
kilograma do 8.5 kilograma. Stručnjaci upozoravaju da torba treba da bude što lakša, kada je prazna
može da teži najviše jedan kilogram.
Problem teške đačke torbe povezan je sa različitim tipovima nepravilnog držanja, kao što su
kifotična, lordotična, skoliotična, prisutnosti bola u pojedinim delovima kičme i štetnim uticajem na
rast i razvoj deteta. Procenat dece s nepravilnim držanjima raste u periodu od šeste do devete godine
i taj procenat se kreće od 51 do 62% (Grimmer, i sar., 2002; Hong, i Cheung, 2003; Paušić i sar., 2009).
Mnoga istraživanja provedena po celom Svetu ukazuju da masa đačkih torbi u proseku
premašuje tu dopuštenu vrednost, pa se kreće od 10% do 14% (Whittfiel, 2001; Fošnarič, i Delčnjak,
2007). Nedavna istraživanja na mlađem školskom uzrastu u Hrvatskoj pokazala su da se prosečna
masa đačke torbe u odnosu na masu učenika kreće od 12,5% do 13,8% (Paušić, i Kujundžić, 2008). U
prvom razredu maksimalni odnos mase tela i torbe iznosi 29.17% od dozvoljenog (Paušić, i sar., 2013),
dok on ne bi trebao da bude veći od 5% (Milaradović i sar., 2014). Rezultati dobijeni u istraživanju
koje je imalo za cilj da istraži uticaj mase torbe na nastanke nepravilnog držanja, ukazuju da je
pogoršanje najznačajnije između tačke bez opterećenja (0%) i prve tačke sa opterećenjem (5%) gde
deca odmah pri prvom opterećenju menjaju telesno držanje (Prvan i Veršić, 2011). Glava se pomera
napred i javlja se bol u vratu (Hundekari i sar., 2013). Kod odraslih do kompenzatornih pokreta
prema napred dolazi tek kada masa torbe pređe 27% masu tela (Rahman i sar., 2011). Pored bola u
vratu čest je i bol u leđima (Reneman i sar., 2006). Teške torbe mogu da doprinesu i lumbalnom bolu
kod dece (Troussier i sar., 1994). Kada masa torbe iznosi više od 15% do 20% mase učenika javlja se
bol u leđima i dugotrajna upotreba može dovesti do promene stava i hoda (Mackenzie et al., 2003).
U Italiji najmanje jednom nedeljno 34.8% školske dece nosi torbu čija masa iznosi više od 30%
njihove telesne mase, što izaziva bol u leđima (Negrini i sar., 1999). Slična je sitacija i u Americi gde
prosečni učenik nosi torbu mase skoro četvrtinu njegovog tela, a svaki treći učenik nosi torbu mase
do jedne trećine svoje težine. (Pascoe i Pascoe, 1999). U Nemačkoj odnos mase tela i torbe na prvom
nivou školovanja iznosi 11,10%, na drugom 12,5% i na trećem između 12,50% i 14, 30% (Voll, i Klimt,
Rad je realizovan u okviru projekta „Efekti primenjene fizičke aktivnosti na lokomotorni,
metabolički, psiho-socijalni i vaspitni status populacije R Srbije“ pod brojem III47015, a kao deo
potprojekta “Efekti primenjene fizičke aktivnosti na lokomotorni, metabolički, psiho-socijalni i
vaspitni status školske populacije R Srbije” koji se finansira od strane Ministarstva za prosvetu, nauku
i tehnološki razvoj R Srbije – Ciklus naučnih projekata 2011-2015
58
Conference Procedings
Živorad Marković, Dragoljub Višnjić, Aleksandar Ignjatović
1977). Pasko i sar., (1997) navode da se u Americi odnos mase tela i torbe kreće u intervalu od 17%
do 22%. Do sličnih rezultata u Americi došao je i Mackenzie et al. (2003), gde se odnos kretao od
15% do 20%. Masa đačke torbe u istraživanjima (Fošnarič, i Delčnjak, 2007; Paušić i Kujundžić, 2008;
Marković i sar., 2011) kreće se preko 15% telesne mase učenika.
Aktuelni problem svakog učenika, porodice, škole, školskih uprava i ministarstava zemalja
na svim kontinentima uz mnogobrojne studije istaknutih naučnika navele su na razmišljanje da se
ovim istraživanjem utvrde stavovi učenika mlađeg školskog uzrasta prema problemima vezanim za
đačku torbu. Navedena istraživanja ukazuju da je problem najizraženiji kod učenika mlađeg školskog
uzrasta.
METOD
Istraživanje je transverzalnog karaktera realizovano u 33 seoske i gradske osnovne škola na
teritoriji Beogradskog, Šumadijskog, Braničevskog i Pomoravskog okruga u drugom polugodištu
školske 2014/2015. Uzorak ispitanika obuhvatio je 307 učenika podeljenih na četiri karakteristična
subuzoraka u odnosu na uzrast i to: 18 učenika prvog razreda, 92 drugog, 52 trećeg i 145 učenika
četvrtog razreda. Za prikupljanje podataka primenjen je anketni upitnik sa sedam pitanja. Upitnik
je popunjavan za vreme redovnih časova nastave fizičkog vaspitanja uz prisustvo učitelja. U prvom
razredu učitelj je čitao pitanja i beležio odgovore učenika. U drugom, trećem i četvrtom razredu
upitnik su učenici sami popunjavali. Priroda i distribucija dobijenih rezultata odredili su adekvatne
statističke procedure. U okviru kvantitativne analize podataka primenjeno je: procentualno
izražavanje frekvencija i hi-kvadrat test (χ2) za testiranje hipoteza o značajnosti razlika.
REZULTATI
Brojčane i procentualne vrednosti u Tabeli 1. ukazuju da 55.6% procenata učenika prvog
razreda dolazi pešice u školu, manji broj dovoze roditelji, dok autobusom zbog uzrasta ne dolazi ni
jedan učenik.
Tabela 1. Način dolaska učenika u školu
Razred
U školu dolazite:
                Σ
a) Pešice
b) Autom
v) Autobusom
Prvi
10 (55.6%)
8 (44.4%)
0 (0%)
18 (100%)
Drugi
48 (52.2%)
35 (38.0%)
9 (9.8%)
92 (100%)
Treći
37 (71.2%)
15 (28.8%)
0 (0%)
52 (100%)
Četvrti
113 (77.9%)
22 (15.2%)
10 (6.9%)
145(100%)
Σ
208 (67.8%)
80 (26.1%)
19 (6.2%)
307 (100%)
χ2=26.522;
df=2;
p= .000
Slična je situacija u drugom razredu gde 52.2% učenika dolazi pešice. U starijem uzrastu
situacija je još ubedljivija i u trećem razredu 71.2%, a u četvrtom 77.9% učenika dolazi pešice u
školu. Manji broj dolazi autom, a još manji autobusom. Podaci ukazuju na mali broj učenika putnika
u istraženim školama. Vrednosti χ2 testa ukazuju na statistički značajne razlike u načinu dolaska u
školu između učenika prvog, drugog, trećeg i četvrtog razreda.
59
Zbornik radova
Stavovi učenika mlađeg školskog uzrasta o đačkoj torbi
Tabela 2. Udaljenost škole od kuće učenika
Razred
Škola je udaljena od Vaše kuće:
            Σ
a) Do 500 m
b) Od 500 m do
          1 km
v) Od 1 km do
          3 km
g) Preko 3 km
Prvi
1 (5.6%)
13 (17.2%)
3 (16.7%)
1 (5.6%)
18 (100%)
Drugi
29 (31.5%)
24 (26.1%)
18 (19.6%)
21 (22.8%)
92 (100%)
Treći
26 (50.0%)
13 (25.0%)
8 (15.4%)
5 (9.6%)
52 (100%)
Četvri
65 (44.8%)
41 (28.3%)
29 (20.0%)
10 (6.9%)
145(100%)
Σ
121 (39.4%)
91 (29.6%)
58 (18.9%)
37 (12.1%)
307 (100%)
χ2=34.565;
df=9;
p=.000
Učenici prvog razreda sa torbom na leđima pešače od 500 metara do 3 kilometra. U drugom
razredu pređeni put od kuće do škole i nazad je šarenolik. Najviše je učenika koji pešače do 500
metara, a ima i onih koji prelaze preko tri kilometra. U trečem razredu 50.0% učenika prelazi do 500
metara na putu do škole. Manji je broj koji prelaze do tri i preko tri kilometra. Četvrtaci, u zavisnosti
od mesta stanovanja, prelaze od 500 metara do tri kilometra. Najmanji je procenat onih koji prelazi
preko tri kilometra. Vrednost χ2 testa ukazuje na statistički značajne razlike u udaljenosti škole od
kuće između učenika prvog, drugog, trećeg i četvrtog razreda osnovne škole.
Tabela 3. Način nošenja đačke torbe
Razred
Đačku torbu nosite:
Σ
a) Na jedno rame
b) Na dva ramena
Prvi
0 (0%)
18 (100.0%)
18 (100%)
Drugi
6 (6.5%)
86 (93.5%)
92 (100%)
Treći
2 (3.8%)
50 (96.2%)
52 (100%)
Četvri
7 (4.8%)
138 (95.2%)
145(100%)
Σ
15 (4.9%)
292 (95.1%)
307 (100%)
χ2=9.761;
df=6;
p=.135;
Dobijeni rezultati ukazuju da svi učenici prvog razreda nose torbu na oba ramena. Slična
situacija sa 93.5% je kod drugaka, trećaka sa 96.2% i četvrtaka sa 95.2%. U čitavom uzorku svega 4.9%
učenika mlađeg školskog uzrasta nosi torbu na jedno rame ili u ruci. Dobijeni rezultati su uslovili
vrednost χ2 testa koji ukazuje da ne postoji statistički značajna razlika u nošenju torbe između
učenika prvog, drugog, trećeg i četvrtog razreda osnovne škole.
Tabela 4. Pakovanje đačke torbe
Razred
Za školu torbu pakujete:
Σ
a) Sami
b) Uz pomoć roditelja
v) Brat ili sestra
Prvi
11 (60.2%)
6 (33.3%)
1 (5.6%)
18 (100%)
Drugi
75 (81.5%)
15 (16.3%)
2 (2.2%)
92 (100%)
Treći
50 (96.2%)
1 (1.9%)
1 (1.9%)
52 (100%)
Četvrti
140 (96.6%)
5 (3.4%)
0 (0%)
145(100%)
Σ
276 (89.9)
27 (8.8%)
4 (1.3%)
307 (100%)
χ2=67.782;
df=9;
p=.000
60
Conference Procedings
Živorad Marković, Dragoljub Višnjić, Aleksandar Ignjatović
Poražavajuće je saznanje da u prvom razredu 60.2% učenika pakuje samo torbu, dok svaki treći
roditelj pomaže detetu u pripremi za školu. U drugom razredu sitacija je ista sa 81.5% učenika koji
sami pakuju torbu. U trećem i četvrtom razredu preko 96.0% učenika pakuje samo torbu za školu.
Pomoć roditelja, starijeg brata ili sestre skori da i ne postoji. Vrednost χ2 testa ukazuje da postoji
statistički značajna razlika u pakovanju torbe između učenika prvog, drugog, trećeg i četvrtog
razreda osnovne škole.
Tabela 5. Radni listovi učenika
Razred
Radne listove iz pojednih predmeta
Σ
a) Nosite sa sobom, za
svaki čas, kada imate
te predmete
b) Ostaju kući
i povremeno ih
nosite
v) Ostaju u školi
kod nastavnika
Prvi
18 (100.0%)
0 (0%)
0 (0%)
18 (100%)
Drugi
66 (71.7%)
11 (12.0%)
15 (16.9%)
92 (100%)
Treći
40 (76.9%)
11 (21.2%)
1 (1.9%)
52 (100%)
Četvrti
120 (82.2%)
6 (4.1%)
19 (13.1%)
145(100%)
Σ
244 (79.5%)
28 (9.1%)
35 (11.4%)
307 (100%)
χ2=25.000;
df=5;
p=.000
Kada su u pitanju radni listovi, prvaci ih uvek nose. Većim delom nošenje je povezano sa
pakovanjem torbi, gde roditelji ne učestvuju, a učitelji ne upozoravaju dan ranije šta je neophodno
za sutrašnje časove, tako da pojedini učenici svakoga dana nose sve knjige i radne listove. Učenici
drugog, trećeg i četvrtog razreda nose svoje radne listove. Mali je broj učenika koji su u situaciji
da svoje radne listove ostave u školi. Ostavljanje radnih listova u školske ormariće omogućeno je
uglavnom učenicima beogradskih škola. Vrednost χ2 testa ukazuje da postoji statistički značajna
razlika u nošenju radnih listova između učenika prvog, drugog, trećeg i četvrtog razreda osnovne
škole.
Tabela 6. Neprijatnosti pri nošenju torbe
Razred
Da li Vam torba izaziva bol
Σ
a) Bole me ramena
b) Bole me leđa
v) Ne osećam
nikakav bol
Prvi
12 (66.7%)
6 (33.3%)
0 (0%)
18 (100%)
Drugi
45 (48.9%)
44 (47.8%)
3 (3.3%)
92 (100%)
Treći
31 (59.65)
21 (40.4%)
0 (0%)
52 (100%)
Četvrti
88 (60.7%)
54 (37.2%)
3 (2.1%)
145(100%)
Σ
176 (57.3%)
125 (40.7%)
6 (2.0%)
307 (100%)
χ2=5.739;
df=6;
p=.453
	 Problem neprijatnosti pri nošenju tereta na nejaka pleća manifestvovan je u vidu bola u
vratnom i slabinskom delu kičmenog stuba. Od 307 anketiranih učenika 57.3% oseća bol na
ramenima, 40.7% u leđima, a samo 2.0% učenika trećeg i četvrtog razreda ne oseća nikakav bol. Ako
se osvrnemo na dolazak u školu uočićemo da su to učenici koji u školu dolaze autom ili autobusom i
nisu opterećeni teškom torbom. Vrednost χ2 testa ukazuje da ne postoji statistički značajna razlika u
osećaju bola od strane teške đačke torbe. Bol je podjednako zastupljen kod svih učenika na ramenima
i kičmenom stubu.
61
Zbornik radova
Stavovi učenika mlađeg školskog uzrasta o đačkoj torbi
Tabela 7. Đačka torba učenika
Razred
Smatram da je moja đačka torba:
Σ
a) Normalne težine
b) Teška
v) Preteška
Prvi
6 (33.3%)
5 (27.8%)
7 (38.9%)
18 (100%)
Drugi
21 (22.8%)
33 (35.9%)
38 (41.3%)
92 (100%)
Treći
19 (36.5%)
28 (53.8%)
5 (9.6%)
52 (100%)
Četvrti
64 (44.1%)
54 (37.2%)
27 (18.6%)
145(100%)
Σ
110 (35.8%)
120 (39.1%)
77 (25.1%)
307 (100%)
χ2=44.818;
df=9;
p=.000
Dobijeni rezultati ukazuju da su učenici prvog i drugog razreda svesni njihovih preteških torbi.
Od ukupnog broja učenika 64.2% smatra da je njegova torba teška ili preteška. Torba je malo teža
u 53.8% slučajeva - izjavljuju učenici trećeg grazreda. Učenici četvrtog razreda u večini slučajeva
smatraju da su njihove torbe normalne težine. Različiti stavovi o težini đačke torbe, kod različitih
uzrasta uslovili su statistički znalajnu razliku sa nivoom od p=.000.
DISKUSIJA
Najmanji broj dece dolazi u školu autobusom, dok je procenat seoske dece koja dolaza
autobusom znatno veći. Mali je i broj dece koja pešači više od tri kilometra. Učenici seoskih škola
svoju tešku torbu nose od jednog do osam kilometara u oba pravca. Najučestalija udaljenost je od
dva do 6 kilometara (Marković i sar., 2013).
Preko 95.0% učenika nosi đačku torbu na oba ramena. U prvom razredu svi učenici nose torbu
na oba ramena, što je u skladu sa rezultatima sličnih istraživanja kod kojih su se vrednosti kretale od
68-94% (Casey, i Dockrell, 1996; Pascoe i sar., 1997). Kod učenica situacija je drugačija i oko 30.0%
njih nosi torbu na jedno rame (Marković i sar., 2013). Masa đačke torbe i njeno nepravilno nošenje
na jednom ramenu su bitni faktori u nastanku lumbalnog bolnog sindroma u mlađe dece (Skoffer,
2007). Paušić i sar. (2009) su utvrdili da 93,1% učenika torbu nosi na oba ramena. Mali procenat
učenika torbu nosi dijagonalno (0,8%), u jednoj ruci 2,3%, a kod 3,8% učenika torba je nošena od
strane roditelja.
Odgovori na pomoć pri pakovanju torbi su obeshrabrujući. Od 307 učenika njih 276 samo
pakuje torbu (89.9%), u 8.8% slučajeva pomažu roditelji i svega 1.3% stariji brat ili sestra. Kod seoske
dece pomoć roditelja je neznatno veća, što se tumači prisustvom i ispraćanju dece u školu od strane
roditelja. Jedno od rešenja koje bi dovelo do toga da torbe budu lakše su neophodni pregledi od
strane roditelja.
Dobijeni rezultati upućuju da svi prvaci nose svoje radne listove, a slična je situacija i u
starijim razredima. Najmanji broj dece ostavlja radne listove u školu. Roditelji bi trebalo da redovno
proveravaju torbe svoje dece, kako ne bi bile ispunjene nepotrebnim stvarima, da podstiču svoju
decu da pažljivo razmisle o tome šta im je zaista potrebno toga dana za školu. Često se dešava da
deca prepune svoje torbe iz loših navika (University of Michigan Health System, 2003). Učitelji i
nastavnici bi mogli razmotriti mogućnost najavljivanja koji su udžbenici neophodni za naredni dan
i tako olakšati torbu učenika. Postoji manji broj učenika koji svakoga dana nose sve knjige i sveske u
strahu da nešto ne zaborave.
Preopterećenja sa teškom đačkom torbom dovode do različite vrste bolova u vratu, ramenima
i kičmenom stubu. Neprijatnosti usled teške torbe u vidu bola u ramenima u ovom istraživanju oseća
57.3%, a u leđima 40.7% učenika mlađeg školskog uzrasta. Bilo koji vid bola nije konstatovan samo
u 2.0% slučajeva. U Engleskoj oko 45% učenika ima periodične bolove u vratu i leđima (Troussier et
al. 1994; Fošnarič & Delčnjak, 2007). Deca koja su izložena teškoj torbi i trpe bol u leđima su pod
povećanim rizikom od oboljevanja kičmenog stuba u kasnijem periodu, kao odrasli (Mackenzie et
al. 2003).
62
Conference Procedings
Živorad Marković, Dragoljub Višnjić, Aleksandar Ignjatović
Školske torbe su sve teže uprkos upozorenjima Svetske zdravstvene organizacije i stručnjaka.
Svega 35.8% učenika smatra da je njihova torba normalne težine, 39.1% da je teška i 25.1% da je
preteška. U pomoć su uključeni roditelji, dede i babe koji prate i sačekuju svoje đake. Često se torbe
vuku na točkićima što takođe može narušiti posturalni status učenika.
ZAKLJUČAK
Đačka torba ne predstavlja problem samo učenika, već porodice, škole, grada i države. Preko
potrebni đački ormarići su najzastupljeniji u beogradskim školama, dok će se u manjim seoskim
školama sa kombinovanim odeljenjima na njih dugo čekati. Učenicima trebaju pomoći učitelji,
roditelji, školske uprave i Ministrstvo prosvete, nauke i tehnološkog razvoja. Sve dok svi ovi faktori
ne budu u funkciji deteta, ono će grcati pod teretom preteških torbi.
LITERATURA
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64
Conference Procedings
UDK 796.012.1-057.874:159.922.8.072
THE ATTITUDES OF YOUNGER SCHOOL AGE STUDENTS TOWARDS A
SCHOOLBAG
Zivorad Markovic1, Dragoljub Visnjic2, Aleksandar Ignjatovic1
¹Faculty of Pedagogical Science, Jagodina, Serbia
²Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
A schoolbag always associates people on school days and represents the beginning of one very
important period in life. A heavy schoolbag is a constant problem, especially for younger school pu-
pils. The weight of a schoolbag which is carried by younger age pupils in Serbia is over 10% of pupil’s
body weight and it is over allowed recommendations of the World Health Organisation, Numerous
studies show that most children carry the load greater that 10% of their body weight (Feingold and
Jacobs 2002; Van Gent, 2003; Korovessis et al., 2004). There are often 2 kilos of mathematics and
Serbian language in a schoolbag, 800 grams of the World Around Us, 600 grams of drawing paper
and colours, 500 grams of pencil case, 700 grams of snacks and bottle with water, over one kilo of
physical education equipment, too heavy workbooks, and during the week the weight of a schoolbag
varies from several kilos to even 8.5 kilos. The experts warn that a schoolbag should be lighter, when
it is empty it should weigh up to one kilogram.
The problem of a heavy schoolbag is connected with different types of inaccurate posture, like
kyphotic, lordotic, scoliotic postures and the presence of pain in certain parts of spine and harmful
effect on the growth and development of a child. The percentage of children with inaccurate posture
grows in the period from the age of six to the age of nine and that percent is between 51% to 62%
(Grimmer et al., 2002; Hong and Cheung, 2003; Pausic et al., 2009).
Many studies done around the world indicate that the weight of schoolbags on average exceeds
allowed value, and it is between 10% to 14% (Whittfiel, 2001; Fosnaric and Delcnjak, 2007). Recent
studies on younger school age pupils in Croatia have shown that the average weight of a schoolbag
in relation to the weight of a pupil is 12.5% to 13.8% (Pausic and Kujundzic, 2008). In the first grade
the maximal ratio of the body and schoolbag weight is 29.17% from the allowed (Pausic et al., 2013),
while it should not be bigger than 5% (Miloradovic et al., 2014). The results acquired in the research
which had a goal to study the influence of the weight of a schoolbag on inaccurate postures, indicate
that worsening is the most significant between the point without load (0%) and the first point with
the load (5%) where children immediately during the first load change body posture (Prvan and Ver-
sic, 2011). The head moves forward and the pain in the neck starts (Hundekari et al., 2013). In adults
forward compensatory movements start when the schoolbag weight exceeds 27% of the body weight
(Rahman et al., 2011). Beside the pain in the neck, the pain in the back is also present (Reneman et
al.,2006). Heavy schoolbags can contribute to lumbal pain at children (Troussier et al., 1994).
When the schoolbag weight is more then 15% to 20% of a pupil’s weight a pain in the back
starts and long term use can bring changes of posture and walk (Mackenzie et al., 2003).
This work has been realized as part of a project „Effects of applied physical activity on loco-
motor, metabolic, psycho-social and educational status of population in Republic of Serbia“ under
the number III47015, and as a part of sub project „Effects of applied physical activity on locomotor,
psycho-social and educational status of school population in Republic of Serbia“ which is funded by
the Ministry of Education, Science and Technological development of the Republic of Serbia – Cyclus
of scientific projects 2011-2015.
65
Zbornik radova
The Attitudes of Younger School Age Students Towards a Schoolbag
In Italy, at least once a week 34.8% of school children carry schoolbags whose weight is more
than 30% of their body weight, which provokes pain in back (Negrini et al., 1999). Similar situation
exists in America where an average pupil carries a schoolbag which is a quarter of his/her body weight,
and every third pupil carries a schoolbag which represents the third of his or her body weight. (Pascoe
and Pascoe, 1999). In Germany the ratio of a schoolbag weight and body weight in the first level of sc-
hooling is 11,10%, on the second level it is 12,5% and on the third level it is 12,50% and 14,30% (Voll and
Klimt, 1977). Pascoe et al., (1997) show results that in America the ratio of a schoolbag weight and body
weight is between 17% to 22%. Mackenzie had similar results in America (Mackenzie et al.,20013),
where the ratio was 15% to 20%. A schoolbag weight in studies (Fosnaric and Delcnjak. 2007; Pausic
and Kujundzic, 2008; Markovic et al., 2011) is about 15% of the pupil’s body weight,
Actual problem of each student, family, school, school managements and Ministries in all
countries with many studies of eminent experts provoked thinking that by this research it would be
good to determine the attitudes of younger school age pupils towards problems connected with a
schoolbag. These researches indicate that the problem is the most evident for younger school pupils.
METHOD
The research has transversal character and it was realized in 33 village and town primary sc-
hools on the territory of Belgrade, Šumadija, Braničevo and Pomoravlje region in the second term
of 2014/2015 school year. The sample consisted of 307 students divided into four characteristic sub
samples in relation to their age, and these were: 18 first grade pupils, 92 second grade pupils, 52 third
grade pupils and 145 fourth grade pupils. A seven question survey was used for the collecting of the
data. The survey was filled during regular physical education classes in the presence of a teacher. In
the first grade the teacher read questions and wrote down the answers of the pupils. In the second,
third and fourth grade, the pupils filled the forms themselves. The nature and the distribution of the
results determined adequate statistical procedures. In the realm of quantitative analysis of the data
the following was applied: percentage expressing of frequencies and hi-square test (χ2) for the testing
of hypothesis about the significance of differences.
RESULTS
Numerical and percentage values in Table 1.indicate that 55,6% of students in the first grade
walk to school, a small number of them are driven by their parents, while none of the pupils comes
to school by bus.
Table 1. The way of going to school
Grade
You come to school:
Σ
a) On foot
b) By car
v) By bus
First
10 (55.6%)
8 (44.4%)
0 (0%)
18 (100%)
Second
48 (52.2%)
35 (38.0%)
9 (9.8%)
92 (100%)
Third
37 (71.2%)
15 (28.8%)
0 (0%)
52 (100%)
Fourth
113 (77.9%)
22 (15.2%)
10 (6.9%)
145(100%)
Σ
208 (67.8%)
80 (26.1%)
19 (6.2%)
307 (100%)
χ2=26.522;
df=2;
p= .000
Similar situation is in the second grade where 52,2% of pupils walk to school. In older school
age the situation is even more convincing and in the third grade 71,2%, and in the fourth grade 77,9%
of pupils walk to school. A small number of pupils go to school by car and smaller number by bus.
The data indicate that there is a small number of pupils who travel to school. The values of χ2 test
indicate that there are statistically significant differences in the way of coming to school between the
pupils of the first, second, third and fourth grade.
66
Conference Procedings
Živorad Marković, Dragoljub Višnjić, Aleksandar Ignjatović
Table 2. A distance from pupils’ school to home
Grade
School is far from house
Σ
a) Up to 500
m
b) From 500 m
to 1 km
v) From 1 km to
3 km
g) Over 3 km
First
1 (5.6%)
13 (17.2%)
3 (16.7%)
1 (5.6%)
18 (100%)
Second
29 (31.5%)
24 (26.1%)
18 (19.6%)
21 (22.8%)
92 (100%)
Third
26 (50.0%)
13 (25.0%)
8 (15.4%)
5 (9.6%)
52 (100%)
|Fourth
65 (44.8%)
41 (28.3%)
29 (20.0%)
10 (6.9%)
145(100%)
Σ
121 (39.4%)
91 (29.6%)
58 (18.9%)
37 (12.1%)
307 (100%)
χ2=34.565;
df=9;
p=.000
The first grade pupils walk to school from 500 meters to 3 kilometers. In the second grade the
length of the road is various. Most pupils walk up to 500 meters, but there are also those who walk
up to 3 kilometers. In the third grade 50% of pupils walk 500 meters. A small number of these walk
to 3 kilometers and over 3 kilometers. The fourth grade pupils, depending of the place where they
live walk from 500 meters to 3 kilometers. The smallest percentage is for those who travel over 3
kilometers. The values of χ2 test indicate that there are statistically significant differences in distance
from home between pupils of the first, second, third and fourth grade of primary school.
Table 3. The way of carrying a schoolbag
Grade
You carry a schoolbag:
Σ
a) Over one shoulder
b) On both shoulders
First
0 (0%)
18 (100.0%)
18 (100%)
Second
6 (6.5%)
86 (93.5%)
92 (100%)
Third
2 (3.8%)
50 (96.2%)
52 (100%)
Fourth
7 (4.8%)
138 (95.2%)
145(100%)
Σ
15 (4.9%)
292 (95.1%)
307 (100%)
χ2=9.761;
df=6;
p=.135;
The results show that all first grade students carry a schoolbag on both shoulders. Similar situ-
ation is with 93,5% of second grade students, and 96,2% of third grade students and 95,2% of fourth
grade students. In the whole sample only 4,9% of students of younger school age carry the schoolbag
over one shoulder or in hand. The results influenced the value χ2 test which indicate that there is no
statistically significant difference in carrying of a schoolbag between the pupils in the first, second,
third and fourth grade of primary school.
Table 4. Packing of a schoolbag
Grade
For school you pack:
Σ
a) Alone
b) With the help of your parents
v) Brother or
sister
First
11 (60.2%)
6 (33.3%)
1 (5.6%)
18 (100%)
Second
75 (81.5%)
15 (16.3%)
2 (2.2%)
92 (100%)
Third
50 (96.2%)
1 (1.9%)
1 (1.9%)
52 (100%)
Fourth
140 (96.6%)
5 (3.4%)
0 (0%)
145(100%)
Σ
276 (89.9)
27 (8.8%)
4 (1.3%)
307 (100%)
χ2=67.782;
df=9;
p=.000
67
Zbornik radova
The Attitudes of Younger School Age Students Towards a Schoolbag
	 It is really disappointing that in the first grade 60,2% of students pack their schoolbags alone,
while every third parent helps their child to prepare for school. In the second grade the situation is
the same with 81,5% of pupils who pack their bags alone. In the third and fourth grade over 96% of
pupils pack their schoolbags alone. The help of parents, older brother or a sister almost does not
exist. The value χ2 indicates that there is statistically significant difference in packing of a schoolbag
between the pupils in the first, second, third and fourth grade of primary school.
Table 5. Pupils’workbooks
Grade
Workbooks from certain subjects
Σ
a) Carry with you, for
each lessonwhen you
have these subjects
b) Leave them at
homeand sometimes
carry to school
v) Stay at shool
at teachers’
lockers
First
18 (100.0%)
0 (0%)
0 (0%)
18 (100%)
Second
66 (71.7%)
11 (12.0%)
15 (16.9%)
92 (100%)
Third
40 (76.9%)
11 (21.2%)
1 (1.9%)
52 (100%)
Fourth
120 (82.2%)
6 (4.1%)
19 (13.1%)
145(100%)
Σ
244 (79.5%)
28 (9.1%)
35 (11.4%)
307 (100%)
χ2=25.000;
df=5;
p=.000
Considering workbooks the first grade pupils always carry them. Mostly carrying of workbo-
oks is connected with packing of a schoolbag, in which parents do not participate, and teachers do
not warn a day earlier what is necessary for tomorrow’s lessons, so that some pupils carry all textbo-
oks and workbooks every day. The pupils of second, third and fourth grade carry their workbooks.
A small number of pupils who can leave their workbooks at school. Leaving of workbooks in school
lockers is mostly enabled in Belgrade schools. The value of χ2 test indicates that there is statistically
significant difference in carrying of workbooks between the pupils of the first, second, third and
fourth grade of primary school.
Table 6. Inconveniences during carrying of a schoolbag
Grade
Does a schoolbag induces pain
Σ
a) My shoulders hurt
b) My back hurts
v) I don’t feel any
pain
First
12 (66.7%)
6 (33.3%)
0 (0%)
18 (100%)
Second
45 (48.9%)
44 (47.8%)
3 (3.3%)
92 (100%)
Third
31 (59.65)
21 (40.4%)
0 (0%)
52 (100%)
Fourth
88 (60.7%)
54 (37.2%)
3 (2.1%)
145(100%)
Σ
176 (57.3%)
125 (40.7%)
6 (2.0%)
307 (100%)
χ2=5.739;
df=6;
p=.453
The problem of pain during carrying of a schoolbag on weak back is manifested with the pain
in neck and loin part of the spinal cord. Out of 307 pupils 57,3% feel the pain on shoulders, 40,7% on
backs, and only 2% of pupils in the third and the fourth grade does not feel the pain at all. If we consi-
der coming to school we can notice that these are the students that come to school by car or bus and
they are not loaded by a heavy schoolbag. The value of χ2 test indicate that there is no statistically
significant difference in the feeling of pain by carrying a heavy schoolbag. The pain is evenly present
for all pupils on shoulders and spinal cord.
68
Conference Procedings
Živorad Marković, Dragoljub Višnjić, Aleksandar Ignjatović
Table 7. Pupils’schoolbag
Grade
I think that my schoolbag is:
Σ
a) Normal weight
b) Heavy
v) Too heavy
First
6 (33.3%)
5 (27.8%)
7 (38.9%)
18 (100%)
Second
21 (22.8%)
33 (35.9%)
38 (41.3%)
92 (100%)
Third
19 (36.5%)
28 (53.8%)
5 (9.6%)
52 (100%)
Fourth
64 (44.1%)
54 (37.2%)
27 (18.6%)
145(100%)
Σ
110 (35.8%)
120 (39.1%)
77 (25.1%)
307 (100%)
χ2=44.818;
df=9;
p=.000
The results indicate that the first and the second grade pupils are aware of their too heavy
schoolbags. From the total number of pupils 64.2% think that their schoolbag is heavy or too heavy.
A schoolbag is a little heavier in 53,8% of cases – say the third grade pupils. The fourth grade pupils
in most of the cases think that their schoolbags have normal weight. Different attitudes about the
weight of a schoolbag, fro different age groups conditioned statistically significant difference with
the level of p=.000.
DISCUSSION
The smallest number of children comes to school by bus, while the percentage of village chil-
dren who come to school by bus is significantly bigger. There is also a small number of children who
walk to school more than three kilometers. Pupils in village schools carry their heavy bags from
one to eight kilometers in both directions. The most frequent distance is from two to six kilometers
(Markovic et al., 2013).
Over 95.0% of pupils carry their schoolbags on both shoulders. In the first grade all pupils car-
ry their schoolbags on both shoulders, which is in accordance with the results of similar researches
in which the value were from 68%-94% (Casey and Dockrell, 1996; Pascoe et al., 1997). The situation
is different for girls and about 30% of them carry their schoolbags over one shoulder (Markovic et
al., 2013). The schoolbag weight and its inaccurate carrying over one shoulder are important factors
in the continuation of lumbal pain syndrome at younger school children (Skoffer, 2007). Pausic et al.,
(2009) determined that 93,1% of pupils carry their schoolbags on both shoulders. A small percentage
of pupils carry their schoolbags diagonally (0,8%), in one hand 2,3%, and at 3,8% of pupils a school-
bag was carried by parents.
The answers considering help during packing of a schoolbag are discouraging. Out of 307 pu-
pils 276 pack their schoolbags alone (89,9%), and in 8,8% parents help their children and in only 1,3%
older brother or sister. For village pupils the parents’ help is slightly higher, which means that parents
are present while children go to school and come back from school. One of the solution which would
bring to the fact that a schoolbag is lighter is a necessary examining by the parents.
The results indicate that all first grade pupils carry their workbooks, and similar situation is
in older grades. Very few children leave their workbooks at schools. Parents should regularly check
their children’s schoolbags, so that they are not filled with unnecessary things, to help their children
to think carefully about what they really need fro that day at school. The habit is that children usually
overload their schoolbags (University of Michingan Health System, 2003). Teachers should consider
the possibility of announcing which textbooks are needed for the next day and in this way they could
ease pupil’s schoolbags. There is a smaller number of pupils who carry all books every day in fear not
to forget something.
Overload with a heavy schoolbag cause different types of pain in te neck, shoulders and spinal
cord. Inconveniences provoked by heavy schoolbag like pain in shoulders in this research feels 57,3%,
and in backs 40,7% of younger age pupils. Any kind of pain was not noticed in only 2,0% of cases. In
England around 45% of pupils have periodical pains in neck and back (Troussier et al., 1994; Fosnaric
69
Zbornik radova
The Attitudes of Younger School Age Students Towards a Schoolbag
and Delcnjak, 2007) The children who are exposed to heavy schoolbag and suffer pain in spinal cord
have increasing risk of spinal cord diseases in later age, like adults (Mackenzie et al., 2003).
Schoolbags are heavier despite all the warnings of the World Health Organisation and other
experts. Only 35,8% of pupils think that their schoolbag has normal weight, 39,1% that it is heavy
and 25,1% that it is too heavy. Parents, grandfathers, grandmothers are engaged to help pupils; They
escort and wait for their pupils. It is often the case that schoolbags are pulled on trolleys which can
also damage pupils’ posture.
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UDK 796.02:796.015.862
SPORTSKO-REKREATIVNI OBJEKTI I MENADŽMENT KAO ČINILAC
USPEHA U SPORTSKO-REKREATIVNIM AKTIVNOSTIMA
Petrović Lana1, Kocić Jadranka1, Aleksić Dragana1, Stanković Slađana2
1 Fakultet za sport i fizičko vaspitanje, Univerzitet u Prištini, Leposavić, Srbija
2Fakultet Pedagoških nauka, Univerzitet u Kragujevcu, Jagodina, Srbija
UVOD
Svakako najznačajniji materijalni resurs sistema sporta predstavljaju sportski objekti. Oni svo-
jom strukturom, planiranom namenom i funkcionalnim statusom određuju, u velikoj meri, plan-
sko-programsku orijentaciju kod izrade sportskih programa na svim nivoima organizovanja. Među
sportskim objektima posebno mesto zauzimaju sportski centri kao polivalentni građevinski kom-
pleksi koji, pružanjem usluga na tržištu, omogućavaju da se obezbede uslovi za bavljenje različitim
modalitetima sportskih aktivnosti (sportsko obrazovanje, takmičarski sport, rekreativni sport, škol-
ski sport) i za različite kategorije korisnika (deca, omladina, odrasli, osobe sa posebnim potrebama).
Zakon o sportu Republike Srbije (Sluţbeni glasnik RS br. 52/96) u članu 53. definiše: „Sportski
objekat je građevina, odnosno prostor (građevinski objekat, odnosno njegov deo ili uređena površi-
na), namenjen za sportske aktivnosti, koji mora da ima prateći prostor (sanitarni, garderobni, spre-
mišni, gledališni i drugi) i ugrađenu opremu (građevinsku i sportsku).” Sportsko-rekreativni objekti
su manja ili veća skupina objekata i površina na suvom i vodi, namenjenih deci, omladini, građani-
ma svih starosnih grupa, bez obzira na nivo motoričkih sposobnosti, sportistima, rekreativcima...tj
prostori za realizovanje sportsko-rekreativnih aktivnosti u cilju zadovoljenja čovekovih potreba za
bavljenjem organizovanim telesnim aktivnostima.
Sportski objekti mogu sadržati jedno ili više igrališta – vežbališta, glavne i pomoćne terene;
prateće sadrţaje poput svlačionica, ekonomata, magacina, ambulante, prostorije za službena lica,
administraciju, teretane, saune, solarijume, sale za masažu; zatim prostor za publiku – gledalište
sa pratećim prostorima; prostore za odmor i rekreaciju, učenje; kao i odgovarajuće komunikacije:
hodnici, prilazi, prolazi, liftovi, parkinzi i dr. U okviru savremenih sportskih objekata, kao što su
fudbalski stadioni, multifunkcionalne arene i slično, sve češće se pojavljuju komercijalni ili poslovni
prostori koji se najčešće rentiraju drugim licima i predstavljaju značajan izvor prihoda u funkci-
ji racionalnog upravljanja i poslovanja (pokrivanje troškova održavanja, osiguranja i eksploatacije
sportskog objekta).
Javni sportski tereni, u smislu pomenutog zakona, jesu posebno uređene površine namenjene
za određene sportske aktivnosti (trim staze, planinarske staze, skijaški tereni, biciklističke staze, pla-
že i sl.), dostupne građanima pod jednakim uslovima.
METOD
U radu je, da bi se što detaljnije prikazali sportsko-rekreativni objekti i prostori za vežbanje,
kao i njihova bitna uloga upražnjavanju sportsko-rekreativnih aktivnosti, koristla metoda teorijske
analize i metoda deskripcije.
Klasifikacija sportsko-rekreativnih objekata izvršena je prema različitim kriterijumima: prema
potrebama korisnika, prema urbanističkoj stalnosti, prema sportskim aktivnostima, prema građe-
vinskom obliku, prema lokaciji.
72
Conference Procedings
Petrović Lana, Kocić Jadranka, Aleksić Dragana, Stanković Slađana
REZULTATI SA DISKUSIJOM
Klasifikacija sportsko-rekreativnih objekata
 Sportske objekte možemo klasifikovati prema različitim kriterijumima.
Prema potrebama korisnika sportski objekti se mogu klasifikovati na:
Objekte za takmičarski sport
Objekte za masovni sport i rekreaciju
Objekte za školski i univerzitetski sport
Objekte za sport u vojsci
Objekte za sport invalida i osoba sa hendikepom
Prema urbanističkoj stalnosti:
Objekti stalnog karaktera
Objekti privremenog karaktera (sportski tereni se postavljaju na lokaciji predviđenoj za drugu
namenu do početka izgradnje ili korišćenja lokacije)
Prema sportskim aktivnostima:
Objekte za sportske igre (sportske hale, fudbalski, ragbi, bejzbol stadioni...)
Objekte za atletiku (atletski stadioni i dvorane)
Oblekte za gimnastiku (gimnastičke dvorane i vežbališta)
Objekte za sportove na vodi (bazeni, jezera, reke, more...)
Objekte za zimske i ledene sportove (ledene dvorane, ski staze...)
Objekte za borilačke sportove (manje sportske hale, spcijalizovani objekti...)
Objekte za streljaštvo i streličarstvo (streljane, otvoreni streličarski objekti...)
Objekte za biciklizam (velodromi, biciklističke staze...)
Objekte za konjički sport (hipodromi)
Multifunkcionalne sportske objekte itd.
Prema građevinskom obliku:
Zatvoreni sportski objekti (hale)
Otvoreni sportski objekti (stadioni, javni sportski tereni)
Poluotvoreni sportski objekti
Objekti od lakih konstrukcija (balon hale, montaţni objekti...)
Kompleksni sportski objekti (mogu biti i otvorenog i zatvorenog tipa)
Prema lokaciji:
Objekti u gradsko-građevinskim zonama predviđenim sa sport i rekreaciju
Objekti u stambenim zonama (tereni za rekreaciju, otvoreni tereni...)
Objekti u školama (sale za fizičko vaspitanje, otvoreni tereni, bazeni...)
Objekti u vojnim ustanovama (vojni sportski objekti, streljane, poligoni...)
Objekti u specifičnim zonama (vodene površine, šume, posebni tereni...)
Objekti u poslovnim zonama (objekti i tereni u okviru kompanija i firmi)
Objekti na selu i u prirodi (sportski tereni, trim staze, stene i prostori za slobodno penjanje...)
Tipologija sportskih objekata može da posmatra sportske objekte kroz nekoliko osnovnih tipova:
Osnovni ili elementarni sportski objekti
Normirani objekti manjih dimenzija
Normirani objekti većih dimenzija
Sportske staze
Sportski objekti u prirodnim uslovima
Ove osnovne tipove je dalje moguće razvrstavati prema uslovima gde se sportske aktivnosti
odvijaju: na zemlji, na vodi, na snegu, na ledu, u vazduhu...
73
Zbornik radova
Sportsko-rekreativni objekti i menadžment kao činilac uspeha u sportsko-rekreativnim aktivnostima
Školski tereni (karakteristike, položaj, sadržaji):
Poželjno umrežavanje škola sa gradskim zelenilom i sportskim kompleksima
Lociranje oko parkova i gradskog zelenila – povoljna mikroklima  i maksimalno iskorišćavanje
gradskih slobodnih prostora
Udaljenost od saobraćajnih arterija, industrijskih kompleksa, železnica, skladišta, pijaca /sa-
stav vazduha i izolacija od buke/
Kompleksi dvorišta sa sportskim terenima  1-2 ha
Broj, sadržaj i veličina sportskih terena zavise od broja učenika u školi i mogućnosti korišćenja
postojećih terna u blizini škole
Sportski tereni:
Teren za košarku 14/26m
Teren za odbojku 9/18m
Prostor za skok iz zaleta i skok u vis
Kružna staza za trčanje dužine 333.3 m
Linija za bacanje kugle/diska
Poželjno je što više zelenih površina
Dečija igrališta – dečija obdanšta (funkcije, sadržaji, normativi)
o
Igralište za decu treba da odgovara psihičkim i fizičkim potrebama dece
o
Funkcije: igra, sportske i elementarne, zabava
o
Kontakt sa prirodom
o
Iniciranje kreativnosti i umetničkih sposobnosti dece
o
Sadržaj vrta vrtića:
• Opšti prostor za igru, sportske i elementarne igre
• Manji botanički i zoo vrt, akvarijum
• Zelenilo – poljana za igru, drveće, zaštitno zelenilo, šiblje, cveće
o
Grupni prostori – uokvireni šibljem – površina oko 80-100m2
o
Opšti prostor za igru, sportske i elementarne igre – centralni položaj. Površina 10-20 m2 /
detetu. Sadržaj: ljuljaške, kalckalice, tobogani, penjalice, sprave, prostor za grupne igre.
o
Staza za trčanje, vožnju bicikli, obruč oko opšteg prostora za igru
Funkcije zelenila
o	SOCIJALNO – ZDRAVSTVENA
o	SNIŽAVA TEMPERATURU OKOLNOG VAZDUHA ZA 3-5
o	PREČIŠĆAVA VAZDUH
o	POVEĆAVA VLAŽNOST VAZDUHA /U ŠUMAMA JE 20% VEĆA VLAŽNOST U OD-
NOSU NA GRAD/
o	APSORBUJE DEO ZVUČNE ENERGIJE
o	ŠTITI I OD UDARA VETRA I DIMA
o	ZAŠTITA OD PRETERANOG OSUNČANJA
o	REGENERACIJA VIDA
o	PSIHOFIZIČKA REGENERACIJA ČOVEKA
o	ŠTITI TROTOAR I ASFALTNE POVRŠINE OD ZAGREVANJA – PRIJATNIJI MIKRO-
KLIMAT
o	OSLOBAĐANJE OD STRESA
o	REKREACIJA
o	PSIHOFIZIČKI RAZVOJ DECE
o	ESTETSKO - DEKORATIVNA FUNKCIJA
o	OŽIVLJAVANJE GRADSKOG PROSTORA
o	ORGANSKO POVEZIVANJE GRADSKE POVRŠINE I GRADSKIH ČETVRTI
o	UKRAŠAVANJE ULICA – ALEJE, DRVOREDI, TRAVNJACI
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Conference Procedings
Petrović Lana, Kocić Jadranka, Aleksić Dragana, Stanković Slađana
Sportski objekti po svojoj funkcionalnosti moraju udovoljavati:
– Zadacima treninga - moraju obezbediti da se trenažni proces sprovodi u dobro opremlje-
nim zatvorenim prostorijama (halama, salama), na otvorenim terenima (igrališta, poljana, šuma), i
u specifičnim uslovima (fitnes centrima, teretanama...), sa mogućnošću njihove svestrane upotrebe
i za takmičenja.
– Specifičnim potrebama, kako u odnosu na broj sportista, tako i na strukturu i karatker
određenog sporta ili sportske dicipline.
– Ekološkoj lokaciji, što podrazumeva da su odvojeni od objekata koji zagađuju vazduh, uz
uslov da nisu suviše udaljeni od mesta stanovanja ili gde su sportisti smešteni
– Klimatskim uslovima, naročito za vrijeme situacionih zajedničkih priprema u sportskim
centrima pred velika sportska takmičenja.
Vrste objekata–prema namjeni i veličini područja čiji stanovnici gravitiraju objektu:
♦ Objekti manjeg područja gravitacije – zadovoljavaju potrebe do oko 10.000 stanovnika,
udaljenosti 25-30 min hoda:
Dvorane, mala igrališta za sportske igre vazdušne streljane, kuglane, nogometno igralište, bo-
ćalište, tenis, ostali otvoreni objekti (trim staze, stolovi za stolni tenis,, mini golf, košarkaški stupovi
i sl.
♦ Objekti većeg područja gravitacije - zadovoljavaju potrebe preko 10.000 stanovnika, udalje-
nosti 15 min biciklom ili 10 min javnim prevozom:
Plivališta otvorena i zatvorena,
Klizališta otvorena i zatvorena,
Atletska borilišta ,
Strelišta
Menadžment sportskih objekata je izučavanje proverenih i sređenih znanja o tome kako
sportska organizacija postiže svoje ciljeve, pribavljajući, raspoređujući i koristeći ograničene ljudske,
materijalne, informacione i novčane izvore svog uspeha. Nauka menadžmenta je identifikovala pet
funkcija menadžmenta, kao neizostavnog opšteg uslova uspešnog upravljanja svakom organizaci-
jom, pogotovo onom koja deluje u poslovnom/ tržišnom okruženju. Pripadnici sportske organizaci-
je, koji obavljaju ove funkcije, pripadaju menadžmentu te organizacije. Te funkcije su:
Planiranje - postavljanje organizacijskih ciljeva i razrada strategija njihovog ostvarivanja, pro-
gnoziranje/ predviđanje budućnosti u kojoj će se odvijati ostvarivanje tih ciljeva, razrada ciljeva u
planovima i rasporedima aktivnosti kojima se usklađuju napori svih članova organizacije ka posta-
vljenim ciljevima.
Organizovanje - raspodela rada na uzajamno zavisne učesnike aktivnosti, grupisanje članova
organizacije na specijalizovane poslove/ grupe i odeljenja koja podležu manjoj ili većoj centralizaciji
upravljanja.
Upravljanje ljudskim resursima- dodeljivanje pravih ljudi na predviđene aktivnosti/ poslove
putem određivanja, kvalifikacija/ obučenosti neophodnih za pojedine aktivnosti.
Rukovođenje - motivisaje svih članova organizacije na postizanje visoke produktivnosti pu-
tem saradnje i izvršavanja dobijenih uputstava i naređenja.
Kontrolisanje - praćenje ostvarivanja ciljeva predviđenih planovima sa utvrđenim karakteri-
stikama učinka, ispravljanje odstupanja koja izlaze izvan utvrđenih standarda.
Ove funkcije su prisutne u delokrugu rada svakog menadžera iako u različitom obimu na
različitim nivoima menadžmenta. Realizacija funkcija i društvenih uloga zahteva da menadžeri ne-
prekidno stiču i usavršavaju ekspertske sposobnosti.
Delokrug sportskog menadžmenta

Menadžment je proces cikličnog kretanja kroz pet funkcija koje menadžeri realizuju pripre-
majući, izvodeći i kontrolišući kretanje organizacije ka ostvarivanju njenih ciljeva. U užem smislu,
sportski menadžment kao akademska disciplina obuhvata područja znanja o menadžmentu koja su
se iskristalisala u praksi upravljanja sportskim organizacijama.
Udruženja za fizičko obrazovanje i za sportski menadžment Severne Amerike za atestiranje
(ocenu) programa obrazovanja sportskih menadžera na univerzitetima Severne Amerike, utvrdila
75
Zbornik radova
Sportsko-rekreativni objekti i menadžment kao činilac uspeha u sportsko-rekreativnim aktivnostima
je sledeće standardne sadržaje izučavanja sportskog menadžmenta: izučavanje sociokulturnih di-
menzija sporta, menadžment i liderstvo u sportu, etika u sportskom menadžmentu, marketing u
sportu, komunikacije u sportu, budžet i finansije u sportu, pravni aspekti sporta, ekonomika sporta,
menadžment sportskih objekata i priredbi, upravni organi i strukture u sportu, praktično iskustvo u
sportskom menadžmentu.
U praksi fizičkih aktivnosti, u koje spada sport sa svim njegovim organizacionim područjima,
sportski menadžment i administracija javljaju se kao posebne karijere u sledećim profesionalnim
delokruzima:
Fizičke aktivnosti hendikepiranih lica - administrativni položaji u školama i univerzitetima,
sportskim organizacijama i klubovima.
Akvatičke aktivnosti (na vodi) - menadžment i administracija u školama i koledžima, klubo-
vima, opštinskim agencijama, banjama, preduzećima i klubovima zdravlja.
Obrazovanje u domenu plesa - administrativni položaji u školama i na univerzitetima, ple-
snim studijama i klubovima.
Fitnes - direktor fitnesa u banji, na brodu, vođenje sopstvene firme, klubovi zdravlja, klinike,
bolnice.
Parkovi i rekreacija - menadžerski položaji u letnjim kampovima, nacionalnim parkovima,
banjama, na brodovima, rekreacionim objektima.
Sportska administracija i menadžment - administrativni položaji sportskog direktora u
srednjim školama, koledžima i na univerzitetima, referenti pri upravnim telima sportskih saveza i
sl., referenti za pribavljanje fondova, za publicitet i sl., položaji menadžera u profesionalnom sportu,
sportskim klubovima, banjama, sportskim udruženjima, upravnim telima.
Biznis - preduzeća sporta i fitnesa - komercijalni, marketinški, finansijski poslovi u robnim
kućama i kompanijama sportskih dobara, fitnes opreme, rehabilitacije i sl.
Sportski mediji - položaji sportskog direktora i producenta na televiziji i sl.
Evropska opservatorija za zaposlenost u sportu Evropske mreže visokoškolskih instituci-
ja sportskih nauka utvrdila je pet profesionalnih kategorija u delokrugu sportskog menadžmenta i
to su: Menadžer trenažne institucije u sportu, Menadžer sportskog objekta, Menadžer nacionalne
sportske organizacije, Menadžer sportskog kluba, Menadžer (druge) servisne sportske organizacije
(fitnes, sportski turizam, agencija za sportiste, škola skijanja, agencija za promociju događaja i sl)
ZAKLJUČAK
Osnovni uslov zа sprovođenje аktivnosti iz oblаsti sportа, fizičkog vаspitаnjа i rekreаcije je
postojаnje dovoljnog brojа sportskih objekаtа. Rаd sportske orgаnizаcije nemoguće je orgаnizovаti i
sprovesti bez аdekvаtnog sportskog objektа kаo neizostаvnog resursа. LJudski fаktor i odgovаrаjući
objekаt ( ili prostor) omogućаvа reаlizаciju sportskog potencijаlа, odnosno omogućаvа stvаrаnje
sportskog rezultаtа, kаo primаrnog ciljа u sportu. Nije, međutim, vаžаn sаmo njihov dovoljаn broj,
već i dа ti objekti zаdovoljаvаju propisаne uslove ( u pogledu dimenzijа i bezbednosti, sаnitаrno-
higijenske, protivpožаrne, instаlаciono-tehničke i dr.) kаko bi se u njimа mogle obаvljаti sportske
аktivnosti.
Bez objekаtа je nemoguće rаditi bilo štа u sportu. Nepostojаnje  аdekvаtnih  sportskih obje-
kаtа  umаnjuje mogućnost bаvljenjа sportom  dece i omlаdine, kаo i mogućnost zа rаzvoj vrhun-
skog sportа, а istovremeno destimuliše grаđаne dа se bаve rekreаtivnim sportom. Bez odgovаrаjućih
sportskih objekаtа nemа mogućnosti rаzvojа sportа.
Obezbeđenje ovog uslovа zаhtevа izdаvаnje velikih mаterijаlnih sredstаvа kojа, po prаvilu,
ne mogu dа obezbede sаmi korisnici (sportski klubovi, orgаnizаcije, pojedinci ). Uzme li se u ob-
zir neophodnost sportskih objekаtа, jаsno je dа rešаvаnje ovog infrаstrukturnog problemа, pored
stručnosti, trаži i velikа budžetskа izdvаjаnjа. Svi znаmo koliko je velikа ulogа sportа i sportskog
nаčinа životа. Zаto je postojаnje dobre sportske infrаstrukture jаko bitnа stvаr, jer definitivno utiče
nа mаsovnost sportа, а sаmim tim i nа zdrаvlje nаcije, što se nikаko ne može i  nesme zаnemаriti.
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Petrović Lana, Kocić Jadranka, Aleksić Dragana, Stanković Slađana
LITERATURA
Kocić, J., Aleksić, D., Tošić, S.(2009): Osnove kineziologije i sportova estetsko-koordinacionog
karaktera. Pedagoški fakultet u Jagodini Univerziteta u Kragujevcu.
Masterman G.: Strateški menadžment sportskih događaja .Clio, Beograd
Subotić, D.: Upravljanje ljudskim resursima, knjiga 1., Beograd
Šurbatović, J.: Menadžment u sportu
http://www.savremenisport.com/Menadzment_index.html
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UDK 796.02:796.015.862
SPORTS AND RECREATIONAL FACILITIES AND MANAGEMENT AS A
FACTOR OF SUCCESS IN SPORTS AND RECREATIONAL ACTIVITIES
Petrović Lana1, Kocić Jadranka1, Aleksić Dragana1, Stanković Slađana2
1 Faculty of Sport and Physical Education, University of Pristina, Leposavić, Serbia
2Faculty of Pedagogical Sciences, University of Kragujevac, Jagodina, Serbia
INTRODUCTION
Certainly the most important material resource of the system of sport are sports facilities.
Their structure, their intended use and functional status is determined, to a large extent, by planning
and programming orientation in making sports programs at all levels. Among the sports facilities a
special place belongs to multi-purpose sports facilities construction complexes, providing services
in the market. It make possible to provide the conditions for practicing different modalities of sports
activities (sports education, competitive sports, recreational sports, school sports), and for different
categories of users (children, teenagers, adults, people with special needs).
The Law on Sports of the Republic of Serbia (RS Official Gazette no. 52/96), Article 53 reads
„sports facility is a building or space (building structure or part thereof or an area), designed for
sports activities, which must have trailing space (toilet, wardrobe, storage, auditorium and others)
and installed equipment (construction and sports).” Sports and recreational facilities are smaller or
larger groups of objects and surfaces in dry and water, for children, youth, citizens of all ages, regard-
less of the level of motor skills, sportsmen ... i.e. spaces for the realization of sports and recreational
activities in order to satisfy human needs for organized physical activities.
Sports facilities can contain one or more courses - practice grounds, main and auxiliary fields;
accompanying contents such as locker rooms, yards, warehouses, clinics, rooms for officials, admin-
istration, gym, sauna, solarium, massage rooms; then the space for the audience - the audience with
supporting areas; spaces for recreation, learning; as well as appropriate communication: corridors,
driveways, elevators, parking lots and others. In the framework of modern sports facilities, such as
football stadiums, multifunctional arenas and the like, are increasingly appearing commercial or
business premises which are usually rented out to other parties and constitute a significant source of
income in the function of rational management and operations (covering maintenance costs, insur-
ance and exploitation sports facility).
Public sports facilities in terms of the aforementioned law, are specially designed areas in-
tended for specific sports activities (fitness trails, hiking trails, ski resorts, bike paths, beaches, etc.),
accessible to citizens under equal conditions.
METHOD
The paper is to show as much detail as sports and recreation facilities and spaces for exercise,
as well as their important role in the exercise of sports and recreational activities. We have used the
methods of theoretical analysis and description method.
Classification of sports and recreational facilities was carried out according to various criteria
according to the needs of users, according to the urban continuity, according to sports activities,
according to the construction form according to location.
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RESULTS WITH DISCUSSION
Classification of sports and recreational facilities Sports facilities can be classified according
to various criteria.
According to user needs sports facilities can be classified as:
• Facilities for competitive sport
• The facilities for mass sport and recreation
• Facilities for school and university sport
• structures for sport in the army
• Facilities for sports for disabled persons and persons with disabilities
According urban permanence:
• Construction of permanent character
• temporary facilities (sports facilities are installed at the location designated for other purpos-
es until the beginning of construction or use of the site)
According to sports activities:
• Facilities for sports games (sports hall, football, rugby, baseball stadiums ...)
• The facilities for athletics (athletic stadiums and gyms)
• Facilities for gymnastics (gyms and practice sites)
• Facilities for water sports (swimming pools, lakes, rivers, sea ...)
• Facilities for the winter and ice sports (ice hockey, ski slopes ...)
• Facilities for martial arts (less gymnasiums, special facilities ...)
• Facilities for shooting and archery (shooting range, outdoor archery facilities ...)
• Facilities for cycling (Velodrome, cycling trails ...)
• Facilities for equestrian sport (racetracks)
• Multifunction sports facilities etc.
According to the construction form:
• Indoor sports facilities (halls)
• Outdoor sports facilities (stadiums, public sports grounds)
• Semi sports facilities
• Construction of lightweight construction (balloon halls, Prefabricated buildings ...)
• Complex sports facilities (can be open or closed)
According to the site:
• Facilities in the city-building zones provided with sports and recreation
• Construction in residential areas (fields of recreation, outdoor facilities ...)
• Facilities in the schools (gymnasium education, outdoor courts, swimming pools ...)
• Facilities in the military institutions (military sports facilities, shooting ranges, polygons ...)
• Facilities in specific areas (lakes, forests, special courts ...)
• Facilities in business zones (buildings and grounds within companies and firms)
• Objects in the countryside and nature (sports fields, running tracks, walls and places for rock
climbing ...)
Typology of sports facilities can observe sports facilities through several basic types:
• Basic or elementary sports facilities
• Standardized objects of smaller dimensions
• Standardized objects larger
• Sports tracks
• Sports facilities under natural conditions
These basic types is still possible to classify under conditions where sports activities take place:
on land, on water, on snow, on ice, in the air...
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Sports and Recreational Facilities and Management as a Factor of Success in Sports and Recreational Activities
School facilities (characteristics, location, facilities). Preferably, the networking of schools
with urban greenery and sports complexes. Locating around the parks and urban greenery - favor-
able microclimate and maximum utilization of the city’s free spaces.
According to the construction form:
• Indoor sports facilities (halls)
• Outdoor sports facilities (stadiums, public sports grounds)
• Semi sports facilities
• Constructions of lightweight construction (balloon halls, Prefabricated buildings ...)
• Complex sports facilities (can be open or closed)
According to the site:
• Facilities in the city-building zones provided with sports and recreation
• Construction in residential areas (fields of recreation, outdoor facilities ...)
• Facilities in the schools (gymnasium education, outdoor courts, swimming pools ...)
• Facilities in the military institutions (military sports facilities, shooting ranges, polygons ...)
• Facilities in specific areas (lakes, forests, special courts ...)
• Facilities in business zones (buildings and grounds within companies and firms)
• Facilities in the countryside and nature (sports fields, running tracks, walls and places for
rock climbing ...)
Typology of sports facilities can observe sports facilities through several basic types:
• Basic or elementary sports facilities
• Standardized facilities of smaller dimensions
• Standardized facilities larger
• Sports tracks
• Sports facilities under natural conditions
These basic types is still possible to classify under conditions where sports activities take place:
on land, on water, on snow, on ice, in the air ... School facilities (characteristics, location, facilities).
Preferably, the networking of schools with urban greenery and sports complexes. Locating around
the parks and urban greenery - favorable microclimate and maximum utilization of the city’s free
spaces.
Sports facilities for its functionality must meet:
- Tasks training - must ensure that the training process is carried out in well-equipped indoor
facilities (halls, salami), on outdoor courts (courts, fields, forests), and specific conditions (fitness
centers, gyms ...) with the possibility of their versatile use and for competitions.
- The specific needs, both in terms of the number of athletes, as well as the structure and char-
acter of a particular sport or sports discipline.
- Ecological location, which means that they are separate from facilities that pollute the air,
provided that they are not too far from the place of residence or where the athletes are housed
- Climatic conditions, especially during the situational joint preparation in sports centers be-
fore major sporting events.
The types of objects - by purpose and size of the area whose residents gravitate facility:
• Objects with smaller area of
gravity - to meet the needs of about 10,000 inhabitants, within
25-30 min walk: Halls, a small playground for sports games air shooting range, bowling alley, soccer
field, bowling, tennis, other outdoor facilities (fitness trails, table tennis, mini golf, basketball poles
and the like.
• Objects with larger catchment area - meet the needs of over 10,000 inhabitants, within 15
minutes by bike or 10 minutes by public transport: The pool opened and closed, Skating rinks opened
and closed, Athletic fields, Shooting ranges.
Management of sports facilities is the study of disordered and proven knowledge of how sports
organization achieves its objectives by obtaining, distributing and using limited human, material,
information and financial resources of their success. Science management has identified five func-
tions of management as a vital general conditions for successful management of any organization,
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Petrović Lana, Kocić Jadranka, Aleksić Dragana, Stanković Slađana
especially one that operates in the business / market environment. Members of sports organizations
that perform this function, belong to the management of the organization. These functions are:
Planning - setting organizational goals and strategy of their achievement, forecasting / pre-
dicting the future, where will take place the achievement of these goals, development goals in the
plans and schedules activities to coordinate the efforts of all members of the organization to set
objectives.
Organization - division of labor in the interdependent activities of participants, grouping
members of the organization on specialized tasks / groups and classes that are subject to a lesser
or greater centralization of management. Human resources - assigning the right people to planned
activities / tasks through identification, qualification / training needed for certain activities.
Leadership - motivating all members of the organization to achieve high productivity through
collaboration and executing the obtained instructions and orders.
Controlling - monitoring the goals envisaged plans with defined characteristics, performance,
correcting deviations that go beyond the established standards.
These functions are present in the scope of any manager, although to varying degrees at differ-
ent levels of management. Realization of functions and social role requires that managers continu-
ously acquire and improve expert skills.
The scope of sports management
Management is the process of cyclical movement through the five functions that managers
realize preparing, performing and controlling the movement of the organization towards achieving
its objectives. In a narrow sense, the sports management as an academic discipline covers areas of
knowledge management, which had resulted in the practice of sports organizations.
Association for physical education and sports management in North America for certification
(assessment) of the program of education of sports managers at universities in North America, es-
tablished the following standard facilities to study sports management: a study of the socio-cultural
dimensions of sport, management and leadership in sport, ethics in sports management, marketing
in sport, the sport of communication, budget and finance in sports, legal aspects of sport, sports
economics, management of sports facilities and events, administrative organs and structures of the
sport, practical experience in sports management.
In the practice of physical activities, which include sport, with all its organizational areas,
sports management and administration appear as a special career in the following professional areas:
Physical activity of disabled persons - administrative positions in schools and universities,
sports organizations and clubs.
Aquatic activities (water) - management and administration in schools, colleges, clubs, mu-
nicipal agencies, spas, health clubs and companies.
Education in the field of dance - administrative positions in Schools and Universities, dance
studios and clubs.
Fitness - the director of fitness at the spa, on the board, managing their own companies,
health centers, clinics, hospitals.
Parks and Recreation - management positions in summer camps, national parks, spas, ships
and recreational facilities.
Sports administration and management - administrative positions as sports director in sec-
ondary schools, colleges and universities, clerks at the governing bodies of sports federations, etc.,
officers for obtaining funds for publicity, etc., the positions of managers in professional sports, sports
clubs, spas, sports associations, governing bodies.
Business - companies in sport and fitness - commercial, marketing, financial operations in
department stores and sporting goods companies, fitness equipment, rehabilitation, etc.
Sports Media – Positions on sport director and producer on television and the like European
observatory for employment in sport
European network of higher education institutions of sports science has established five pro-
fessional categories within the scope of sports management and to the manager the training insti-
tutions in the sport, Manager of the sports facility, Manager of the national sports organizations,
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Sports and Recreational Facilities and Management as a Factor of Success in Sports and Recreational Activities
sports club Manager, Manager (other) service sports organizations (fitness, sports tourism, the asso-
ciations for athletes, ski school, associations for the promotion of the event, etc.)
CONCLUSION
The basic condition for the implementation of activities in the field of sport, physical edu-
cation and recreation is the existence of a sufficient number of sports facilities. The work of sports
organizations is impossible to organize and implement without adequate sports facility as a vital
resource.
Human factor and the corresponding object (or space) allows the realization of the potential
of sport and enables the creation of sports results, as the primary goal in the sport. But it is not only
important for their insufficient number, but also that these establishments meet the requirements
(in terms of size and safety, sanitary and hygienic, fire protection, installation-technical, etc.) In or-
der to be able to perform their sports activities no buildings is impossible to do anything in sports.
Lack of adequate sports facilities reduces the possibility of practicing sport and children and youth,
as well as the possibility for the development of professional sport, and simultaneously discourages
citizens to engage in recreational sports.
Without adequate sports facilities there is no possibility of development of sport. Assuring
of this demand by the issuance of large material means that, as a rule, cannot provide the users
themselves (sports clubs, organizations, individuales). Taking into account the necessity of sports
facilities, it is clear that solving the infrastructure problems in addition to expertise, search and large
budgets. We all know how big the role of sport and sports lifestyle. Therefore, the existence of good
sporting infrastructure is very important, because it definitely affects the mass of sport, and there-
fore the health of the nation, which cannot and must not be ignored.
REFERENCES
Kocić, J., Aleksić, D., Tošić, S.(2009): Osnove kineziologije i sportova estetsko-koordinacionog
karaktera. Pedagoški fakultet u Jagodini Univerziteta u Kragujevcu.
Masterman G.: Strateški menadžment sportskih događaja .Clio, Beograd
Subotić, D.: Upravljanje ljudskim resursima, knjiga 1., Beograd
Šurbatović, J.: Menadžment u sportu
http://www.savremenisport.com/Menadzment_index.html
82
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UDK 796.433.1.015.1
QUANTITATIVE-QUALITATIVE EVALUATION OF SHOT PUT THROWERS
SPORT AND TECHNICAL ABILITIES
Rumiana Karapetrova
National Sports Academy „Vassil Levski“, Department „Track & Field“, Sofia, Bulgaria
INTRODUCTION
Shot put discipline is characterized by the highlighted speed-strength abilities of the throwers.
The huge strength potential needed for realizing high sport result with the 7,260 kg heavy shot will
not give expected results if it is not combined with extraordinary speed-strength abilities ( Артарски,
1988; Верхошанский, 1980; Единна програма, 1985, Кръстев, 1976). The shot put throwers, along
with their huge strength potential possess exceptional speed, incredible ability to jump and agility,
all combined by exceptional movement coordination (Миленски, and Николов, 1992, Стойков,
and Славчев, 1999). On the other hand, the disproportion of these physical qualities will not lead
the athlete to high-level sport results (Бутенко et al.,1971;Стойков, and Фильов, 2005; Stoykov,
2007; Панайотов, 2011). The following questions arise from that: to what extend must each of those
physical qualities be developed at different levels of sports qualification, how to develop and control
them. That is why we focused our study on the degree of development of speed-strength abilities of
elite shot put throwers with high-level results on national and international levels.
METHOD
The aim of this study is to improve shot put throwers training process by quantitative-qualita-
tive assessment of speed-strength abilities.
The subject of the study are shot put throwers’physical abilities using indexes presenting the
level of physical development of Bulgarian best shot put throwers.
The sample of the study included 10 Bulgarian shot put throwers with personal results be-
tween 18,52 and 21,09 meters, including six national record holders. (see Table 1)
Table 1 Shot put throwers included in the study.
№
name
result
1 Georgi Ivanov
21,09
2 Georgi Todorov
21,01
3 Ventzislav Hristov
20,83
4 Vulcho Stoev
20,72
5 Nikola Hristov
20,44
6 Nikolay Gemijev
20,2
7 Radoslav Despotov
20,13
8 Galin Kostadinov
20,1
9 Mihail Kyoshev
19,9
10 Rosen Karamfilov
18,52
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Quantitative-Qualitative Evaluation of Shot put Throwers Sport and Technical Abilities
For better insight into the nature of the physical potential of respondents, we traced changes
in 12 indexes (see Table 2).
Table 2 Research indexes.
indexes
index
measured
in:
accuracy
Y
Sport result
m
0,01
X1
Squat barbell on shoulders
kg
1
X2
Barbell bench press
kg
1
X3
Overhead barbell push from a rack
kg
1
X4
Barbell snatch
kg
1
X5
Barbell push from a rack
kg
1
X6
30 m crouch start with signal
sec.
0,01
X7
Standing long jump
m
0,01
X8
Standing triple jump
m
0,01
X9
Standing five stride jump
m
0,01
X10
Forward two-hand 7,260 kg shot throwing
m
0,01
X11
Backward two-hand 7,260 kg shot throwing
m
0,01
All indexes presenting in Table 2 reveal sports technical and physical abilities of respondents.
They are part of the training process and are used for control and development of the relevant phys-
ical ability. In addition, they are easy to apply and measure and popular among all shot put throwers
around the world.
RESULTS WITH DISCUSSION
The study includes data revealing physical abilities of shot put throwers in multi annual plan –
during the period of their sport and technical development, but we analyze only data from the years
in which they achieved their personal best result. For example, we analyze Georgi Todorov physical
abilities when he achieved the following personal bests – 17,69 m, 18,34 m, 19,74 m, 20,09 m, 20,48m
and 21,01 m. Physical abilities during the intermediate years where we do not observe increase in the
sport results are excluded from the study. This way we investigate 45 cases. This presents the quality
aspect of sport training process – the stack between technical and physical development.
Table 3 presents the results of the research of data variance analysis.
We observed high sport level sample based on sport result (Y) – the average value of the sport
result was 19,44 m. Also we witnessed a wide range of sports result – 4,81 m (from 16,28 m to 21,09
m). In practice, this concerns the period from entering high level of sport mastery to world elite level.
This is a good prerequisite for useful findings for both sport theory and practice.
Table 3. Research data – variance analysis
Y
X1
X2
X3
X4
X5
X6
X7
X8
X9
X10
X11
X avg 19,4
250
203
128
155
170
4,13 3,08
8,8
15,1 17,9 19,2
Mx
0,23 5,97 5,82 3,04 3,23 2,83 0,02 0,02
0,1
0,1
0,24 0,28
Me
20
245
200
133
158
170
4,1
3,07 8,56 15,1 18,1 19,2
Mo
20,3
260
200
135
165
170
4,1
3,2
8,45 15,4 19,5 20,5
Sx
1,34 34,8
34
17,7 18,9 16,5 0,13 0,14 0,57 0,59 1,42
1,6
Sx2
1,79 1213 1153 313
355
273
0,02 0,02 0,32 0,35 2,03 2,57
Ex
-0
-0,7
-0,2
-0,9
-0,1
-0,1
1,14
-0
-1,2
-0,5
-0,3
-1
As
-1
0,23 0,53 0,01 0,15
-0,1
0,72
0,1
0,16
-0,5
0,05 0,06
R
4,81
130
130
65
80
65
0,6
0,55
1,9
2,2
6,32
6,3
Xmin 16,3
200
150
100
125
135
3,9
2,8
7,8
13,8 15,1 16,2
Xmax 21,1
330
280
165
205
200
4,5
3,35
9,7
16
21,4 22,5
Vx% 6,89
12
11,8 11,8 12,2 9,71 3,13 4,53 6,45 3,94 7,97 8,38
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Rumiana Karapetrova
On the whole, the data sample is highly homogeneous, with normal Gaussian distribution of
all studied indexes. This is confirmed by all coefficients presented in Table 3.
Table 4 presents research data correlation analysis. From there we can define all indexes as
such of great importance to the sport result (r ranges from 0,64 to 0,93). It also allows us to use
regression analysis to model the shot put throwers strength preparation. We can explain the high in-
terrelation between research indexes with the fact that all of them are integral part of shot put throw-
ers physical training and are proven as reliable over the years. Figure 1 clearly display these relations.
Table 4 Correlation matrix.
Y
X1
X2
X3
X4
X5
X6
X7
X8
X9
X10
X11
X1
0,73
XXX
X2
0,7
0,81
XXX
X3
0,83
0,85
0,73
XXX
X4
0,85
0,87
0,8
0,95
XXX
X5
0,79
0,52
0,71
0,59
0,66
XXX
X6
-0,68 -0,41 -0,44 -0,52 -0,53 -0,59 XXX
X7
0,64
0,42
0,48
0,54
0,51
0,63
-0,72 XXX
X8
0,79
0,57
0,68
0,68
0,66
0,75
-0,66
0,84
XXX
X9
0,93
0,66
0,67
0,8
0,79
0,8
-0,71
0,8
0,91
XXX
X10 0,83
0,54
0,48
0,71
0,73
0,73
-0,7
0,66
0,67
0,83
XXX
X11 0,82
0,51
0,46
0,69
0,72
0,7
-0,68
0,66
0,64
0,8
0,97
XXX
Figure 1. Sport result correlation model.
Additionally, the interrelations between research indexes are logical (it varies between -0,41
and 0,97) – all indexes are similar in form, content or rhythmic structure. Using the way of positive
transmission, the development of each one gives a positive impact on the development of the other.
In index X6 (30 m crouch start with signal) the correlation sign is negative because when speed in-
creases, time decreases.
In Table 5 we present qualitative-quantitative assessment of shot put throwers physical devel-
opment based on the Sigmal method. Evaluations are as follows – excellent, very good, good, fair and
poor physical abilities development
Comparing throwers physical abilities with those presented in Table 5, each one can correct
the direction in which to focus its efforts – mastering the technical or physical preparation. Full
math between sport result and research indexes supports symmetric development of both technical
and physical components.
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Quantitative-Qualitative Evaluation of Shot put Throwers Sport and Technical Abilities
Table 5 Evaluation table based on Sigmal method.
mark
Y
X1
X2
X3
X4
X5
X6
X7
X8
X9
X10
X11
over
over
over
over
over
over
under
over
over
over
over
over
22,12
319,2
270,6
163,6
192,8
203
3,87
3,36
9,93
16,23
20,72
22,36
from
20,78
284,4
236,6
145,9
174
186,5
3,87
3,22
9,36
15,64
19,29
20,76
to
22,12
319,2
270,6
163,6
192,8
203
4
3,36
9,93
16,23
20,72
22,36
from
18,1
214,7
168,7
110,5
136,3
153,5
4
2,94
8,23
14,45
16,44
17,55
to
20,78
284,4
236,6
145,9
174
186,5
4,26
3,22
9,36
15,64
19,29
20,76
from
16,76
179,9
134,7
92,83
117,5
137
4,26
2,8
7,66
13,86
15,02
15,95
to
18,1
214,7
168,7
110,5
136,3
153,5
4,39
2,94
8,23
14,45
16,44
17,55
under under under under under under
over
under under under under under
16,76
179,9
134,7
92,83
117,5
137
4,39
2,8
7,66
13,86
15,02
15,95
fair
poor
excellent
very good
good
Overtaking by the sport result (Y) related to other indexes (X) suggests a high level of techni-
cal ability and reserves in the physical training – very rare in this discipline.
	 Most often we are witnessing highly developed physical abilities (X) compared to sport-tech-
nical abilities (Y). After this finding a serious correction must be made in the training process in
terms of specialized work for developing shot put technique. In this case we are focusing on tech-
nique development and maintaining the level of physical development or even lowering it until the
desired symmetry is achieved. Premature strength development is often a cause of limitations in
sport and technical realization in this throwing event (Миленски, М., 1981, Стойков, Ст., 2007)
CONCLUSION
The following study provides valuable information for both sport pedagogues and shot put
throwers:
-	 Reveals the importance of studied indexes for sport results improvement;
-	 Gives a way to control of speed-strength abilities of shot put throwers.
Setting the conditions of each thrower with Bulgarian best shot put throwers, provided to ev-
ery specialist a way to correct speed-strength abilities development when it is needed. This way the
training process will be individualized and become more concrete and effective.
REFERENCES
Артарски, Т. (1988) – Дисертация . НСА.
Бутенко, Б., А. Бобров (1970) – Развитие силы у толкателей ядра. ЛА, 7. М.
Верхошанский, Ю. (1980) – Моделирование тренировки в скоростно-силовых видах
легкой атлетики. ЛА, 9. М.
Фиделиус, К. (1971) – Зависимость результата от техники движения и двигательных
качеств. Спорт за рубежом, 4. М.
Гигова, В. (1999) – Статистическа обработка и анализ на данни. НСА, С.
Единна програма за подготовка на лекоатлети-хвърлячи (1985) – под ред. на Й. Кръстев. С.
Желязков, Цв., Брогли, Я., Ножаров, П. (1980) – Система за контрол и оптимизиране на
спортната тренировка – гюле, диск, копие – мъже. ЦС на БСФС, С.
Кръстев, Й. (1976) – Тласкане на гюле. С.
Миленски, М., Ем. Николов (1992) – Тренировката в лекоатлетическите хвърляния.
НСА.
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Rumiana Karapetrova
Панайотов, В. (2011) – Дисертация. НСА.
Стойков, Ст. (2007) – Двигателният потенциал на българските хвърлячи. НСА, С.
Стойков, Ст., Ап. Славчев (1999) - Изследване адаптивните промени в двигателния
потенциал и влиянието им върху спортния резултат при висококвалифициран гюлетласкач.
І-st International scientific congress  “Sport, stress, adaptation”
, 23-24 October, 1999, Sofia, Bulgaria,
Reports, summaries, p.186.
Стойков, Ст., В. Фильов (2005) – Техниката на българските лекоатлети. С.
Stoykov, St. (2007) – The motor potential of Bulgarian throwers. S. NSA.
87
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UDK 796.422.093.352:796.012.13
RUNNING SPEED DYNAMICS IN THE DISCIPLINE 110 M
HURDLES – MEN
Iva Dimova1, Hristyana Guteva1, Jelio Dobrev2, Valentin Filiov3, Grigor Gutev1
1National Sports Academy „Vassil Levski“, Department „Track & Field“, Sofia, Bulgaria
2Lecturer at Trakya University, Stara Zagora, Bulgaria
3National Sports Academy „Vassil Levski“, Department „Track & Field“, Sofia, Bulgaria
INTRODUCTION
Among the hurdle running disciplines, one of the most interesting and spectacular is the 110
m distance for men. Sport specialists in the field of both theory and practice are interested in speed
dynamics in this discipline (Отрубянников, and Разумовский, 1988; Садовский, 1970; Letzelter,
1977, Карапетрова, 2011; Лазаров, 2011).There are many researches in this field, but many of them
are based mostly on mathematics or statistical processing and for this reason sometimes they ap-
pear to be less informative. Also this approach of revealing speed dynamics will provide great help
for training process optimization and control (Deutcher Leichathletik- Verband, 2009; JAAF, 2007;
Kunz, 1980; McFarlene, 1994).
METHOD
The aim of the following study is to research in details running speed dynamics (using running
time splits) in the discipline 110 m hurdles for men. In total 49 cases were analyzed using a video
analysis and statistical methods (variance and correlation analysis). For conducting the following
study, we recorded official competitions using video camera (Nikon D5100) and analyzed intermedi-
ate times for clearing each hurdle videos using Kinovea 0.8.24. The camera was set next to 8th hurdle
and was recording all hurdlers during the 110 m distance. We used touchdowns after the hurdler to
control the time splits (Гутев et al., 2015)
RESULTS WITH DISCUSSION
We divided respondents in two groups based on their results (using expert evaluation). The
first more qualified groups consisted of athletes with results faster than 14,50 seconds (total number
of analyzed cases for this group is 10). The second less qualified groups presented hurdlers with re-
sults slower than 14,50 seconds (the total number of analyzed cases for this group is 39). All the data
from the variance and correlation analysis is presented inTable 1.
The average result for the more qualified group is 14,04 sec., and for the second group is 15,72
sec. Both groups are relatively homogeneous based on variance coefficient (V%) – its values for the
first and the second group are V%=2,24 and V%=5,46 respectively.
Specific characteristic for the more qualified sample are high results (lap times) at the first part of
the race distance (between 1st and 4th hurdle) where the times vary between 1,07-1,08 sec. (see Table 1).
For the second less qualified group the maximum values of lap times (presenting speed dy-
namics) are lower compared the first group. The highest average lap times are ranging between 1,20
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Iva Dimova, Hristyana Guteva, Jelio Dobrev, Valentin Filiov, Grigor Gutev
and 1,22 sec. for the first half of the distances and between 1,22 and 1,31 for the second half. Here we
find higher variance coefficient (V%) levels compared to the first groups where lap times are much
more homogeneous. For the first group all lap times variance coefficient is lower than 5%, as for the
second group these values are higher. Also the standard deviation with the results from the second
groups are higher, especially with the second half of the race distance.
Table 1 Research data statistical analysis – hurdlers slower and faster than 14,50 sec.
The average values for clearing the all hurdles (average lap times) and the standard deviation
for those values are presented graphically on Figure 1. They appear as a role model for the less
qualified hurdlers.
Figure 1
The correlation analysis of lap time for the first, more qualified group, is presented graphically
on Figure 2 (also presented in Table 1). Notable for the first more qualified group of respondents are
the high correlation levels between the start and the 1st hurdle, and the intermediates between 2nd
and 8th hurdle (r>0,750). Also we find interesting lower levels of correlation between the sport result
and the distance between 1st and 2nd hurdle where r=0,597. We well know that this intermediate is
very important regarding the running rhythm between the hurdles. This fact can be explained by the
number of running strides towards the first hurdle and afterwards the transition to three running
strides between the hurdlers. Interestingly, lowering of correlation between intermediates at the end
of the 110 m distance and the sport result means that hurdlers with similar results run this part of
the distance in a different way.
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Running Speed Dynamics in the Discipline 110 m Hurdles – Men
As a characteristics of the less qualified hurdlers we can highlight high correlation levels of
intermediates presenting the specific hurdler endurance (the second half of the distance between 4th
and 9th hurdle). Significantly lower are the correlations values representing the start acceleration and
the maximum running speed on the distance as a complex factors of the sport result.
Figure 2.
Figure 3 displays the average split times of the men from both groups with results under
and over 14,50 seconds. Based on these results we divided the groups two groups – more and less
qualified.
Figure 3.
Based on the results from the variance and correlation analysis, based on Sigmal method, we
developed a model for speed dynamics control based on lap times for both qualification levels. The
evaluation is based on 7 level scale presented in Table 2. The presented models for control present
respondents’ specificitiess and certain level of qualification specialties. Therefore they must be ap-
plied to hurdlers from similar levels of qualification.
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Iva Dimova, Hristyana Guteva, Jelio Dobrev, Valentin Filiov, Grigor Gutev
Table 2
CONCLUSION
The following study reveals in details 110 m hurdle running speed dynamics using interme-
diate times for the age group men for two levels of sport qualification. Presented data are useful for
sport practice for on field athletes’ control using presented models for running speed evaluation.
Regarding the running speed dynamics during the start acceleration, we find individualities ir-
respective of the different sport qualification. Regarding the special hurdle endurance, we found that
it appears to be one of the reserves for sport result improvement for the hurdlers with lower quali-
fication. Maximum running speed is tightly connected to the level if qualification and sport result.
REFERENCES
Deutcher Leichtathletik-Verband, Scientific Research Project – Biomechanical Analysis at the
12th IAAF World Championships in Athletics, Berlin 2009 (Final report, 110 m hurdles men), 2009.
Гутев, Г., В. Фильов, И. Димова, Изследване динамиката на скоростта при
висококвалифицирани състезателки в дисциплината 100 м през препятствия, Европейски
стандарти във висшето образование, Враца 2015.
JAAF (2007), Biomechanics report of Japan biomechanics research project in IAAF World
Championships in athletics for the 2007 Osaka WC (Edited by Ae, M.), Japan Association of Athletes
Federation.
Карапетрова, Р., Дисертация – Моделиране на физическата подготовка на елитни
лекоатлетки- копиехвърлячки, НСА, 2011.
91
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Running Speed Dynamics in the Discipline 110 m Hurdles – Men
Kunz, H. (Heidelberg, 1980), Biomechanische Analysen als Mittel der Trainingsplanning.
Лазаров, И., Дисертация - Антропометрични модели на състезатели в бягането на
средни разстояния, НСА, 2014.
Letzelter, M. (Berlin, 1977): Hurdensprint.
McFarlene, B., Hurdles: a basic and advanced technical model, Track Technique, 128, 4073 –
4079, 1994.
Отрубянников, Р. Я., Е. А. Разумовский, Спринт с барьерами, Киев, изд. „Здоровья“, 1988
год.
Садовский, В.В., Барьерньй бег – 2-е преработанное и дополненное издание, Библиотечка
легкоатлета, Изд. „Физкултура и спорт, Москва, 1970 год.
92
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UDK 796.012.2:796.332.012.13
STUDY THE EFFECT OF COORDINATION EXERCISES ON SPEED
DEVELOPMENT OF FOOTBALL PLAYER U17
Hristyana Guteva1, Plamen Nyagin1 , Iva Dimova1
1National Sports Academy „Vassil Levski“, Department „Track & Field“, Sofia, Bulgaria
INTRODUCTION
Work with adolescent football players (U17) in the stage of specialized sports preparation
has a particular meaning for their future passing in the elite sport. This I so because the one side of
pursuits with growing in their form and contents have to be tempting, on the other side the aim of
the work is developing a complex of abilities and discovering their future possibilities for expression.
(Бъчваров, 1999)
Our analysis of the current state of preparation of adolescent players in Bulgaria revealed the
existence of several problems.
From the analysed methodological literature, we found little information regarding coordination
speed for adolescent football players (Бъчваров, 1999; Гъдев, 2013). From sport-pedagogical point
of view this component of the training process is with great importance for all football players.
On one hand, they are connected with the lack of trained specialists in conditional training
and on the other hand, with the work of the coaches that does not meet the goals and objectives for
this stage of the multiannual training process in football. (Алиев et al., 2010)
Regarding this, we set the goal to seek opportunities to optimize the training sessions with
adolescent players by improving the effect of the training work in them. (Гутев, 2015)
METHOD
The aim of the following study is to optimize training session with adolescents’ football players
(U17) by improving the effect of training sessions using a set of various coordination exercises. A
pedagogical experiment was carried for establish the effect of this training model including 20 football
players (U17) from PFC Levski Sofia and 20 players U17 from PFC Lokomotiv. In the beginning of
the season both groups (one training using commonly used methodology and the other one using
experimental methodology) were tested using special set of tests, revealing coordination abilities.
PFC Levski football players added to their training plan three sessions per week with priority use of
coordination exercises (using hurdles, speed ladder and different exercises with change of direction
– all performed with maximum speed). After the end of the first training cycle were applied 5 more
test to both groups.
At the beginning of the educational and training work all the players were subjected to sport-
pedagogical tests, revealing the level of speed:
1. Test for start quickness – running 5 meters, standing start ( X1 ) in sec.;
2. Test for maximum speed - running 10 m, flying start (X2 ) in sec.;
3. Test for start acceleration - running 20 meters, standing start ( X3 ) in sec.;
4. Test for linear speed - running 30 meters, standing start ( X4 ) in sec.;
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Study the Effect of Coordination Exercises on Speed Development of Football Player U17
After the first training macrocycle, a second testing was conducted including the test from the
first testing and adding 5 more specific football tests (all measured in seconds). Before the completion
of the test all respondents warm up for 10 minutes.
5. Zig-zag test (X5);
Figure 1. Zig-zag test (X5).
6. T-test (X6) - This test requires the athlete to touch a series of cones set out in “T” shape
whilst side stepping and running as fast as possible;
Figure 2. T-test (X6).
7. Test “Arrowhead” left (X7) - Purpose: this is a test of speed, explosion, body control and the
ability to change direction over a range of angles and directions;
8. Test “Arrowhead” right (X8);
Figure 3. Test “Arrowhead” left (X7) and right (X8).
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Hristyana Guteva, Plamen Nyagin , Iva Dimova
9. Test “Illinois” (X9).
Figure 4. Test “Illinois” (X9).
RESULTS WITH DISCUSSION
Comparison of data at the beginning of the experiment revealed no significant differences in
baseline adolescent football players involved in both groups. Table 1 presents variance and reliability
analysis of control and experimental groups comparing the levels of both groups at the beginning of
the experiment.
Table 1
Variance and reliability of differences in absolute (d) and relative (%) values for control and
experimental groups at the beginning of the experiment.
According to the calculated empirical values of the Students T-test for dependent samples, all
values show improvement at the end of the experiment and all differences are statistically reliable
for both the control and experimental groups. This reveals, that both used in practice system for
speed development and the proposed optimized model for adolescents football players significantly
improve respondents speed abilities.
	 Table 2 and 3 presents data for the control and experimental groups regarding indexes from
X1 to X4 at the beginning and the end of the experiment.
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Study the Effect of Coordination Exercises on Speed Development of Football Player U17
Table 2 Variance and reliability of differences in absolute (d) and relative (%) values for the
control group at the beginning and the end of the experiment.
Table 3Variance and reliability of differences in absolute (d) and relative (%) values for the
experimental group at the beginning and the end of the experiment.
More interesting for our study are the results from the comparison between results for both
control and experimental groups at the second testing applying all 9 tests. According to all empiric
values of Students T-test for independent samples shows essential difference in the second testing
for the first four tests in favor of the experimental group.
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Hristyana Guteva, Plamen Nyagin , Iva Dimova
Table 4 Variance and reliability of differences in absolute (d) and relative (%) values for the
control and experimental group at the end of the experiment.
	 Regarding the comparative analysis of the results from the other five test revealing specific
information with coordination character, we find greater improovment with the respondents from
the experimental group. The statistically significant Student T-test value for independent samples
supports the levels of improovment in favor of the experimental groupusing the new proposed
optimized model for speed develepemnt through priority use of coordination exercises with
adolescent football players (regarding indexes X5, X6, X7, X8 and X9).
	 The football players from the experimental group are ahead compared to their peers from
the control groups mostly in maximum running speed (X2). This fact can be explained by the
deliberate effect of coordination exercises for improvement of muscle coordination and frequency
of movements. Also highlighted is the lead of the experimental group compared to the control
regarding the test for linear speed/velocity (X4). This advantage of the first group can be explained
by the positive effect of coordination exercises on start reaction, running acceleration and already
mentioned maximum running speed.
	 Adolescent players from the experimental group who applied the training program with
priority use of coordination exercises for speed development have better indicators characterizing
the level of various forms of speed manifested in the sprint running.
	 Also clearly visible is the advantage of the experimental group compared to the control when
analyzing specific coordination tests (X5, X6, X7, X8 and X9).
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Study the Effect of Coordination Exercises on Speed Development of Football Player U17
CONCLUSION
Based on the results from the control and experimental groups at the beginning and the end
of the experiment we can conclude that:
1. The proposed experimental model including priority use of specific set of coordination
exercises has a positive effect of speed development.
2. The priority use of coordination exercises in adolescents football players training process
leads to reliably expressed development of specific abilities related to start, start acceleration, linear
and maximum running speed.
3. From the results of all tests we found that through coordination exercises use were improved
all components of speed and quickness.
In conclusion, we believe that the proposed new optimized model for preparation of
adolescents’ players with success can be used in different stages of sports training, in order to achieve
greater impact in developing speed, respecting the basic principles of work for the age.
REFERENCES
Алиев, А., А. Гигов, П. Нягин, В. Гигова – Нормативи за оценка на скоростните
възможности на 16-19 годишни футболисти от Р. Азербайджан, Сп. „Спорт и Наука“, 2010, бр. 6.
Бъчваров, М. „Футбол Интегрална физическа кондиция“, София, 1999
Гъдев, М., Теоретични основи и методико-технологични аспекти на неспецифичната
кондиционна подготовка в детско-юношеския футбол – Дисертация, НСА, 2013.
Гутев, Г., Промени в спортно-техническите характеристики на препятственото бягане
съобразно комплексните фактори на постижението, Дисертация, НСА, 2015.
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UDK 796:316.624-057.874
ISTRAŽIVANJE STAVOVA VASPITAČA I RODITELJA O ZNAČAJU FIZIČKE
AKTIVNOSTI U PREVENCIJI VRŠNJAČKOG NASILJA
Nataša Sturza Milić1, Tanja Nedimović2, Aleksandar Stojanović3, Jelena Prtljaga4
1, 2, 4 Visoka škola strukovnih studija za vaspitače “Mihailo Palov”
, Vršac, Srbija
3 Učiteljski fakultet, Beograd, Srbija
UVOD
Аgresivnost i različiti oblici nasilja sve više su prisutni u međusobnoj komunikaciji među de-
com, ali i između odraslih i dece. Nasilje među decom obuhvata širok spektar agresivnih ponašanja,
od rešavanja sukoba nasilnim putem, neprihvatljivog izražavanja ljutnje ili frustracije, do ozbiljnih
incidenata koji mogu ugroziti i živote dece (Nedimović, 2014; Plut i Popadić, 2007; Popadić, 2009).
Agresija se često izjednačava sa terminom nasilje i njegovim značenjem, iako je nasilje najizoštrenija
i najgrublja agresija (Božović, 2007). Ono u velikoj meri zavisi od konteksta u kojem se dešava i u
kome značajan udeo imaju društvene norme i običaji (Bodin, 2011; Olweus, 1994; Craig i Pepler,
1997). Bodin smatra (2011) da ono što se u modernom društvu smatra nasiljem, svakako ne bi imalo
isto značenje na drugim područjima i kulturama. Nasilno ponašanje među vršnjacima odlikuje se
elementima fizičkog i psihološkog povređivanja koji se namerno ponavljaju od strane jednog ili gru-
pe učenika (Smederevac i sar., 2010, Nedimović i Biro, 2011; Nedimović, 2012). Nasilje (uključujući i
vršnjačko) je svaki oblik jednom učinjenog ili ponovljenog verbalnog ili neverbalnog ponašanja koje
ima za posledicu stvarno ili potencijalno ugrožavanje zdravlja, razvoja i dostojanstva deteta (Olwe-
us, 1993). Pod nasiljem u sportu podrazumeva se ponašanje izvan pravila sporta koje je namerno
usmereno na povređivanje i oštećenje drugih učesnika (Bačanac, 2010, prema, Popadić i sar., 2011).
Posledice agresije i nasilja ne trpe samo žrtve, već i sami izazivači nasilja. Deca koja se nasilno pona-
šaju u detinjstvu su pod visokim rizikom da u odraslom dobu razviju delinkventne oblike ponašanja,
uđu u kriminal i postanu zavisna od alkohola i psihoaktivnih supstanci (Kaltiala-Heino i sar., 2000).
Posledice po nasilnike mogu biti u pravcu razvoja psihosomatskih simptoma (česte glavobolje, pro-
blemi sa kožom, atletsko stopalo, pojačano znojenje, drhtanje, palpitacija, panični napadi i sl.) i sla-
bijeg akademskog postignuća (Ratner i sar., 2006). Nasilje među vršnjacima, posebno u predškolskim
ustanovama i školama nije nova pojava, mada se o nasilju nedovoljno govori u našoj pedagoškoj,
psihološkoj i sociološkoj literaturi, a stiče se utisak da se posebno malo izučava u okviru nastavničkih
studija (posebno, vaspitača i učitelja) i stručnog usavršavanja prosvetnih radnika (Nedimović i sar.,
2014). Tendencija opšteg neprihvatanja i šikaniranja među decom javlja se sve ranije, pa je taj pro-
blem potrebno rešavati već na predškolskom uzrastu uz neophodno uključivanje odraslih (roditelja,
vaspitača, trenera i drugih). S druge strane, roditelji i društvo sve više očekuju od vaspitno-obrazov-
nih institucija (počev od predškolskih) da zadovoljavaju razvojno-obrazovne potrebe dece, da izlaze
u susret njihovim mogućnostima i razvijaju potencijale koji nose, da stvaraju ambijent u kome sva
deca mogu da uče i napreduju u skladu sa svojim sposobnostima, emocionalnim i motivacionim
osobinama, interesovanjima, iskustvima i znanjima, kao i da rešavaju različite probleme. Otkrivanju
uzroka problema i neprihvatljivog ponašanja kod dece, uklanjanju i preusmeravanju problematičnog
ponašanja dece potrebno je posvetiti posebnu pažnju, u što ranijem uzrastu. Pojedini autori ističu
činjenicu da ono što vršnjačko nasilje čini žilavim i održivim je nedovoljno ozbiljan tretman ovog fe-
nomena, odbijanje da se pojava imenuje i da se o njoj javno govori. Predškolska ustanova, a ni poro-
dica, često ne prepoznaju nasilje na pravi način (vide nasilje kao igru, zabavu, deo kulturnog nasleđa
i sl.), pa mu se i ne suprotstavljaju ili to čine neadekvatno (Smederevac i sar., 2010).
Istraživači ističu (Conduct Problems Prevention Research Group, 1999; Drake, 2003; Gašić-
-Pavišić, 2004; Jovanović-Mađar, 2014; Nedimović i Biro, 2011; Popadić, 2009; Popadić i sar., 2011)
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da je vršnjačko nasilje moguće suzbiti sprovođenjem odgovarajućih postupaka, dok je blagovremena
identifikacija i evidencija problema osnovni uslov planiranja mera intervencije i njihovog usmerava-
nja na rizične grupe. Kada se radi o prevenciji nasilja i nasilnih obrazaca ponašanja, vaspitno-obra-
zovne institucije, kao i porodicu, treba senzibilisati i uspostaviti mehanizme otvorene i sadržajne
komunikacije o ovom fenomenu savremenog društva koji sve više uzima maha u svakodnevnom
životu. U tom kontekstu, neophodno je osmišljavanje različitih mehanizama i programa prevencije
za suzbijanje vršnjačkog nasilja koji bi podstakli relevantne odrasle (roditelje, vaspitače, trenere i
druge), ali i samu decu da postanu svesni ovog problema, kao i ponuditi strategije koje će doprineti
smanjenju nasilja među decom. S obzirom na to da se uticaji socijalne sredine značajno odražavaju
na dečije stavove i razvijanje društveno-prihvatljivih normi ponašanja, uključivanje porodice u va-
spitni rad predškolske ustanove veoma je značajan.
Fizička aktivnost (FA) doprinosi povećanju kvaliteta života dece i odraslih (zdravlja, samopo-
štovanja, socijalnih odnosa) i utiče na razvoj različitih aspekata razvoja. Naučne studije pokazuju da je
FA značajno sredstvo u prevenciji vršnjačkog nasilja (Božović, 2007; Nedimović, 2013; Popadić i sar.,
2011). Fizička aktivnost ima pozitivan uticaj na mentalno zdravlje ljudi, budući da sprečava depresiju i
anksioznost, neutrališe efekte stresa, uz istovremeno podizanje i razvijanje samopoštovanja i pozitivne
slike o sebi (Jürimäe i Jürimäe, 2001, Matejak i Planinšec, 2014). Naravno, kada govorimo o pozitivnom
uticaju fizičke aktivnosti na čovekov organizam, mora se imati u vidu da ona treba biti personalizovana,
odgovarajuće učestalosti i trajanja (Pate i sar., 1995; Sallis i Owen, 2002). Fizički aktivan životni stil može
voditi do poboljšanja fiziološkog i psihološkog zdravlja mladih ljudi (Sturza Milić i Nedimović, 2014).
Fizička aktivnost predstavlja ključni faktor u poboljšanju i održavanju sposobnosti ljudskog organizma,
kao i u umanjenju posledica funkcionalnih i degenerativnih oboljenja, koja se često nazivaju „bolesti
načina života”
, dok sama promena načina života, uključujući i povećanje fizičke aktivnosti, može da
dovede do smanjenja broja bolesti ili prerane smrti (Bratić, 2014). Nažalost, kao iskonska vrednost,
fizička aktivnost sve više nazaduje. Njen nedostatak i pad ne dovodi samo do problema u biološkom
smislu, već i do (samo)otuđenja čoveka i neprijateljskog odnosa prema drugim ljudima (Škof, 2010).
Potrebno je stvoriti uslove za redovno upražnjavanje fizičke aktivnosti i njenih različitih oblika, sa na-
pomenom da postoje populacione grupe koje zahtevaju posebnu pažnju. Ovde se prevashodno misli
na decu i mlade, kao i na studente, koji će veoma brzo postati radno aktivna populacija (Andrijašević
i sar., 2014; Cerar i Kondrić, 2014; Pedišić, 2014; Sturza-Milić, 2013, Sturza Milić i Nedimović, 2014).
Na taj način bi, pored dece, i odrasli postali korisnici različitih programa (vaspitači i roditelji), aktivno
učestvujući u planiranju i realizaciji vaspitno-obrazovnih sadržaja u predškolskoj ustanovi, te u odre-
đenim dečijim projektima ili u projektima lične edukacije. U skladu sa već pominjanom činjenicom da
je problem vršnjačkog nasilja sve prisutniji i u vaspitno-obrazovnim ustanovama, sve je veća potreba za
istraživanjima koja se bave ovom aktuelnom problematikom, a sa ciljem da se dobiju relevantni podaci
i informacije koje bi pomogle prevenciji ovakvog ponašanja. Iz predhodno navedenih razloga, cilj ovog
istraživanja bio je ispitivanje stavova vaspitača i roditelja o značaju fizičke aktivnosti u funkciji preven-
cije vršnjačkog nasilja na pripremnom predškolskom uzrastu.
METOD
Istraživanje je izvršeno na uzorku od ukupno 279 ispitanika. Od toga je 142 vaspitača dece
pripremnih predškolskih grupa i 137 roditelja. U uzorku je bilo 11,8% ispitanika muškog pola i 88,2%
ženskog pola. 97,2 % ispitanika živi u gradu (na teritoriji AP Vojvodine), a 2,7 u selu (na teritoriji AP
Vojvodine).
Istraživanje se baziralo na deskriptivnom i kauzalnom neeksperimentalnom metodu. Da bi se is-
pitali stavovi vaspitača i roditelja o značaju fizičke aktivnosti u prevenciji vršnjačkog nasilja konstruisani
su upitnici (za vaspitače i za roditelje) koji su sadržali 12 stavki i direktno uvodno obraćanje. Upitnici su
bili Likertovog tipa (stepeni kontinuuma vrednosne skale organizovani su od 1 do 5, u logičnom sledu
od minimalnog prihvatanja do maksimalnog prihvatanja datog stava). Svaka stavka upitnika sadržala je
samo jednu misao koja nije bila dvosmislena i sugestivna. Izračunate merne karakteristike korišćenog
instrumenta bile su zadovoljavajuće. Pouzdanost je potvrđena Cronbach-ovim koeficijentom alfa koji
je iznosio 0,862. Objektivnost je obezbeđena procesom indirektnog prikupljanja podataka.
Za statističku obradu podataka korišćeni su parametri deskriptivne (M – prosek i SD – stan-
dardna devijacija) i komparativne statistike (T-test za utvrđivanje razlika između malih, nezavisnih
grupa).
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REZULTATI
U tabelama 1 i 2 prikazane su varijable koje su bile usmerene na ispitivanje značaja fizičke ak-
tivnosti (FA) u prevenciji vršnjačkog nasilja, broj ispitanika (N), proseci (M) i standardne devijacije
(SD) stavova vaspitača i roditelja:
Tabela 1. Stavovi vaspitača o značaju FA u prevenciji vršnjačkog nasilja
R.B.
Varijabla
N
M
SD
1.
Upražnjavanje FA je važno za fizički razvoj i zdravlje dece
142
4.95
.222
2.
Važno je da se deca bave FA svakog dana
142
4.88
.331
3.
Važno je da deca imaju redovnu FA u predškolskoj ustanovi
142
4.62
.567
4.
Važno je da podstičem decu da budu fizički aktivna
142
4.80
.399
5.
Deca u mojoj v.o. grupi uživaju u FA
142
4.67
.515
6.
Ja lično uživam u FA
142
4.45
.711
7.
Materijalni faktor je važan za upražnjavanje FA dece
142
2.71
1.391
8.
Upražnjavanje FA unapređuje kvalitet života
142
4.70
.524
9.
FA je važna za razvoj ličnosti dece
142
4.69
.507
10.
FA je važna za razvoj socijalne interakcije među decom
142
4.57
.595
11.
FA umanjuje pojavu nasilja kod dece
142
4.54
.646
12.
Deca su manje nasilna prema drugoj deci posle FA
142
4.33
.910
N- broj ispitanika; M- srednja vrednost; SD- standardna devijacija
Tabela 2. Stavovi roditelja o značaju (FA) u prevenciji vršnjačkog nasilja
R.B.
Varijabla
N
M
SD
1.
Upražnjavanje FA je važno za fizički razvoj i zdravlje dece
137
4.76
.458
2.
Važno je da se deca bave FA svakog dana
137
4.54
.630
3.
Važno je da deca imaju redovnu FA u predškolskoj ustanovi
137
4.46
.569
4.
Važno je da podstičem moje dete da bude fizički aktivno
137
4.63
.597
5.
Moje dete uživa u FA
137
4.69
.537
6.
Ja lično uživam u FA
137
4.13
.979
7.
Materijalni faktor je važan za upražnjavanje FA dece
137
2.65
1.427
8.
Upražnjavanje FA unapređuje kvalitet života
137
4.64
.573
9.
FA je važna za razvoj ličnosti dece
137
4.54
.719
10.
FA je važna za razvoj socijalne interakcije među decom
137
4.33
.855
11.
FA umanjuje pojavu nasilja kod dece
137
4.27
.910
12.
Moje dete je manje nasilno prema drugoj deci posle FA
137
3.72
1.277
                           N- broj ispitanika; M- srednja vrednost; SD- standardna devijacija
Nakon pojedinačne analize stavova vaspitača i roditelja, primenom T-testa za ispitivanje razlika
između stavova vaspitača i roditelja o značaju fizičke aktivnosti u prevenciji vršnjačkog nasilja, uočava
se da u sledećim varijablama postoji statistički značajna razlika, i to, u korist vaspitača (Tabela 3).
Tabela 3. Razlika između stavova vaspitača i roditelja o značaju FA u prevenciji vršnjačkog nasilja
Red.
broj
Varijabla
t - vrednost
p – nivo
značajnosti
1.
Upražnjavanje FA je važno za fizički razvoj i zdravlje dece
t = 3.612; p=.000
10.
FA je važna za razvoj socijalne interakcije među decom
t = 2.531; p=.017
11.
FA umanjuje pojavu nasilja kod dece
t = 2.257; p=.025
12.
Deca su manje nasilna prema drugoj deci posle FA
t = 3.734; p=.000
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DISKUSIJA
Na uzorku od 142 vaspitača pripremnih predškolskih grupa, ispitano je 12 varijabli koje su bile
usmerene na ispitivanje stavova vaspitača o značaju fizičke aktivnosti (FA) u prevenciji vršnjačkog
nasilja. Većina dobijenih skorova kreće se u rasponu od 4.33 do 4.95 na osnovu čega se može zaklju-
čiti da ispitani vaspitači dodeljuju izuzetno visoke ocene svim ispitanim varijablama. To se ne može
zaključiti za varijablu: Materijalni faktor je važan za upražnjavanje FA dece (M=2,71), tako da će se
ona zasebno analizirati. Najviše ocene vaspitači dodeljuju sledećim varijablama: Upražnjavanje FA
je važno za fizički razvoj i zdravlje dece (4.95), Važno je da se deca bave FA svakog dana (4.88), Važno
je da podstičem decu da budu fizički aktivna (4.80). Ovako pozitivno izraženi stavovi vaspitača dece
pripremnih predškolskih grupa sugerišu na to da su ispitani vaspitači svesni značaja FA u savreme-
nim uslovima života, potrebi za svakodnevnim upražnjavanjem FA, kao i lične uloge koju imaju kada
je u pitanju podsticanje dece na svakodnevnu FA. Ovakva usmerenost u skladu je sa rezultatima i
preporukama mnogih istraživanja o značaju FA za zdravlje i razvoj predškolske dece, kao i o značaju
upražnjavanja i podsticanja dece na svakodnevnu FA (Đorđić, 2006; Starc i Strel, 2012; Sturza Mi-
lić, 2014; WHO, 2010; Zajec i Cemič, 2010). Zatim, relativno visoke ocene vaspitači dodeljuju svim
varijablama u kojima se prepoznaje uticaj FA na različite segmente razvoja predškolskog deteta i na
povećanje kvaliteta života, što je uočeno i u drugim istraživanjima (Matejak i Planinšec, 2008, 2014;
Perić i Tišma, 2014; Sturza Milić i Nedimović, 2015): Upražnjavanje FA unapređuje kvalitet života
(4.70), FA je važna za razvoj ličnosti dece (4.69) i FA je važna za razvoj socijalne interakcije među
decom (4.57). Na osnovu visokih vrednosti ocena prilikom izražavanja stavova Ja lično uživam u FA
(4.45) i Deca u mojoj v.o. grupi uživaju u FA (4.67), možemo zaključiti da vaspitači FA prepoznaju
kao moćno sredstvo svakodnevnice u kojoj mogu uživati i odrasli i deca. Ipak, na osnovu dobijenih
vrednosti zaključujemo da se permanentnom edukacijom i senzibilizacijom vaspitača u ovom seg-
mentu FA može učiniti još zanimljivijom i pristupačnijom. Ovo je naročito važno u radu sa decom,
s obzirom na to da u svakodnevnom životu predškolske dece fizička aktivnost, nažalost, sve češće
„gubi bitku” sa kompjuterskim igricama, nekvalitetnim TV programom i drugim oblicima neade-
kvatne zabave dece (Biddle, 2010; Goldberg, 2003; Kisin i sar., 2007; Makavić i sar., 2007, Matić i sar.,
2010; Sturza Milić i Nedimović, 2014). Analizom vrednosti stavova vaspitača FA je prepoznata kao
sredstvo u borbi protiv vršnjačkog nasilja. To se može zaključiti na osnovu visokih vrednosti ocena
koje vaspitači dodeljuju varijablama: FA umanjuje pojavu nasilja kod dece (4.54) i Deca su manje
nasilna pr. drugoj deci posle upražnjavanja FA (4.33). Dobijene vrednosti, naročito, kada je u pitanju
poslednja navedena varijabla ukazuju na mogućnost dodatne senzibilizacije i edukacije vaspitača
kada je u pitanju primena svakodnevne FA u prevenciji vršnjačkog nasilja.
Na uzorku od 137 roditelja dece pripremnog predškolskog uzrasta, ispitano je 12 varijabli koje
su bile usmerene na ispitivanje stavova roditelja o značaju fizičke aktivnosti u prevenciji vršnjačkog
nasilja. Većina dobijenih skorova kreće se u rasponu od 3.72 do 4.76, na osnovu čega se može zaklju-
čiti da ispitani roditelji dodeljuju relativno visoke ocene svim ispitanim varijablama. To se ne može
zaključiti za varijablu: Materijalni faktor je važan za upražnjavanje FA dece (M=2.65), slično kao i
kod uzorka ispitivanih vaspitača. Na osnovu preciznije analize dobijenih rezultata može se zaključiti
da roditelji dodeljuju visoke ocene za sve ispitane varijable koje povezuju fizičku aktivnost i njen po-
zitivan uticaj na pravilan razvoj i zdravlje dece, kao i na povećanje kvaliteta života: Upražnjavanje FA
je važno za fizički razvoj i zdravlje dece (4.76), Upražnjavanje FA unapređuje kvalitet života (4.64) i
FA je važna za razvoj ličnosti dece (4.54). Roditelji smatraju da je važno da deca imaju redovnu FA u
predškolskoj ustanovi (Važno je da deca imaju redovnu FA u predš. ustanovi 4.46), kao i da ih treba
podsticati na FA (Važno je da podstičem moje dete da bude fizički aktivno 4.63). Iz vrednosti ocena
prethodne dve stavke možemo zaključiti da roditelji smatraju da u podsticanju dece na FA i porodica
ima značajnu ulogu, a ne samo predškolska ustanova. Sličnu usmerenost možemo uočiti u brojnim
studijama (Džejms i Praut, 2004; Hardman, 1997; Čižmanski i sar., 2008). Roditelji izražavaju stav
da njihova deca više uživaju u FA (Moje dete uživa u FA 4.69), nego oni sami (Ja lično uživam u FA
4.13). Istraživanja pokazuju da se odnos roditelja prema FA itekako može preneti i na decu, kao i to
da roditelji imaju važnu ulogu u stvaranju „kretnog“ kapitala kod dece (Davison i sar., 2003; Đorđić,
2006; Maksimović i sar., 2008; Pišot, S., 2012; Sturza Milić, 2008). Nešto niže ocene roditelji dodelju-
ju varijablama: FA je važna za razvoj socijalne interakcije među decom (4.33), FA umanjuje pojavu
nasilja kod dece (4.27) i Moje dete je manje nasilno pr. drugoj deci posle FA (3.72). Kao i vaspitači,
najnižu ocenu prilikom izražavanja svog stava roditelji dodeljuju varijabli: Materijalni faktor je važan
za upražnjavanje FA dece (2.65). Naime, roditelji smatraju da materijalni faktor nije presudan kada
je u pitanju kvalitetna organizacija FA u radu sa predškolskom decom. S obzirom na činjenicu da je
materijalni faktor kao sredstvo predškolskog fizičkog vaspitanja u mnogim istraživanjima prepoznat
102
Conference Procedings
Nataša Sturza Milić, Tanja Nedimović, Aleksandar Stojanović, Jelena Prtljaga
kao vrlo značajan, pomalo začuđuju ovako dobijeni rezultati, ali, s druge strane obećavaju, s obzirom
na to da vaspitači i roditelji smatraju da matrijalni faktor (dobar, ali, nažalost, u našoj sredini, češće -
loš) ne mora biti presudan, pa samim tim ni ograničavajući za kvalitetno upražnjavanje FA od strane
dece. Svakako bi se ovo pitanje trebalo preciznije ispitati u budućim istraživanjima.
Nakon pojedinačne analize stavova vaspitača i roditelja, primenom T testa za ispitivanje razli-
ka između stavova vaspitača i roditelja o značaju fizičke aktivnosti, uočava se da u sledećim varija-
blama postoji statistički značajna razlika, i to, u korist vaspitača: Upražnjavanje FA je važno za fizički
razvoj  i zdravlje dece (t = 3.612, p=.000); FA je važna za razvoj socijalne interakcije među decom
(t = 2.531, p=.017); FA umanjuje pojavu nasilja kod dece (t = 2.257, p=.025); Deca su manje nasilna
prema drugoj deci posle upražnjavanja FA (t = 3.734, p=.000).
Ovako dobijeni rezultati upućuju na to, da kada je u pitanju senzibilizacija vaspitača i roditelja
u vezi sa značajem fizičke aktivnosti na različite segmente razvoja dece, više prostora treba posvetiti
senzibilizaciji roditelja, odnosno, osmišljavanja različitih strategija i programa edukacije odraslih
(roditelja) u cilju promocije značaja FA. Roditelje treba upoznati sa činjenicom da nove tendenci-
je vaspitno-obrazovnog rada u predškolskim ustanovama holistički posmatraju dete, uvažavajući
saznanje da su različiti aspekti razvoja deteta u međusobnoj interakciji i da se ne mogu grubo raz-
dvojiti, i da raznovrsnim fizičkim aktivnostima treba podsticati i delovati na sve segmente dečijeg
razvoja (motorni, intelektualni, moralni, socijalni, radni), budući da se oni međusobno prepliću i
uslovljavaju. Takođe uočavamo da vaspitači u odnosu na roditelje veći značaj pridaju redovnoj, sva-
kodnevnoj fizičkoj aktivnosti dece, što se može pripisati njihovoj edukaciji u okviru školovanja za
profesiju kojom se bave. Ovako dobijeni rezultati u skladu su sa aktuelnim istraživanjima o značaju
edukacije budućih prosvetnih radnika (pre svega, vaspitača i učitelja) o širokom značaju FA (Biddle i
sar., 2004, 2010; Deforche i sar., 2006; Đorđić, 2006; Pišot, R., 2012, 2014; Sturza Milić, 2013; Sturza
Milić i Nedimović, 2014), a sa druge strane, nameću potrebu boljeg informisanja roditelja o značaju
FA. Ispitivani vaspitači u većoj meri (u odnosu na roditelje) prepoznaju FA kao sredstvo suzbijanja
vršnjačkog nasilja. Zato zaključujemo da bi roditelje u većoj meri trebalo senzibilisati primenom
različitih programa i strategija koje FA preporučuju kao sredstvo suzbijanja nasilja kod dece.
ZAKLJUČAK
Jačanje kompetencija vaspitača, ali i roditeljskih kompetencija jedino je moguće na osnovu pa-
žljivo i stručno osmišljenih programa koji su usmereni na razvijanje svesti o značaju uloge vaspitača
i roditelja u vaspitanju dece predškolskog uzrasta, boljeg informisanja i stručne pomoći vaspitačima
i roditeljima u vaspitanju dece. Društvo je odgovorno za stvaranje uslova koji bi omogućili kvali-
tetan i aktivan život dece (Bratić, 2014; Brodersen i sar., 2007; Matejak i Planinšec, 2008; Pišot, S.,
2012). Rezultati ovog istraživanja pokazuju da fizičku aktivnost treba što više uključiti u svakodnevni
život dece, kao i to da roditelji i vaspitači smatraju da je FA moćno sredstvo koje se može koristiti
u prevenciji vršnjačkog nasilja. Fizičku aktivnost i njene raznovrsne oblike trebalo bi staviti u širi
kontekst. U našem društvu svi znaju da nasilje treba zaustaviti, ali, realna sredstva u ostvarenju ove
težnje, nažalost, često izostaju. Konkretni programi trebalo bi da budu usmereni ka podizanju nivoa
svakodnevne FA kod dece, ali i na njenu usmerenost ka razvijanju samopoštovanja i poštovanja dru-
gih, smisla za saradnju, tolerancije, fer ponašanja. Budući da je u ovom istraživanju uočena razlika
između mišljenja vaspitača i roditelja o značaju FA na različite segmente života predškolske dece i
za prevenciju vršnjačkog nasilja, različitim strategijama bi u većoj meri trebalo uticati na pedagoško
obrazovanje roditelja i njihovo značajnije uključivanje u različite oblike zajedničkog vežbanja i ak-
tivnosti sa decom. Iako je ovim istraživanjem obuhvaćen relativno mali uzorak ispitanika roditelja i
vaspitača, dobijeni rezultati mogu da posluže kao putokaz za sprovođenje potencijalnih programa
prevencije vršnjačkog nasilja u kojima će dominirati kvalitetna fizička aktivnost.
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morskem, Znanstveno-raziskovalno središče, Univerzitetna založba Annales.
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dova sa Međunarodne naučne konferencije „Efekti primene fizičke aktivnosti na antropološki status
dece, omladine i odraslih“, ur. dr Dušan Mitić, str. 35-57. Beograd: Fakultet sporta i fizičkog vaspi-
tanja.
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national Conference Moving up Physical Education and Sports Participation on the Public Health
Agenda It Is Not Too Late to Act! Madrid: Universidad Europea de Madrid and School of Sports
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Škof, B. (2010). Spravimo se v gibanje, za zdravje in srečo gre. Ljubljana: University of Ljublja-
na. Faculty of Sports Institute.
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Zajec, J., Cemič, A. (2010). Lifestyle of Future Preschool Teachers. Rado Pišot, Petra Dolenc,
Vesna Štemberger, Boštjan Šimunčić, Ronald Malej (ur.), Zbornik prispevkov - 6. mednarodni znan-
stveni in strokovni simpozij “Otrok v gibanju za zdravo staranje” Portorož, 2010 (420-422). Koper:
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v Ljubljani, Pedagoška fakulteta.
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UDK 796:316.624-057.874
RESEARCH OF THE PRESCHOOL TEACHERS’ AND PARENTS’ OPINION
ON THE IMPORTANCE OF PHYSICAL ACTIVITY FOR THE PREVENTION
OF PEER VIOLENCE
Natasa Sturza Milic1, Tanja Nedimovic2, Aleksandar Stojanovic3, Jelena Prtljaga4
1, 2, 4 Preschool Teacher Training College „Mihailo Palov“, Vrsac, Serbia
3 Teachers College, Belgrade, Serbia
INTRODUCTION
Aggression and various types of violence are becoming increasingly present in communication
and interaction among children, but also among children and adults. When we explore peer violence
from the psychological perspective, we can view it as a subgroup of aggressive behaviour, since
aggression is a broader concept which includes violence, and therefore also includes peer violence.
Violence (including peer violence) is any form of once committed or repeated verbal or nonverbal
behaviour which as a consequence has real or potential threat to the child’s health, development
or dignity (Olweus, 1994; Nedimovic, 2014). Violence among children covers a wide array of
behaviour, from resolving a conflict in a violent manner, to unacceptable ways of expressing anger
and frustration, to serious incidents which can even threaten the child’s life (Nedimovic, 2014; Plut
& Popadic, 2007; Popadic, 2009). Violence to a large degree depends on the context in which it
occurs and on the social norms and customs of the community (Bodin, 2011; Craig & Pepler, 1997;
Olweus, 1994). Bodin (2011) suggests that what the modern (western) culture considers violence
would definitely not be understood in the same way in different regions. Violent behaviour among
peers is characterized by elements of physical and psychological injury which is intentionally
repeated by one or a group of peers (Nedimovic & Biro, 2011; Nedimovic, 2012; Smederevac et al.,
2010). A large number of gathered information and numerous studies suggest that various forms of
violence have serious long term consequences on victims’ mental and physical health. Nasel et al.
(2001) states results of a research which demonstrates that learners/children who were victims of
peer violence show a higher level of insecurity, anxiousness, depression, loneliness, as well as lower
levels of self-esteem in comparison to non-victims. Furthermore, research results (Bacanac, 2010,
according to, Popadic et al., 2011) show that victims of violence in school are less popular than
other learners who are not participants in peer violence. Repeated peer violence can have long term
negative consequences on the victim for many years after the completion of schooling (Olweus,
1993). The feeling of isolation and the loss of self-esteem in the victims lasts until adulthood. This is
supported by studies which indicate that vistims of peer violence in schools, when they grow up, have
difficulties fitting into society. Consequences of peer violence are not only felt by the victims but also
the children who express violent behavior. Children who express violent behaviour at an early age are
under higher risk of developing delinquent forms of behaviour, do criminal activities, and become
addicted to alcohol and psychoactive substances in adulthood (Kaltiala-Heino et al., 2000). Children
who behave violently can also face the consequences of developing psychosomatic symptoms
(frequent headaches, skin problems, athletes foot, increased sweating, trembling, palpitation, panic
attacks atc.) and having lower academic achievement (Ratner et al., 2006). Violence among peers,
especially in preschool institutions and schools is not a new occurrence. The tendency of shunning
and mocking among children is becoming visible in children’s behaviour earlier and earlier. Hence,
this problem needs to be solved as early as in the preschool age with the compulsory involvement
of the parents (Nedimovic et al., 2014). Certain authors consider that the reason why peer violence
is so durable and sustainable  is the insufficiently serious treatment of the problem, refusal to name
the phenomenon, and to speak about it; all of which decreases the possibility of confronting the
problem. Preschool institutions, but also parents, often do not identify violence in the right way (they
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Research of the Preschool Teachers’ and Parents’ Opinion on the Importance of Physical Activity for the Prevention of Peer Violence
see violence as a game, fun, part of cultural heritage etc.), and therefore do not confront it, or do so
inadequately (Smederevac et al., 2010) Researchers (Conduct Problems Prevention Research Group,
1999; Drake, 2003; Gasic-Pavisic, 2004; Jovanovic-Madjar, 2014; Nedimovic & Biro, 2011; Popadic,
2009; Popadić et al., 2011) stress that peer violence can be prevented through the implementation
of adequate actions, and timely identification of the problem is a basic condition for the planning
of intervention measures and their implementation with the risk groups. When it comes to the
prevention of violence and violent forms of behaviour, educational institutions, as well as the family,
need to become sensiblised to violence as a phenomenon, form mechanisms of open and meaningful
communication about this phenomenon which is becoming ever more present in the modern society
and everyday life. In this context it is necessary to construct various mechanisms and programs
for lowering peer violence which would encourage the relevant adults (parents, preschool teachers,
trainers and others), but also the children to become aware of the problem, and also offer strategies
which will contribute to the lowering of violence among children. Possible strategies for lowering the
frequency of peer violence could be directed towards the implementation of physical activities and
their various forms, since many scientific studies show that PA is an important tool in the prevention
of peer violence (Bozovic, 2007; Nedimovic, 2013; Popadic et al., 2011).
Physical activity (PA) contributes to the increase of the quality of life of children and adults
(health, self-esteem, social relations, belief on one’s own ability for activity, self-motivation) and
influences the growth of various aspects of development. The positive connection between social
influences and the increased physical activity in children was confirmed by (Sturza Milic & Nedimovic,
2014). We have based the assumption that peer violence can be prevented through physical activity
on the fact that physical activity has a positive effect on the mental state of individuals, it prevents
depression and anxiety, neutralizes the effects of stress while simultaneously developing self-respect
and a positive view of oneself (Jürimäe & Jürimäe, 2001, Matejak & Planinsec, 2014). Of course,
when we talk about the positive influence of physical activity on the human organism, one should
keep in mind that it needs to be personalized, adequately sequenced and of the adequate duration
(Sallis & Owen, 2002). The benefits of a physically active lifestyle are well documented and can
lead to improvements of physiological and psychological health (Bratic, 2014). Exercise and physical
activity have been losing out as primeval values. a lack of exercise does not merely result in a lack in
biological terms, as humankind has also started lacking humanity, exhibiting alienation and a hostile
attitude towards themselves and others around them (Skof, 2010).We need to create conditions
for regular physical activity, in any form, with a note that certain population groups need special
attention. Here we primarily refer to children and the young as well as the elderly. Of course, we
should not neglect students, who will soon become a part of the working active population (Abazovic
et al., 2014, Andrijasevic et al., 2014; Cerar & Kondric, 2014; Pedisic, 2014; Sturza Milic, 2013, Sturza
Milic & Nedimovic, 2014). In accordance with the already mentioned fact that the problem of peer
violence is becoming ever more present in educational institutions, the need for studies which deal
with this problem and whose goal is to gain relevant data and information which would help the
prevention of violent behaviour, is also increasing. Because of the aforementioned reasons, the goal
of this paper was the exploration of teacher and parent opinions on the importance of physical
activity in the prevention of peer violence at the preschool age.
METHOD
The research was conducted on a sample of 279 subjects. From that number, 142 subjects were
preschool teachers and 137 were parents of children in the preschool age. In the sample 11,8% were
men and 88,2% were women. 97.2% of the subjects live in the city (on the territory of the Autonomous
Province of Vojvodina), and 2.7% live in villages (on the territory of the Autonomous Province of
Vojvodina). The research was based on the descriptive and causal non-experimental method. In
order to research the opinions of preschool teachers and parents on the importance of physical
activity influence in the prevention of peer violence questionnaires were constructed (for parents and
teachers) which contained 12 items and a direct introductory address. Each item contained only one
statement which was neither ambiguous nor suggestive. The questionnaire was of the Likert type (the
levels of the value scale continuum were from 1 to 5, in a logical order from the least agreement with
the statement to the maximum agreement). The measurement characteristics of the used instrument
were measured. The reliability was measured with the Cronbach coefficient alpha which was 0.862.
Data processing referred to the calculation of main descriptive and comparative indicators.
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Nataša Sturza Milić, Tanja Nedimović, Aleksandar Stojanović, Jelena Prtljaga
 RESULTS
In table 1 and 2 results reached after the questionnaire analysis, which was aimed at the
research of the preschool teacher and parent’s opinions on the importance of physical activity in the
prevention of peer violence, were tested:
Table 1. The preschool teachers’ opinions on the importance of physical activity (PA) in the
prevention of peer violence among children
R.B.
Variable
N
M
SD
1.
Implementation of PA is important for the children’s physical development
142
4.95
.222
2.
It is important that children do PA every day
142
4.88
.331
3.
It is important that children do PA regularly in preschool inst.
142
4.62
.567
4.
It is important that I encourage children to do physical activities
142
4.80
.399
5.
Children in my educational group enjoy PA
142
4.67
.515
6.
I enjoy PA
142
4.45
.711
7.
The material factor is important in PA implementation
142
2.71
1.391
8.
Doing PA improves the quality of life
142
4.70
.524
9.
PA is important for the children’s character development
142
4.69
.507
10.
PA is important for the development of children’s social intelligence
142
4.57
.595
11.
PA decreases the appearance of violence among children
142
4.54
.646
12.
Children are less violent towards other children after implementing PA
142
4.33
.910
                 N- number of subjects; M- middle value; SD- standard deviation;
Table 2. The parents’ opinions on the importance of physical activity in the prevention of peer
violence among children
R.B.
Varijable
N
M
SD
1.
Implementation of PA is important for the children’s physical
development
137
4.76
.458
2.
It is important that children do PA every day
137
4.54
.630
3.
It is important that children do PA regularly in preschool inst.
137
4.46
.569
4.
It is important for me to encourage my child to be physical activities
137
4.63
.597
5.
My child enjoys PA
137
4.69
.537
6.
I enjoy PA
137
4.13
.979
7.
The material factor is important in PA implementation
137
2.65
1.427
8.
Doing PA improves the quality of life
137
4.64
.573
9.
PA is important for the children’s character development
137
4.54
.719
10.
PA is important for the development of children’s social intelligence
137
4.33
.855
11.
PA decreases the appearance of violence among children
137
4.27
.910
12.
My child is less violent towards other children after PA
137
3.72
1.277
               N- number of subjects; M- middle value; SD- standard deviation;
After the analysis of the preschool teachers and parent’s opinions, through the implementation
of the T-tests for the examination of differences among the preschool teachers’ and the parents’
opinions on the importance of physical activity in the prevention of peer violence, it was determined
that a statistically significant difference exists in the following items, in favor of the preschool
teachers.
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Research of the Preschool Teachers’ and Parents’ Opinion on the Importance of Physical Activity for the Prevention of Peer Violence
Table 3. The difference in preschool teachers’ and parent’s opinions on the importance of
physical activity (PA) for the prevention of peer violence in children
Variable
t- test
p – level of significance
1.Implementation of PA is important for the physical development
of children
t = 3.612, p=.000
10. PA is important for the development of children’s social
intelligence
t = 2.531, p=.017
11. PA decreases the appearance of violence among children
t = 2.257, p=.025
12. Children are less violent towards other children after
implementing PA
t = 3.734, p=.000
DISCUSSION
From a sample of 142 preschool teachers of preparatory groups for school, 12 variables, which
were directed towards the testing of preschool teachers’ opinions on the importance of physical activity
(PA) in the prevention of peer violence, were tested. Most of the gathered scores range from 4.33 to 4.65,
on the basis of which we can conclude that the tested preschool teachers gave high grades to all of the
tested variables. However, this cannot be concluded for the variable: The material factor is important
in PA implementation (M=2.71). Preschool teachers gave the highest grades to the following variables:
Implementation of PA is important for the children’s physical development (4.95), It is important that
children do PA every day (4.88), It is important that I encourage children to do physical activities (4.80).
Such positively expressed opinions of the preschool teachers of preparatory groups suggest that the
tested preschool teachers are aware of the importance of PA in the conditions of modern life, the need
for daily participation in PA, as well as their role in the encouragement of daily PA in children. Such
orientation is in line with the results and recommendations of many researchers on the importance of
PA for health and the development of preschool children, as well as the importance of implementing
and encouraging children to do PA daily (Djordjic, 2006; Starc & Strel, 2012; Sturza Milic, 2014; WHO,
2010; Zajec & Cemic, 2010). Furthermore, preschool teachers gave relatively high grades to all variables
in which the influence of FA on different segments of a preschool child’s development is recognized:
Doing PA improves the quality of life (4.70), PA is important for the children’s character development
(4.69) and PA is important for the development of children’s socail intelligence (4.57). On the basis of
high values of grades while expressing the opinions on the following statements I enjoy PA (4.45) and
Children in my educational group enjoy PA (4.67), we can conclude that preschool teachers consider PA
as a powerful tool of everyday life which can be enjoyed by children and adults. However, on the basis
of the gathered results we can conclude that PA can be made more interesting and available through
permanent education and sensibilisation. This is especially important in work with children, since in the
daily life of the preschool child PA is unfortunately “losing the battle” against video games, low-quality
TV programs and other inadequate forms of fun for children (Biddle, 2010; Goldberg, 2003; Kisin et al,
2007; Makavić et al., 2007, Matić et al., 2010; Sturza Milic & Nedimovic, 2014). Through the analysis of
the preschool teachers’ opinions PA was recognized as a tool in the battle against peer violence. This
can be concluded on the basis of high values of grades which the preschool teachers appointed to the
following variables: PA decreases the appearance of violence among children (4.54) and Children are
less violent towards other children after implementing PA (4.33). The gathered results, especially when
the aforementioned variable is in question, indicate the possibility for additional sensibilisation and
education of preschool teachers regarding the implementation of daily PA in the battle against peer
violence.
From a sample of 137 parents of children in the preschool age, 12 variables were tested
which had as an aim to test the parents’ opinions on the importance of PA in the prevention of peer
violence. Most of the gathered scores move in the span from 3.72 to 4.76, on the basis of which we
can conclude that the tested parents give relatively high grades to the tested variables. However, this
cannot be said for the variable: The material factor is important in PA implementation (M=2.65),
which was also lower when preschool teachers were tested. On the basis of the analysis presentation
of the gathered results it can be concluded that parents give high grades to all tested variables which
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Nataša Sturza Milić, Tanja Nedimović, Aleksandar Stojanović, Jelena Prtljaga
connect physical activity and its positive influence on development and health, as well as the quality
of life: Implementation of PA is important for the children’s physical development (4.76), Doing PA
improves the quality of life (4.64) and PA is important for the children’s character development (4.54).
Parents consider it important that children have PA regularly in preschool institutions (It is important
that children have PA regularly in preschool institutions 4.46), and also that the children need to be
encouraged to do PA (It is important for me to encourage my child to be physical activities 4.63).
From the grade values of the aforementioned two items it can be concluded that parents consider
that the family and encouraging children to do PA play an important role, not just the preschool
institution. A similar view can also be noticed in numerous studies (Cizmanski et al., 2008; Dzejms
& Praut, 2004; Hardman, 1997). Parents express the opinion that their children enjoy PA (My child
enjoys PA 4.69) more than they do (I enjoy PA 4.13). Studies show that the parents opinion of PA can
easily be transferred to children, and that parents have an important role to play in the formation
of the children’s “movement” capital (Davison et al., 2003; Djordjic, 2006; Maksimović et al., 2008;
Pisot, S., 2012; Sturza Milic, 2008). Slightly lower grades refer to the variables: PA is important for
the development of children’s socail intelligence (4.33), PA decreases the appearance of violence among
children (4.27) and My child is less violent towards other children after PA (3.72). Like the preschool
teachers, parents give the lowest grades to the variable: The material factor is important in PA
implementation (2.65). Namely, parents do not consider the material factor as crucial for quality PA
in the work with children. Taking into consideration the fact that the material factor, as a means for
preschool physical education, was recognized as very important in many studies, the results gathered
here are surprising, but also encouraging, since preschool teachers and parents do not consider the
material factor (good, or, unfortunately, in our environment more often - bad) crucial, and therefore
do not consider it limiting, for high quality PA of children. This question should be explored in more
detail in future studies. After the analysis of the preschool teachers and parent’s opinions, through
the implementation of the T-tests for the examination of differences among the preschool teachers’
and the parents’ opinions on the importance of physical activity in the prevention of peer violence, it
was determined that a statistically significant difference exists in the following items, in favor of the
preschool teachers: Implementation of PA is important for the physical development of children (t =
3.612, p=.000); PA is important for the development of children’s social intelligence (t = 2.531, p=.017);
PA decreases the appearance of violence among children (t = 2.257, p=.025); Children are less violent
towards other children after implementing PA/ My child is less violent towards other children after
PA (t = 3.734, p=.000). Results gathered in this way, indicate that, when it comes to sensibilisation of
parents and preschool teachers on the importance of physical activity for various segments of child
development, more attention should be given to parent sensibilisation, i.e. forming various strategies
and programs for the education of adults (parents) with the goal to promote the importance of
FA. Parents should be aware that the new educational tendencies, which are being implemented in
preschool institutions, approach the child holistically. It is accepted that different aspects of child
development are in mutual interaction and cannot be sharply separated, and that physical activity
can encourage and positively influence all segments of child development (motor, intellectual,
moral, social, work), since they are mutually intertwined and connected. It can also be noticed that
preschool teachers view daily physical activity of children as more important than parents, this can
be explained by the education acquired by the preschool teachers. These results are in accordance
with other modern research on the importance of education of future educators (mainly preschool
and elementary school teachers) on the significance of PA (Biddle et al., 2004, 2010; Deforche et al.,
2006; Djordjic, 2006; Pisot, R., 2012, 2014; Sturza Milic, 2013; Sturza Milic & Nedimovic, 2014),
and on the other hand, indicate the need to better inform the parents on the importance of PA.
The tested preschool teachers recognize the importance of PA to a higher degree (in comparison to
parents) as a means of suppressing peer violence. For this reason it can be concluded that parents
should be sensibilized through the implementation of programs and strategies which promote PA as
a means of suppressing peer violence.
CONCLUSION
The strengthening of preschool teachers and parents’ competencies is equally possible on
the basis of carefully and professionally constructed programs, which are directed towards the
development of awareness about the importance of the parents and preschool teachers role in
the upbringing of preschool aged children, and keeping preschool teachers and parents informed
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Research of the Preschool Teachers’ and Parents’ Opinion on the Importance of Physical Activity for the Prevention of Peer Violence
and providing them with professional help in the upbringing of children. Society is responsible
for creating conditions which would enable children to have an active and full life (Bratic, 2014;
Brodersen et al., 2007; Matejak & Planinšec, 2008; Pišot, S., 2012). The results of this research show
that physical activity should be included in the children’s daily life as much as possible, but also that
parents and preschool teachers consider physical activity as a powerful tool which can be used in
the prevention of peer violence. Physical activity and its various forms should be placed in the wider
context. In our society everyone knows that we need to “say - stop” to violence, but we often lack
the means to achieve this goal. Specific programs should be focused towards increasing children’s
level of daily physical activity, but also on its usage for developing self-respect and the respect of
others, a feeling for collaboration, tolerance and fairness. Since, in this research, a difference was
noticed between the parents’ and preschool teachers’ opinions on the importance of PA in different
segments of preschool children’s lives, the education of parents and their participation in  various
forms of exercises and activities with children should be implemented to a higher degree, through
various strategies.
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UDK 796.071.43:37
THE SPORTS COACH AND HIS ROLE AS AN EDUCATOR OF CHILDREN
AND YOUNG ADULTS
Marija Zegnal Koretić1, Aleksandar Ivanovski2,  Nevenka Breslauer1
1Polytechnic of Međimurje in Čakovec, Croatia
2 College of Sports and Health Belgrade, Serbia
INTRODUCTION
The role of sports in ancient Greek educational institutions was of an extreme importance.
Among many sports education advocates were also famous Greek philosophers, Socrates and
Aristotle. They hung great significance on athletic performance and physical development and also
promoted the idea of sports activities as constituent part of educational process. The importance
and role of sport activities has changed through time, however its educational significance has
never been in question. Both empiric and theoretical researches accentuate the importance of
sports educational aspects, support program and their influence on scientifically professional and
organizationally communication activities while working with children and young adults. (Bratanić,
1989). Kinesiology is a scientific study of processes and methods of human growth and development
end the optimization of human psychophysical abilities during development, and achieving top
performance in sports. (Breslauer, Hublin, Zegnal Koretić, 2014).
The aim of sport pedagogy is directly linked to children and young adults and the way they
acquire new information. (Lukić, 2003) Thus, a play represents a spontaneous human activity,
crucial for children’s cognitive and psychological development. The game playing is an important
phenomenon in every child’s life. It represents the fundamental part of human evolution, existence,
creation, and individual accomplishments.
Education can be defined as a process of transferring the knowledge and experiences to young
generation. That does not necessarily refer to only specific knowledge, skills, and experiences of a
certain sport, like for example handball, volleyball or football, but more important are coach’s life
skills, his/her point of view, his/her attitude toward other people, conduct , problem solving and
decision making.
By researching the sports and recreation educational aspect one can come to a conclusion that
the game as a basic educational and developmental activity, has unfortunately become deformed.
Some studies has showed that taking part in sports activities leads to the adoption of desirable
social and moral values. This is specifically notable within team sports activities. (Evans and
Roberts, 1987; Fox, 1988). According to the same authors, the cooperation between the members
of a team while striving towards the mutual goal, promote the importance of fair play and helps
social skills development, like collaboration, tolerance, and mutual respect.  Furthermore, some
other researchers have concluded that sports activities enables the acquisition of number of positive
personal attributes, like generosity, charity, courage, and patience. The acquired attributes are then
applied not only on sports field but also in everyday life (Arnold, 1994).
 Coaches should not only be competent for specific sports activity, they should also posses
a wide range of teaching skills. The educational function is of an extreme importance, for it leads
to child’s personality and behavioral development that is manifested in real, everyday situations,
and enable children’s and young adult’s integration into society. Therefore, the responsibility of a
kinesiology professional begins with the possibility to influence many human components crucial for
realization of positive goals.  Physical and mental wellbeing has been important throughout human
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The Sports Coach and his Role as an Educator of Children and Young Adults
history, and connected to education and professional accountability. The educational function
should be the constituent part of every kinesiology process.
The empirical study (Liukkonen, Laakso, & Telama, 1996) in which the focus was on the coach’s
demeanor and the atmosphere during the training process, in order to analyze the atmosphere in
which children train. The observation produced different information about the coach as a teacher.
Furthermore, the study concluded that the younger coaches were more children oriented, and were
demonstrating the activities important for initiative and collaboration development.
This study gave the insight to forming the conclusions about the coach’s role as an educator,
which should in fact be his/her major goal. By acquiring all necessary skills a child or young adult is
able to enter the society while accepting all assigned roles. During this process the coach’s educational
role is of extreme importance.
METHOD
The bibliographical method was essential for data collection, while authors’ extensive
professional experience enabled them to use the empirical method to analytically and structurally
describe sports coach’s roles and tasks.
RESULTS
The empirical method based on the authors’ extensive professional experience has given the
analytic and structural characterization of a coach, his/her functions through hypothesis based on a
sports club.  In order to achieve both sports and educational results the coach first has to establish
guidelines which would enable him/her to achieve complete autonomy during the educational
process.
The authors of the study have determined the roles crucial for each educational process. The
roles are: children, parents, coaches, media and sponsors.
Children. Rather than to discuss children and their character features, one should reexamine
the adults’ view on sports and the methods of  its research and propagation. The studies has shown
that today’s children suffer from exercise deficiency, which resulted in the increasing number of
obese children, while some authors even say that many children are in fact  motor illiterate. Physical
activity has got a preventive role in a number of disorders (Bouchard & Després, 1995), especially in
obesity prevention and reduction. (Flynn & Assoc, 2006).  ‘’There is no more time for spontaneous
courtyard games, street and public area plays, especially in cities where children are no longer safe.
The free time is mostly spent passively sitting, watching television and playing video games. These
are all activities that do not incite children to move and exercise”
.
Parents need to be advised on how to properly take part in their child’s sports education
process. First of all, the emphasis should primarily be on the importance of exercise and sports, and
not only on the achievement.
What is the role of a parent and where do we draw a line in his/her cooperation with a coach?
By trying to answer this important question, the researchers have created the guidelines for parents.
 Each parent should:
-Get familiar with the coach and his/her expectations,
-Inform the coach about his/her child’s possible health issues,
-Compare sports and educational program with his/her child’s needs,
-Discretely taking part or observing the child’s sports activity,
-Taking part both practically and economically,
-Refrain himself/herself from influencing and trying to change coach’s technical and tactical
decisions,
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-Regularly inform the coach about current issues (school, lack of obedience…)
Parents’ over protectiveness often prevents their children to freely perform spontaneous
motor exercises.   Parents do not often recognize the child’s sports as educational activity, and many
times use sports activity as a prize for school achievements. These are just some of the examples that
depict the real issues all coaches encounter on everyday basis.
The coach should decide whether he/she will concentrate solely on winning or he will strive
to shape each child into both an athlete and decent human being. Next guidelines promote the latter
option. The authors of this study believe that the coach/educator should:
-Customize the activity based on the child’s age,
-Educate through tactic and strategic capacities,
-Determine optimal educational programs/techniques,
-Find time for ensuring the technical requirements,
-Work on reciprocal role switch,
-Allow everyone to participate in matches,
-Choose models customized for children’s age,
-Promote athletic values (loyalty, fair play),
-Insist on maximal attendance but respecting child’s school and other duties,
-Use inductive methods that are based on children’s participation,
-Distinguish the collective and individual performance results.
What is the role of a coach and where do we draw a line in his/her cooperation with a parent?
By trying to answer this important question, the researchers have created the guidelines for coaches.
Thus, each coach should:
- Introduce himself/herself and meet the parents and get the insight to their expectations,
-Inquire about children’s possible health issues,
-Notify parents about accomplishment goals,
- Notify parents about achieved results,
- Notify parents about their children’s personal growth and progress,
-Notify parents directly about emerging problems.
The coach possesses the crucial role in a child’s development. It is of the outmost importance that
children, while getting the enough amounts of positive experiences, will ensure positive educational
impacts and will drastically decrease quitting the sport. The coach does not only have an impact on
a young athlete’s sports development but also on other aspects of child’s life (Smoll and Smith, 1989).
One of his/her important roles is to help shape young athlete’s psychosocial experience within a sport
(Brustad, Babkes & Smith, 2001), while coach’s way of conduct is considered as one of the crucial
factors that influence the emotional atmosphere during practices (Salminen & Liukonnen, 1996).
The quality of training and its appeal to young athlete depend upon the way in which the
coach will structure sports context, which goals will he/she determine as the most important, and
what  values and attitudes will he/she promote. If all those aspects appear to have positive impact
on a young athlete’s experience and motivation, the child will most certainly choose sport to be the
environment in which he/she will develop and confirm his/her potentials.
Most coaches undoubtedly possess positive and desirable motives for working with young
athletes. However, many of them are not aware of the impact of their demeanor and their impression
on children and young adults.  It is presumed that young athletes do not shape the opinion of coach’s
conduct directly on observing coach’s behavior, but rather their individual interpretations of coach’s
demeanor is based on their  personal perceptions and experiences (Smoll & Smith, 1984). Both
cognitive and affective processes shape the attitude towards coach’s behavior, therefore young athlete
does not react only to information content and technical instructions, but also to the message, the
way it is transmitted, and the moment in which it is sent.
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The Sports Coach and his Role as an Educator of Children and Young Adults
Through training the coach increases the performance, improves motor skills and abilities,
and brings positive changes into behavior and its educational processes. The relationship between
the coach and his/her athletes is always an interactive process; both parties influence one another,
their behavior and experiences. Coach’s demeanor can have an impact on formation of some aspects
of athlete’s personality, such as his/her motivation, belief system, social competence development,
habits and code of conducts (Lubich, 2001).
A society as a whole and some coaches are result oriented and consider a victory to be the
most important feature of sports. Since success attracts most sponsors and media the educational
aspect of the coaching process is often put in a position of secondary importance.
 Media and sponsorship. Considering the mass media impact and its wide range accessibility,
media professionals should be aware of their social responsibility not to cover only highly competitive
and exclusive sports. Journalists and their editors should more often choose to report about socially
important projects, young aspiring athletes and less popular sports. Sponsors’ chief interest is to
invest in the team that will secure a higher degree of public awareness of their brand or company.
The sponsorships of young athletes’ categories and coaching education are sparse.
DISCUSSION
Some questions arise both for coaches as well as parents. Does coach represent only the person
who transfers his/her knowledge and skills to children and young adults, or has he also got a task
to act as an educator?  By analyzing the answers to that question we can conclude that the coach is
primarily an educator, a person who overlooks and takes care of children entrusted in his/her care.
He/she is a kind and helpful person who has to know how to draw a line between private and official.
He/she has to be a professional, an animator with motivation skills who is able to create a positive
work and life atmosphere and to influence young athletes’ responsible behavior.
Sport has become a highly regarded activity in today’s society. Its complex educational aspect
makes it crucial for young athlete’s development. It is agreed that one of the most important feature
of sport is its educational component. Sport represents our society’s important component; it is
applicable to every segment of human life (Graf, 2002). All kinesiology activities should always be
managed by qualified professionals. Coaches (professionals) that work with children have to be
familiar with the entire anthropological status, all human growth and development laws, and have
to strive towards their improvement. Coach should act as a role model, while the parent must be
supportive of their children and should not have exceeding expectations. (Woolgar & Power, 1993).
As it has already been stated, both coaches and parents have got an important educational
influence on young athletes. One must not forget the important impact of school, peers and family.
Games children play on their free time and physical education classes are more accessible and relaxed
forms of training, since there are no leagues and official scores as in sports clubs. The primary goals
of club training are to achieve positive results ant to win, therefore, the coach’s job is much more
complex.   Sports education can begin with the determination of goals; however it is very important
not to overburden young athletes.
The coach’s aim is not only to transfer knowledge and experience, but also to influence young
athlete’s development, to teach him/het to use the experiences from the sports field in everyday
life, and to become new, role models for next generation. Coaches must be experts in kinesiology
movement structure activities, and must be able to adapt exercises for specific age. A good coach
has to always be competent and adaptable to athlete’s individual, psychophysical, social, mental and
emotional characteristics (Horga, 1993). That is the reason why the educational role is of an extreme
importance. It leads to healthy personality development that represents the prerequisite for young
adult’s complete social integration.
The coach must devote specific attention to imposing boundaries, to obstacles, misses,
accidents, disappointments, failures, as well as many other sports education elements. High quality
plan and program will enhance the experiences of accomplishments and increase the level of
motivation for future participation.  The experiences of success and personal efficiency are basic
factors for creating a good self image and preventing unwanted forms of behavior (Wigfield & Eccles,
1992).
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It is often heard that good young athlete’s coach has to be even better educator since his
focus is both on children’s ports and human development. All activities should be led in laidback
atmosphere; children must at all times feel safe and self-assured.  However, it is often considered
that only the winning coach is a good one, while his/her educational values are almost unnoticed
and highly unappreciated.
Practices and matches are important activities not only for technical and tactical drills, but also
for the development of young athlete’s intellectual and strategic aspects, like attention, observation,
memory, and problem solving, all of which are essential and highly usable during football match,
volleyball or basketball. The coach has to be a multi-skilled, highly educated professional.
Sport’s educational aspects are the most prominent in situations when activities are introduced
at the moment when a child is physically and mentally ready to successfully apply them. It is not
hard to notice a downhearted child when teacher/coach forces the activity that is too advanced.
The exactly right time can only be determined by highly professional person/coach that successfully
communicates with children and young adults.
No matter what kind of knowledge is transmitted, teaching should always be a conscious,
purposeful and planned activity. The unconscious actions (both appropriate and inappropriate) of
a less experienced coach influence young adults, especially younger ones since they tend to use
observational learning techniques.  Interaction and communication are the important aspects of
the process of education (Bratanić, 1991), it is the process mostly determined by the quality of
interpersonal relations between a coach (educator) and  an athlete (learner).
Children need to be taught how to respect rules of the games, coaches should encourage
friendships between team mates, and nourish social emotions. The gradualism is very important for
every educational process, which includes sports education.  It is important to concentrate on present
moment, without ignoring the educational stages and final goal. It is of an extreme importance to
nourish a child’s and young adult’s sports talent and to cautiously and at a right time, stir a child
towards desirable activities, without ruining his/her talent, but to help him/her to mature, not only
as an athlete, but as well as a young person,.
The means that are necessary and should be used for  new sports culture expansion among
adults/coaches that are responsible for both motor and educational formation of children and young
adults, by searching for mutual and not conflicting developmental process.
CONCLUSION
A coach’s role as an integral part of educational process is unquestionable, but often overlooked
while dealing with issues emerging during practices and process of coming of age. First and foremost,
the staff working with children and young adults should be educated and continuously additionally
trained through seminars and other educational means. Every society is responsible for organizing
sports activities for all children no matter on which level is their psychophysical development.
Each child should be able to excel and proudly show what they know and can do. All kinesiology
activities should be adapted to the child’s developmental stage and not to coach’s or parents’ wishes.
Furthermore, every child should find joy in playing sports, must sense his/her progress in every
segment (all anthropological aspects), above all, gain a sense of belonging and pleasure.
The competent coach is always a teacher that understands children’s and young adults’ mental
processes and their behavior, and knows how to recognize children developmental level indicators
for certain sports activity. She/he should be able to recognize special affinities for sports, and to
show children and young adults the enthusiasm for their efforts and achievements. It is of extreme
importance that each teaching professional is aware of her/his accountability while working with
children and young individuals.
The coach controls contests and confirmations- presentation of acquired sports skills as well
as encourage good manners outside sports court. Only then will children react to all educational
components. Because if the coaches are too demanding or, on the other hand,  insufficiently
demanding the children are often giving up on sports activities, and sport can no longer act as
educational medium and coach is no longer an educator. At the same time, if a child is unable to
publicly present his/her skills and progress the level of interest for sport is dropping and with it the
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The Sports Coach and his Role as an Educator of Children and Young Adults
possibility to influence child’s education process.  Sport as kinesiology activity is much more than
just a game and entertainment; it is the activity in which each individual has got the privilege to get
to know oneself and others.
Coaches should present the preoperational part of the practice through different games. The
authors of this study suggest the introduction of the third part of the practice that will occur after

the official match. That way all team members will be given the opportunity to take part in the game,
especially children who played briefly or did not play at all.
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UDK 796.332:612.766
RELIJABILNOST ANALIZE KRETANJA ELITNIH FUDBALERA TOKOM
UTAKMICE MERENOG PRIMENOM SOFTVERSKOG SISTEMA ZA
PRAĆENJE KRETANJA
Radivoje Radaković1,3, Dopsaj Milivoj2, Filipović Nenad1, Vulović Radun1,
Bojan Leontijević2
1  Centar za istraživanja i razvoj bioinženjeringa, BioIRC, Kragujevac, Srbija
2 Fakultet sporta i fizičkog vaspitanja, Univerzitet u Beogradu, Srbija
3 Fudbalski klub ,,Crevena Zvezda”
, Beograd, Srbija
UVOD
Tracking motion praćenje i analiza podataka o kretanju igrača tokom fudbalskog meča postali
su važno dijagnostičko-analitičko sredstvo za praćenje funkcionalnosti i situacione efikasnosti igrača
u modernom fudbalu.
Informacije, koje nam omogućavaju, postaju sve popularnije, kako u dijagnostici i analitici, kao
nezaobolaznim segmentima sportske nauke, tako i u svakodnevnom treningu i takmičenju sportista.
Posebnu pažnju obraća se na značaj primene ovih istraživanja u trenažnoj i analitičkoj praksi,
odnosno preduzet je niz naučno-istraživačkih postupaka da se pokrene novi pravac uticaja, sa ciljem
unapređenja efektivnosti i egzaktnosti trenažnih alata i metoda (postulata).
Softversko praćenje i analiza kretanja su takođe od velikog značaja u cilju određivanja meta-
boličkih profila trenažnih stimulusa, u mikro i makro periodizaciji trenažnog procesa. Za tu svrhu
napravljen je poseban softver,  za praćenje i analizu kretanja.
Široki dijapazon informacija dobijenih na osnovu ovakvih analitičkih sistema ukazuje i na kva-
litet i kvantitet takmičenja, odnosno pojedinačnih utakmica na egzaktan način, što često nije u kore-
laciji sa spekulativnim i hipotetskim predstavama o navedenim parametrima.
Niz istraživanja sprovedenih u ovoj oblasti ukazuje na činjenicu da vrhunski igrači fudbala
tokom utakmice prosečno prelaze od 11.1 do 13.5 kilometara u zavisnosti od pozicija u timu. Prema
intenzitetima kretanja opšti obim podeljen je na kretanje niskim intenzitetom, umerenim intenzite-
tom, visokointenzivno trčanje i submaksimalno i maksimalno trčanje (sprint) (Railly 2000; Bangsbo
2003).
Dobijeni rezultati praćenja kretanja softverskim sistemom BIOIRC su u velikoj meri u skladu
sa rezultatima praćenja kretanja igrača iz najboljih evropskih liga i Lige Šampiona (Radaković i sar.,
2012).
Cilj ove studije je određivanje interne reliabilnosti merenja obima kretanja vrhunskih igrača
tokom utakmice merenog korišćenjem Software System Tracking Motion BIOIRC.
Dobijeni podaci ukazuju na metodološki pristup pri merenju strukture kretanja vrhunskih
igrača softverskom metodom praćenja kretanja.
METOD
Ispitanici
Istraživanje je realizovano na uzorku od 23 igrača, koji su snimani tokom 6 zvaničnih utakmica
iz sledećih klubova ili reprezentacija: FK Crvena Zvezda, Beograd; FK Radnički 1923, Kragujevac; FK
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Zbornik radova
Relijabilnost analize kretanja elitnih fudbalera tokom utakmice merenog primenom softverskog sistema za praćenje kretanja
Partizan, Beograd; FC Bordoaux, Bordoaux; FC Omonia, Nicozia; Seniorske reprezentacije Srbije i
Nacionalnog tima Belgije.
Utakmice su igrane kao kvalifikacioni mečevi  UEFA Lige: Crvena Zvezda – Omonia i Crvena
Zvezda - Bordoaux u sezoni 2012/13; polufinalni mečevi kupa Srbije u sezoni 2011/12; Crvena
Zvezda-Partizan i Partizan-Crvena Zvezda; kvalifikacioni meč za World Cup Brazil 2014: Srbija-
Belgija; i mečeva Premier Lige Srbije u sezoni 2014 / 15. Struktura igrača je bila: 7 igrača iz odbram-
bene linije, 10 igrača iz vezne linije i 6 igrača iz napada. Igrači su selektirani za analizu slučajnim
izborom, uz uslov da su u potpunosti tj. svih 90 minuta bili u igri.
Varijable
U varijablama su date procene varijabilnosti kretanja vrhunskih igrača tokom utakmice, pra-
ćene softverskim sistemom Tracking Motion software system (BioIRC, Kragujevac, Serbia):
Varijable analizirane u prvom poluvremenu utakmice:
1. Ekipno I poluvreme, kretanje svih igrača ekipe tokom prvog poluvremena;
2. Odbrana I poluvreme, kretanje svih igrača odbrane tokom prvog poluvremena;
3. Sredina I poluvreme, kretanje svih igrača sredine tokom prvog poluvremena;
4. Napad I poluvreme, kretanje svih igrača napada tokom prvog poluvremena.
Varijable analizirane u drugom poluvremenu utakmice:
5. Ekipno II poluvreme, kretanje svih igrača ekipe tokom drugog poluvremena;
6. Odbrana II poluvreme, kretanje svih igrača odbrane tokom drugog poluvremena;
7. Sredina II poluvreme, kretanje svih igrača sredine tokom drugog poluvremena;
8. Napad II poluvreme, kretanje svih igrača napada tokom drugog poluvremena.
Napomena: Sve varijable iskazane su u metrima.
Performanse softverske analize
Za snimanje utakmica sistemom BioIRC Tracking Motion, korišćene su dve identične video
kamere Sony NEX-VG10, u full-HD rezoluciji, i jedna kontrolna kamera sa high speed performansa-
ma.. Algoritamski deo softvera za obradu video snimaka, tj. za praćenje kretanja igrača, zasnivao se
na utvrđivanju mere sličnosti statističke distribucije boje objekata. Obrada video snimka utakmice,
sastoji se iz više faza.
Radi analize video fajlova, video snimci su komprimovani XVID kodekom u MOV format, sa
frekvencijom osvežavanja od 30 slika u sekundi. Algoritamski deo softvera za obradu video snimaka,
tj. za praćenje kretanja igrača, zasniva se na utvrđivanju mere sličnosti statističke distribucije boje
objekata (Comaniciu, 2000; Comaniciu, 2000; Baviskar, 2012).
Softver za analizu, prati kretanje igrača na celoj površini terena, naizmenično analizirajući
snimke jedne i druge polovine terena, a sve u zavisnosti od trenutne aktivnosti igrača (Kailath, 1967).
Brzina analize na računaru Intel(R) Core2Duo E6750@2.66GHz, 2GB RAM, Win7 32bit, iznosi ~4
frejma u sekundi.
Analiza praćenja kretanja podrazumeva neku vrstu merenja, a ne samo komentare ili isticanje
posebnih postupka. koji moraju biti preduzeti kako bi se postigao taj cilj.  Korišćene metode mogu se
grubo klasifikovati kao visoke tehnologije bazirane na hardverskom sistemu i na osnovu algoritma.
To može biti veoma korisno u sportskoj analitici i dijagnostici, kao i planiranju,programiranju
treninga i izboru i kreiranju novih trenažnih metoda u elitnom sportu.
Softver omogućava individualno, linijsko, ili timsko praćenje igrača u bilo kom momentu
meča, što omogućava da treneri u svakom trenutku utakmice imaju informacije u realnom vremenu,
o poziciji i načinu kretanja sopstvenih, ili protivničkih igrača.
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Conference Procedings
Radivoje Radaković, Dopsaj Milivoj, Filipović Nenad, Vulović Radun, Bojan Leontijević
Na taj način omogućeno je sagledavanje pozitivnih i negativnih odgovora na zateve igre, tak-
tičkih zamisli, ili individualnih akcija igrača na terenu, što je pre bilo nemoguće.
Takođe je valiki značaj vizuelnih efekata u prikazima samim akterima na terenu, u smislu ana-
lize i korekcija konkretnih detalja vezanih za određene kretnje.
Napredak u uvođenju softvera i hardvera omogućava korišćenje video snimanja, u realnom
vremenu, transformacije, kao i softvera za filtriranje koji, istovremeno prikazuju snimak i 2 D prikaze
i sheme analize utakmice. Ovi rezultati su dinamički sinhronizovani u realnom vremenu, tako da ih

istraživač, trener, sportista mogu efikasno koristiti, kao bazu i proceniti motoričke i funkcionalne
performanse svojih igrača i njihovu refleksiju na efikasnost u situacionim uslovima.
Metod softverskog praćenja kretanja igrača tokom fudbalske utakmice pruža mogućnost eg-
zaktnog uvida u strukturu kretanja igrača, i sagledavanje situacija na terenu, nudeći sportskim ek-
spertima i trenerima velike mogućnosti za korekcije i analizu.
Istovremeno se mogu napraviti brojne opservacije, perspektive i predikcije pod različitim si-
tuacionim uslovima a zatim izvršiti neophodna prilagođavanja trenažnih stimulusa za razvoj datih
sposobnosti prema metaboličkim profilima kretanja.
Nakon sticanja eksperimentalnih rezultata, korišćena je obrada slika i video softvera za anali-
zu i pripremu numeričkih proračuna. Rezultati merenja su dati za opšte parametre, što je samo deo
mogućnosti softvera
Osnovni cilj ovog eksperimenta je posedovanje apsolutnog uvida u strukturu, obim i intenzi-
tet kretanja igrača na individualnom i integralnom nivou.
Softver poseduje mogućnost prikaza podataka u formi grafikona i numeričkih prikaza iskaza-
nih u metrima, ili procentima od ukupnog kretanja u funkciji vremena (slika 1). Podešen je takođe
da vrši i 2 D prikaz kretnji u bilo kom trenutku utakmice, paralelno sa praćenjem snimka meča, a
ono što je najvažnije program omogućava nebrojeni niz operacija i analiza u bilo kom vremenskom
intervalu, na individualnom, grupnom, ili integralnom nivou, za jednu, ili obe ekipe istovremeno.
Drugim rečima treneri i sportski eksperti mogu ovim softverom pratiti kretanje svojih, ili pro-
tivničkih igrača u svakom trenutku i na bilo kom delu terena.
Ovakav nivo sofisticiranosti BIOIRC tracking motion softverskog programa nudi ogromne
mogućnosti u smislu analize i pokaza kretanja, pozicija igrača u datom trenutku, te kao takva može
biti i sdredstvo taktičke, a ne samo analize funkcionalnog efektivizma igrača tokom utakmice.
Statistička analiza
Parametri strukture kretanja su analizirani deskriptivnom statističkom metodom, gde su iz-
računate: prosečne vrednosti (Mean), standardna devijacija (SD), koeficijent varijacije (cV%), stan-
dardna greška merenja izražena u apsolutnim (Std. Error. Aps.) i relativnim (Std. Error. Rel.) vredno-
stima, minimalna (Min) i maksimalna (Max) vrednost izmerenih varijabli.
Validnost praćenih varijabli je ispitivana primenom linearne regresione analize, primenom
metode za definisanje interklasne korelacija podataka (ICC and Cronbach’s Alpha), dok je razlika
između parova varijabli utvrđena primenom univarijatne analize vraijanse (ANOVA). Sve analize su
realizovane pomoću softverkog paketa SPPSS 19.0, a kriterijum verovatnoće razlika ili korelacija je
bio na nivou p = 0.05.
REZULTATI
Tabela 1 prikazuje bazične deskriptivne pokazatelje varijabli kretanja igrača u prvom i drugom
poluvremenu, na nivou celog tima i po linijama tima.
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Relijabilnost analize kretanja elitnih fudbalera tokom utakmice merenog primenom softverskog sistema za praćenje kretanja
Tabela 1.Bazična deskriptivna statistika izmerenih varijabli
Mean (m)
SD (m)
cV%
Std. Error.
Aps. (m)
Std. Error.
Rel. (%)
Min (m)
Max (m)
Overall sample of players (N = 23)
I half
5748.2
731.0
12.72
152.4
2.65
4041.5
6875.3
II half
5885.4
698.2
11.86
145.6
2.47
3938.6
6808.2
Whole game
11633.6
1392.2
11.97
290.3
2.50
8038.0
13549.5
Defence (N = 10)
I half
5153.8
614.8
11.93
194.4
3.77
4041.5
5671.6
II half
5530.4
874.4
15.81
276.5
5.00
3938.6
6612.7
Whole game
10684.1
1475.2
13.81
466.5
4.37
8038.0
12242.0
Midfielders (N = 7)
I half
6536.7
233.8
3.58
88.4
1.35
6145.8
6875.3
II half
6435.4
244.4
3.80
92.4
1.44
6096.8
6808.2
Whole game
12972.1
433.9
3.34
164.0
1.26
12242.6
13549.5
Attackers/Strikers (N = 6)
I half
5819.0
148.3
2.55
60.6
1.04
5586.0
6017.5
II half
5835.5
136.0
2.33
55.5
0.95
5596.5
6009.7
Whole game
11654.5
271.1
2.32
110.7
0.94
11182.6
11930.9
U odnosu na rezultate celokupnog uzorka igrača, može se tvrditi da su sve izmerene varijable
veoma pouzdane jer koeficijent varijacije ne prelazi vrednost od 15.81 % (Table 1, Odbrana II polu-
vreme) pa sve do samo 2.33 % varijacije (Napadači II poluvreme). U odnosu na relativnu vrednost
standardne greške merenja, kao mere greške merenja metode, može se tvrditi da se ona nalazi u
rasponu od  0.94 % za napadače II poluvreme do 5.00 % za Odbranu II poluvreme. Drugim rečima,
u odnosu na prosek svih greški merenja praćenih varijabli po pozicijama, ona se nalazi na nivou od
2.24 % (Tabela 1).
Tabela 2. Rezultati relijabilnosti

Cronbach’s
Alpha
ANOVA F
relation
P
value
Intraclass Correlation Coefficient
Single
Measures
Average
Measures
95% Confidence
Interval
P
value
Lower
Bound
Upper
Bound
Overall sample of players
0.946
4.104
0.055
0.897
0.946
0.773
0.955
0.000
Defenders
I vs II half
0.950
13.01
0.006
0.905
0.950
0.798
0.988
0.000
Midfielders
I vs II half
0.785
1.774
0.231
0.646
0.785
-0.253
0.963
0.042
Attackers/Strikers
I vs II half
0.898
0.219
0.660
0.815
0.898
0.273
0.986
0.013
U tabeli 2 su prikazani rezultati izračunatih koeficijanata reliabilnosti za ispitivane varijable.
Na osnovu dobijenih rezultata se može tvrditi da se nivo generalne reliabilnosti, tj. reliabilnosti
za celokupan uzorak igraèa nalazi na nivou od 0.946 (Table 2, Cronbach’s Alpha) i da je statistički
visoko značajan (p = 0.000). koeficijenti reliabilnosti kreću se od veoma visokih vrednosti, koje su
utvrđene za igrače Odbrambene linije – 0.950, p = 0.000; i za Napadače – 0.898, p = 0.013, do visokih
za Vezne – 0.785, p = 0.042 (Table 2).
Na grafikonima 1 do 4 su prikazani rezultati linearne regresione analize, radi definisanja line-
arnog stepena slaganja rezultata distance kretanja u prvom i drugom poluvremenu kao mere slično-
sti ispitivanih varijabli primenom Tracking Motion software systema. Na grafikonu 1 su prikazani
124
Conference Procedings
Radivoje Radaković, Dopsaj Milivoj, Filipović Nenad, Vulović Radun, Bojan Leontijević
parametri distribucije zavisnosti kretanja igrača celog tima tokom prvog i drugog poluvremena na
osnovu linearne regresije. Na generalnom nivou (Grafikon 1) se može tvrditi da je stepen slaganja
rezultata prvog i drugog poluvremena u odnosu na ostvarene distance kretanja tokom utakmice  na
nivou koeficijenta determinacije od R2 = 0.806, odnosno na nivou 80.6% objašnjenog varijabiliteta.
Grafikon 1. Linearna regresija u zavisnosti od pređene distance u prvom i
drugom poluvremenu za sve igrače celog tima
 Na Grafikonu 2, 3 i 4 prikazani su parametri distribucije zavisnosti kretanja igrača odbrambe-
ne linije, srednje linije i igrača iz napada tokom prvog i drugog poluvremena. Na osnovu dobijenih
rezultata (Grafikon 2, 3 i 4) se može tvrditi da je stepen slaganja rezultata prvog i drugog poluvre-
mena u odnosu na ostvarene distance kretanja tokom utakmice za odbranbenu liniju na nivou koe-
ficijenta determinacije od R2 = 0.924, odnosno na nivou 92.4% objašnjenog varijabiliteta, za srednju
liniju na nivou koeficijenta determinacije od R2 = 0.418, odnosno na nivou 41.8% objašnjenog varija-
biliteta i za liniju napada na nivou koeficijenta determinacije od R2 = 0.670, odnosno na nivou 67.0%
objašnjenog varijabiliteta kretanja.
Grafikon 2. Linearna regresija u zavisnosti od pređene distance u prvom i
drugom poluvremenu za odbrambene igrače
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Zbornik radova
Relijabilnost analize kretanja elitnih fudbalera tokom utakmice merenog primenom softverskog sistema za praćenje kretanja
Grafikon 3. Linearna regresija u zavisnosti od pređene distance u prvom i
drugom poluvremenu za vezne igrače
 Grafikon 4. Linearna regresija u zavisnosti od pređene distance u prvom i
drugom poluvremenu za napadače
DISKUSIJA
U odnosu na dobijene rezultate ovog istraživanja, sa aspekta relijabilnosti strukture kretanja
igrača tokom utakmice, odnosno ispoljavanja takmičarske performanse, ogledane u obimu i inten-
zitetu kretanja, utvrđeno je da postoji visok stepen relijabilnosti kretanja igrača po linijama tima za
analizirane utakmice. Ova konstatacija naročito se iskazuje u slučaju relijabilnosti kretanja celog
tima i igrača odbrambene i napadačke linije ispoljavaju kretanje na isti način, dok je kod igrača ve-
zne/srednje linije stepen relijabilnosti nešto niži.
Korelacije među primenjenim varijablama su praktično sve pozitivne i kreću se u domenu
visokih pa do veoma visokih korelacija.
Za varijablu korelacija kretanja igrača odbrambene linije tokom prvog i drugog poluvremena
koeficijenti varijabilnosti (Cronbach α = 0,950) su sa vrlo visokim i zadovoljavajućim vrednostima,
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Conference Procedings
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kao i individuallna korelacija koja iznosi 0,897. Za varijablu korelacija kretanja igrača srednje (ve-
zne) linije tokom prvog i drugog poluvremena koeficijenti varijabilnosti (Cronbach α = 0,785) su
sa visokim i zadovoljavajućim vrednostima. Za varijablu korelacija kretanja igrača napadačke linije
tokom prvog i drugog poluvremena koeficijenti varijabilnosti (Cronbach α = 0,898) su sa vrlo viso-
kim i zadovoljavajućim vrednostima. Na nivou kretanja igrača celih timova tokom prvog i drugog
poluvremena koeficijenti varijabilnosti (Cronbach α = 0,946) su sa vrlo visokim i zadovoljavajućim
vrednostima .
Poređenjem Rezultata obima kretanja vrhunskih igrača analiziranih softverskim sistemom
Tracking Motion, tokom ove studije, sa rezultatima obima kretanja 20 utakmica španske Primera
lige i 10 utakmica Lige šampiona, praćenih System Amisco Pro Version 1.0.2., Nice, France, tokom
takmičarske sezone 2003./04. uočava se visok stepen korelacije. Približne vrednosti rezultata obi-
ma kretanja mogu se uočiti i poređenjem sa studijama Bangsbo & Michalscik 2002; Kirkendal et
al.; Williams et al. And Mochra et al., što ukazuje na visok nivo eksterne relijabilnosti softverskog
sistema
Dobijeni rezultati parametara distribucije zavisnosti kretanja igrača odbrambene linije, sred-
nje linije i igrača iz napada tokom prvog i drugog poluvremena ukazuju da je stepen slaganja rezulta-
ta prvog i drugog poluvremena u odnosu na ostvarene distance kretanja tokom utakmice za odbran-
benu liniju na nivou koeficijenta determinacije od R2 = 0.924, odnosno na nivou 92.4% objašnjenog
varijabiliteta, za srednju liniju na nivou koeficijenta determinacije od R2 = 0.418, odnosno na nivou
41.8% objašnjenog varijabiliteta i za liniju napada na nivou koeficijenta determinacije od R2 = 0.670,
odnosno na nivou 67.0% objašnjenog varijabiliteta kretanja.
Prostor neobjašnjene varijanse koeficijenta determinacije R2 do 100%, je prostor koji objašnja-
va varijansu taktike i individualnih verovatnoća same utakmice.
ZAKLJUČAK
Na osnovu dobijenih rezultata kretanja igrača tokom analiziranih utakmica, može se zaključiti
da postoji visok nivo izmerenih rezultata kretanja kao mere sličnosti ispitivanih varijabli primenom
Tracking Motion software systema, odnosno da je interna mera relijabilnosti obima kretanja igrača
tokom prvog i drugog poluvremena utakmice, kako na nivou celog tima, tako i po linijama tima ve-
oma visoka - stepen relijabilnosti kreće od vrlo visoke kod igrača celog tima (Cronbach α = 0,946),
odbrambene (Cronbach α = 0,950) i napadačke linije tima (Cronbach α = 0,898), do visoke kod igra-
ča srednje linije tima (Cronbach α = 0,785).
	 Iz navedenog proizilazi da se softverska analiza odlikuje visokim stepenom osetljivosti i za-
dovoljavajućim koeficijentima interne reliabilnosti. Takođe, system softverske analize je veoma pre-
cizan analitički instrument, sa egzaktnim parametrima i lak za objašnjenje i korišćenje u metodolo-
giji rada trenera i sportskih eksperata, te je kao takav preporučljiv u analitičko-dijagnostičkoj praksi
u fudbalu.
	 Za potrebe budućih studija slične tematike, nameće se neophodnost postojanja većeg broja
analiziranih utakmica (ispitanika), različitih tehničko-taktičkih zahteva i kvalitativnih nivoa takmi-
čenja, kako bi se korelacije i međusobne zavisnosti datih parametara potvrdile na velikom uzorku i
nametnule kao standardizovano analitičko-dijagnostičko sredstvo u metodologiji rada u fudbalu.
Zahvalnost
Istraživanje je deo projekta „Efekti fizičke aktivnosti primenjena na kretanje, metaboličke, psi-
ho-socijalni i obrazovni status stanovništva sportista Srbije” koji finansira Ministarstvo prosvete i
nauke Republike Srbije - Ciklus naučnih projekata od 2011. do 2015. godine.
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Relijabilnost analize kretanja elitnih fudbalera tokom utakmice merenog primenom softverskog sistema za praćenje kretanja
LITERATURA
Baviskar, S. P, Ujgare, N. S. (2012). Kernel Based Object Tracking Using Mean Shift Method,
IJCA Proceedings on International Conference in Computational Intelligence, New York, USA,
Published by Foundation of Computer Science.
Bradley, P., Sheldon, W. & Wooster, B. (2003). High Intensity Running in English Premier
League Soccer  Matches. Journal of Sports Science, 27, 156-168.
Carling, C., Bloomfield, J. & Nielsen, L. (2008). The Role of Motion Analysis in Elite Soccer
Contemporary performance Measuerement Technique and Work Rate Data. Journal of Sports
Medicine, 38, 839-862.
Comaniciu, D., Ramesh, V. and Meer, P. (2000). Real-Time Tracking of Non-Rigid Objects
Using Mean Shift. IEEE Conference on Computer Vision and Pattern Recognition, 2, 142-149.
Comanicu, D., Meer, P. (2002). Mean shift: A robust approach toward feature space analysis.
IEEE Transactions on Pattern Analysis and Machine Intelligence, 24. 603-619.
Comaniciu, D., Ramesh, V. and Meer, P. (2003). Kernel-Based Object Tracking, IEEE
Transactions on Pattern Analysis and Machine Intelligence, 5, 564-579.
Carling, C., Bloomfield, J. & Nielsen, L. (2008). The Role of Motion Analysis in Elite Soccer
Contemporary performance Measurement Technique and Work Rate Data. Journal of Sports
Medicine, 38, 839-62.
Casajus, J.A. (2001). Season variation in fitness variables in professional soccer players. Journal
of Sports Medicine & Physiological Fitness, 41, 463-465.
Gevers T. (2001). Color in Image Search Engines, Survey on color for image retrieval from
Multimedia Search, Published in Visual Information Retrieval, London, Springer Verlag.
Kailath, T. (1999). The Divergence and Bhattacharyya Distance Measures in Signal Selection.
IEEE Trans. Comm. Technology, 15, 253-259, 1999.
Kailath, T. (1999). The Divergence and Bhattacharyya Distance Measures in Signal Selection.
IEEE Trans. Comm. Technology, 15, 253-259, 1999.
Rampini, E., Coutts, A.J. & Sastagna C. (2007). Variation in Top Level Soccer Match
Performance, Journal of sports Medicine, 28, 1018-1024.
Radaković, R., Prosinečki, R., Đurović, Ž.,Marović, S., Peulić, A., Nikolić, D. / Filipović, N.
(2013). Analiza kretanja igrača FK Crvena Zvezda tokom utakmice 4. Kola kvalifikacija za Ligu
Evrope 2012/13. Zbornik radova: 11. Međunarodna konferencija UKTH, Zagreb, Hrvatska, 422-427.
Radaković, R., Đurović, Ž.,Prosinečki, R., Vulović, R., Peulić, A., Nikolić, D. / Filipović, N.
(2012). Opšti parametri Tracking motion analize igrača FK Crvena Zvezda tokom utakmice 4. Kola
kvalifikacija za Ligu Evrope 2012/13. Abstract book of: International Conference Faculty of Sport
and Physical Education, Belgrade, Serbia, 328-333.
Scott, D. W. (1992). Multivariate Density Estimation, Wiley.
Ćopić, M., Dopsaj, M. & Marković, S (2012). Reliabilnost Karakteristika Sile Reakcije podloge
Standardizovanih Skokova uvis kod Treniranih i Netreniranih Osoba Ženskog Pola. Proceeding of
Thematic Conference FSFV, Belgrade.
128
Conference Procedings
UDK 796.332:612.766
THE RELIABILITY OF MOTION ANALYSIS OF ELITE SOCCER PLAYERS
DURING MATCH MEASURED BY THE TRACKING MOTION SOFTWARE
SYSTEM
Radivoje Radaković1,3, Dopsaj Milivoj2, Filipović Nenad1, Vulović Radun1,
Bojan Leontijević2
1  Bioengineering Research and Development Center, BioIRC, Kragujevac, Serbia
2 Faculty of Sport and Physical Education, University of Belgrade, Serbia
3 FC Red Star, Belgrade, Serbia
INTRODUCTION
Tracking motion analysis became a very important analytical-diagnostic means for tracking
player’s functionality and situation efficiency in modern soccer. Information obtained in that way
are becoming more popular, both in analytics and diagnostics taken as the segments of sport
science, as well as in daily trainings and competitions ( Bangsbo 2003; Rampini, 2007; Carling
2008). A special attention was given to the usage of these results in training and analytical practice.
Therefore, we performed several science and research procedures to enhance old and promote new
training tools and methods (postulates) (Casajus, 2001; Bradley, 2003). We also emphasized that our
software indirectly helps in determining metabolic profiles of training stimulus, in micro and macro
periodization of training processes (Baviskar, 2012). Vast diapason of information obtained in this
way gives us an indication of the quality and quantity of competition. Now, every single match can
be analyzed in exact way, which is rarely in accordance with hypothetical opinions about mentioned
parameters. The obtained results were, to a great extent, in accordance with motion tracking reports
from various European Leagues and UEFA Champions League (Radakovic et a	l., 2012). The aim of
this study was to determine the internal reliability volume movements in the matches of top players
measured using a software system Tracking Motion. The obtained data point to the methodological
approach to measuring the volume of movement of top soccer players with the software method of
tracking motion.
METHOD
The study was conducted on a sample of 23 players whose playing was recorded during 6
official matches of the following clubs or representations: FC Red Star, Belgrade; FC Radnički 1923,
Kragujevac; FC Partizan, Belgrade; FC Bordoaux; Serbian national football team and National team of
Belgium. The games were played as the qualifying matches for the Europa League red Star - Bordaux
in season 2012/13; The Serbia Cup semi-final match in the 2011/12 season; Red Star-Partizan and
Partizan-Red Star; qualifying match for the World Cup in Brazil in 2014: Serbia-Belgium; and match
Premier League Serbia 2014/15th  Radnicki 1923 Partizan. The structure of the players was the
following: 6 Attackers, 7 Defenders, 10 Midfielders. The players were randomly selected provided
that they are playing all 90 minutes (Radakovic, 2013). All subjects were informed about the case,
the aim and task of the study and they gave voluntary consent, in cooperation with the trainers, to
participate in it.
The variables were administered to assess the internal variability of movement of top
players during the match measured by Tracking Motion software system (BioIRC, Kragujevac,
Serbia): Variables analyzed in the first halves of the matches:
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The Reliability of Motion Analysis of Elite Soccer Players during Match measured by the Tracking Motion Software System
1. Overall_I half, the movement of players during the first half of the match, expressed in m;
2. Defense_I half, the movement of players in the defensive line during the first half, expressed in m;

3. Midfields_I half, the movement of midfield players during the first half, expressed in m;
4. Attackers_I half, the movement of attacker players during the first half, expressed in m.
Variables analyzed in the second halves of matches:
5. Overall_II half, the movement of players during the second half of the match, expressed in m;
6. Defense_II half, the movement of players in the defensive line during the second half,
expressed in m;
7. Midfields_II half, the movement of midfield players during the second half, expressed in m;

8. Attackers_II half, the movement of attacker players during the second half, expressed in m.
Before object tracking process starts, we need to manually define it, i.e. we mark the silhouette
of a player with an ellipse region as tight as possible in order to reduce the influence of the background
pixels as much as possible. Next, based on that region, we define a mathematical model in the form
of probability density function of the underlying color (i.e. histogram). Next, we apply the mean-
shift procedure by determining the „region of interest” on the subsequent video frame within
which we define a candidate model. Initial position of the candidate model corresponds to the last
object’s position on the previous frame. Since Bhattacharyya coefficient (Kailath, 1967) represents
a normalized distance between the histograms of the reference and the candidate models, it is
expected that its maximum corresponds to the vector that is directed towards the accurate object’s
position on the current frame. A detailed description of the mean-shift algorithm is described in
(Comaniciu, 2000; Comaniciu, 2000; Baviskar, 2012). Therefore, only the most important parts of the
above mentioned algorithm will be outlined in this paper.
The processing of video recording of football matches consists of several phases. Each of
these phases requires a careful analysis and planning. For properly setting up the video equipment,
it is necessary to take into account several parameters: technical characteristics of the recording
equipment, number of cameras, their location, synchronization and so on. The basic requirement is
that the selected cameras cover the entire surface of a football field; their fields of view should always
overlap to a small degree. A larger number of cameras allows simplification of applied algorithms
for computer tracking of player motion and also reduces the time needed to process the video data.
On the other hand, it increases the cost of the required hardware, complicates the calibration of the
system and also complicates the software needed to integrate data from multiple sources.
In our independently developed system, named BioIRC Motion Tracking, we used two
identical Sony NEX-VG10video cameras with full-HD resolution video recording. In order to
analyze video files, they were compressed with XVID codec into MOV format, with a refresh rate
of 30 frames per second. Algorithmic part of the software for motion tracking of football players is
heavily based on the previously described mean-shift algorithm. The basic version of the algorithm
was improved several times, which has greatly improved its accuracy and efficiency. In the most
demanding situations, the software allows full manual tracking of players up to obtaining favorable
conditions scene again.
Analysis software tracks the movement of players around the football field, alternately analyzing
recordings of both its halves in accordance with the current activities of the players. Performance
analysis on the computer Intel (R) Core2Duo E6750@2.66GHz, 2GB RAM, Win7 32bit, was ~4
frames per second. Besides demanding algorithm for automatic player tracking, this low rate is also
a result of the full-HD video editing (e.g. scaling to a size that can be fully accommodated in the
application window) prior to applying the tracking algorithm.
For football match video recording and analyzing, we used BioIRC Motion Tracking system,
composed of two identical Sony NEX-VG10 video cameras with full-HD resolution video recording.
Recorded video files were compressed with XVID codec into MOV format with the refresh rate
of 30 frames per second. Analysis software tracks the movement of players around the entire football
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Radivoje Radaković, Dopsaj Milivoj, Filipović Nenad, Vulović Radun, Bojan Leontijević
field, alternately analyzing recordings of both its halves in accordance with the current activities of
the players. Performance analysis on the computer Intel (R) Core2Duo E6750@2.66GHz, 2GB RAM,
Win7 32bit, was ~4 frames per second.
Statistical analysis
Motion structure parameters were analyzed using a descriptive statistics method, where
the following values were determined: mean values (Mean), standard deviation (SD), coefficient of
variation (cV%), standard error of measurement expresses in both absolute (Std. Error. Aps.) and
relative (Std. Error. Rel.) values, minimum (Min) and Maximum (Max.) values of the measured
variables.
Reliability of the monitored variables was examined using linear regression analysis (Copic
et al., 2012), with the application of a method for defining an intraclass correlation of data (ICC
and Cronbach’s Alpha), while the difference between the pairs of variables was determined using
the univariate analysis of variance (ANOVA). All analyses were performed by using the software
package SPPSS 19.0, and the criterion of probability of differences of correlations was on the level
p = 0.05.
RESULTS
Table 1 shows basic descriptive indicators of the variables of the players’ motion in the first
and second half, at the level of the whole team.
Table 1.Basic descriptive statistics monitored variables
Mean (m)
SD (m)
cV%
Std. Error.
Aps. (m)
Std. Error.
Rel. (%)
Min (m)
Max (m)
Overall sample of players (N = 23)
I half
5748.2
731.0
12.72
152.4
2.65
4041.5
6875.3
II half
5885.4
698.2
11.86
145.6
2.47
3938.6
6808.2
Whole game
11633.6
1392.2
11.97
290.3
2.50
8038.0
13549.5
Defence (N = 10)
I half
5153.8
614.8
11.93
194.4
3.77
4041.5
5671.6
II half
5530.4
874.4
15.81
276.5
5.00
3938.6
6612.7
Whole game
10684.1
1475.2
13.81
466.5
4.37
8038.0
12242.0
Midfielders (N = 7)
I half
6536.7
233.8
3.58
88.4
1.35
6145.8
6875.3
II half
6435.4
244.4
3.80
92.4
1.44
6096.8
6808.2
Whole game
12972.1
433.9
3.34
164.0
1.26
12242.6
13549.5
Attackers/Strikers (N = 6)
I half
5819.0
148.3
2.55
60.6
1.04
5586.0
6017.5
II half
5835.5
136.0
2.33
55.5
0.95
5596.5
6009.7
Whole game
11654.5
271.1
2.32
110.7
0.94
11182.6
11930.9
Compared to the results for the overall sample of the players, it can be concluded that all
measured variables are highly reliable since the coefficient of variation does not exceed the value
of 15.81 % (Table 1, Defence II half), and up to only 2.33 % variation (Attackers/Strikers II half).
With regard to the relative value of the standard error of measurement, it can be stated that it falls
within the range of 0.94 % of Attackers/Strikers II half to 5.00 % for Defence II half. In other words,
compared to the average value of all errors of measuring variables that were monitored by their
positions, it is at the level of 2.24 % (Table 1).
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The Reliability of Motion Analysis of Elite Soccer Players during Match measured by the Tracking Motion Software System
Table 2. Reliability results
Cronbach’s
Alpha
ANOVA F
relation
P
value
Intraclass Correlation Coefficient
Single
Measures
Average
Measures
95% Confidence
Interval
P
value
Lower
Bound
Upper
Bound
Overall sample of players
0.946
4.104
0.055
0.897
0.946
0.773
0.955
0.000
Defenders
I vs II half
0.950
13.01
0.006
0.905
0.950
0.798
0.988
0.000
Midfielders
I vs II half
0.785
1.774
0.231
0.646
0.785
-0.253
0.963
0.042
Attackers/Strikers
I vs II half
0.898
0.219
0.660
0.815
0.898
0.273
0.986
0.013
Table 2 shows the results of the calculated reliability coefficient for the analzyed variables.
On the basis of the obtained results, it can be determined that the level of general reliability, that
is, the reliability for the overall sample of players, is at the level of 0.946 (Table 2, Cronbach’s Alpha)
and is statistically highly significant (p = 0.000). Very high reliability coefficients were calculated for
players by their positions as well, and those are the following: for Defenders – 0.950, p = 0.000; for
Midfielders – 0.785, p = 0.042, and for Attackers/Strikers – 0.898, p = 0.013 (Table 2).
Graphs 1 to 4 present the results of linear regression analysis in order to define the degree
of linear matching of results of the distance of movement in the first and the second half, as a
measurement of the similarity of examined variables, by using the Tracking Motion software system.
Graph 1 shows the parameters of the distribution of the dependence of all players’ motion during
the first and the second half on the basis of linear regression. At the general level (Graph 1), it can be
determined that the degree of matching of the results from the first and the second half, compared
to the realized distances of motion during the game, is at the level of determination coefficient R2 =
0.806, that is, at the level of 80.6% of the explained movement variability.
Graph 1. Linear regression dependence of distance run of the first and
second half of the overall pattern of players
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Conference Procedings
Radivoje Radaković, Dopsaj Milivoj, Filipović Nenad, Vulović Radun, Bojan Leontijević
Graphs 2, 3 and 4 show the parameters of the distribution of the dependence of the motion of
Defenders, Midfielders and Attackers/Strikers during the first and the second half of the game. On
the basis of the obtained results (Graphs 2, 3 and 4), it can be determined that the degree of matching
of the results from the first and the second half, compared to the realized motion distances during
the game for the defensive players, is at the level of determination coefficient R2 = 0.924, that is, at the
level of 92.4% of the movement variability explained, for the midfielders at the level of determination
coefficient R2 = 0.418, that is, at the level of 41.8% of the movement variability explained, and for
the attackers at the level of determination coefficient R2 = 0.670, that is, at the level of 67.0% of the
movement variability explained.
Graph 2. Linear regression dependence of distance run for the first and
second half of the defender players
Graph 3. Linear regression dependence of distance run for the first and
second half of the midfielder players
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The Reliability of Motion Analysis of Elite Soccer Players during Match measured by the Tracking Motion Software System
Graph 4. Linear regression dependence of distance run with the first and
second half of the striker (attack) players
DISCUSSION
In relation to the obtained results, and from the aspect of reliability of movement structure of
players during the match, i.e. by their competitors’ performance concerning volume and intensity of
movement, it is established that there is a high degree of reliability of line players’ movement for the
analyzed matches. This is especially noted in the movement reliability of the entire team and defense
and attack players, whereas the degree of reliability for midfield players is a bit lower.
The correlations among the applied variables are practically all positive and fluctuate from
high to very high.
The coefficients of variability for variable of correlation of defense players movement during
the first and the second halves (Cronbach α = 0.950)are of very high and satisfactory values, as
well as the individual correlation of 0.879.The coefficients of variability for variable of correlation
of midfield players movement during the first and the second halves (Cronbach α = 0.785)are of
high and satisfactory values. The coefficients of variability for variable of correlation of midfield
players movement during the first and the second halves (Cronbach α = 0.898) are of very high and
satisfactory values. The coefficients of variability on a level of movement of players of the entire team
during the first and the second halves (Cronbach α = 0.946) are of very high and satisfactory values.
By comparing the results of movement volume of the top players analyzed with software
system Tracking Motion during this study, with results of movement volume in20 matches of Spanish
Premier League and 10 matches in the Champions League, tracked by System Amisco Pro Version
1.0.2., Nice, France during the 2003/2004 season, we can establish a high degree of correlation.
Similar values of results of movement volume could be noticed in comparison to studies of Bangsbo
and (Michalscik 2002; Kirkendal et al.; Williams et al. and Mochra et al.), which indicates that the
external reliability of the software system is at a very high level.
The given results for distribution parameters of movement dependency of defense, midfield
and attack players during the first and the second halves indicate that the degree of correlation of
results for the first and for the second half in relation to movement distance during the match for
defense line on a level of determinacy coefficient is R2=0.924, i.e. 92.4% of explained variability, for
mid line on a level of determinacy coefficient is R2=0.418, i.e. 41.8% of explained variability and
for attack line on a level of determinacy coefficient is R2=0.670, i.e. 67.0% of explained movement
variability.
The area of inexplicable variance of determinacy coefficient R2 to 100% is an area which
explains the variance of tactics and individual probabilities of the match itself.
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Radivoje Radaković, Dopsaj Milivoj, Filipović Nenad, Vulović Radun, Bojan Leontijević
CONCLUSIONS
On the basis of the results of players’ movement during the analyzed matches, it can be
concluded that there is a high level of reliability in application of Tracking Motion software system,
i.e. that the internal measure of reliability of players’ movement volume during the first and the
second half of the match, both on the level of the entire team, as well as along the lines of the team, is
very high - the degree of reliability ranges from very high with players of the entire team (Cronbach
α = 0.946), defense (Cronbach α = 0.950) and the offensive line team (Cronbach α = 0.898), to high
with middle line players (Cronbach α = 0.785).
It follows that the software analysis is characterized by a high degree of sensitivity and
satisfactory coefficients of internal reliability. Also, the system of software analysis is very precise
analytical instrument, with exact parameters and easy to explain and use in work methodology
of couches and sport experts (Kailath, 1999), so that it could be recommended in analytical and
diagnostic practice in soccer.
For purposes of future studies with a similar topic, there is a necessity of having a larger
number of analyzed matches (players), with different technical and tactical demands and qualitative
level of competition, so that the correlations and interdependencies of the given parameters could
be confirmed on a large sample and emerge as a standardized analytical and diagnostic tool in the
work methodology in soccer.
Acknowledgement
The research is part of the project „Effects of physical activity applied to locomotion, metabolic,
psycho-social and educational status of the population of athletes of Serbia” which is financed by the
Ministry of Education and Science of the Republic of Serbia - The cycle of scientific projects from 2011
to 2015.
REFERENCES
Baviskar, S. P, Ujgare, N. S. (2012). Kernel Based Object Tracking Using Mean Shift Method,
IJCA Proceedings on International Conference in Computational Intelligence, New York, USA,
Published by Foundation of Computer Science.
Bradley, P., Sheldon, W. & Wooster, B. (2003). High Intensity Running in English Premier
League Soccer  Matches. Journal of Sports Science, 27, 156-168.
Comaniciu, D., Ramesh, V. and Meer, P. (2000). Real-Time Tracking of Non-Rigid Objects
Using Mean Shift. IEEE Conference on Computer Vision and Pattern Recognition, 2, 142-149.
Comanicu, D., Meer, P. (2002). Mean shift: A robust approach toward feature space analysis.
IEEE Transactions on Pattern Analysis and Machine Intelligence, 24. 603-619.
Comaniciu, D., Ramesh, V. and Meer, P. (2003). Kernel-Based Object Tracking, IEEE
Transactions on Pattern Analysis and Machine Intelligence, 5, 564-579.
Carling, C., Bloomfield, J. & Nielsen, L. (2008). The Role of Motion Analysis in Elite Soccer
Contemporary performance Measurement Technique and Work Rate Data. Journal of Sports
Medicine, 38, 839-62.
Casajus, J.A. (2001). Season variation in fitness variables in professional soccer players. Journal
of Sports Medicine & Physiological Fitness, 41, 463-465.
Ćopić, M., Dopsaj, M. & Marković, S (2012). Reliabilnost Karakteristika Sile Reakcije podloge
Standardizovanih Skokova uvis kod Treniranih i Netreniranih Osoba Ženskog Pola. Proceeding of
Thematic Conference FSFV, Belgrade.
Scott, D. W. (1992). Multivariate Density Estimation, Wiley.
Gevers T. (2001). Color in Image Search Engines, Survey on color for image retrieval from
Multimedia Search, Published in Visual Information Retrieval, London, Springer Verlag.
135
Zbornik radova
The Reliability of Motion Analysis of Elite Soccer Players during Match measured by the Tracking Motion Software System
Kailath, T. (1999). The Divergence and Bhattacharyya Distance Measures in Signal Selection.
IEEE Trans. Comm. Technology, 15, 253-259, 1999.
Kailath, T. (1999). The Divergence and Bhattacharyya Distance Measures in Signal Selection.
IEEE Trans. Comm. Technology, 15, 253-259, 1999.
Rampini, E., Coutts, A.J. & Sastagna C. (2007). Variation in Top Level Soccer Match
Performance, Journal of sports Medicine, 28, 1018-1024.
Carling, C., Bloomfield, J. & Nielsen, L. (2008). The Role of Motion Analysis in Elite Soccer
Contemporary performance Measuerement Technique and Work Rate Data. Journal of Sports
Medicine, 38, 839-862.
Radaković, R., Prosinečki, R., Đurović, Ž.,Marović, S., Peulić, A., Nikolić, D. / Filipović, N.
(2013). Analiza kretanja igrača FK Crvena Zvezda tokom utakmice 4. Kola kvalifikacija za Ligu
Evrope 2012/13. Zbornik radova: 11. Međunarodna konferencija UKTH, Zagreb, Hrvatska, 422-427.
Radaković, R., Đurović, Ž., Prosinečki, R., Vulović, R., Peulić, A., Nikolić, D. / Filipović, N.
(2012). Opšti parametri Tracking motion analize igrača FK Crvena Zvezda tokom utakmice 4. Kola
kvalifikacija za Ligu Evrope 2012/13. Abstract book of: International Conference Faculty of Sport
and Physical Education, Belgrade, Serbia, 328-333.
136
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UDK 159.923.5-056.36-053.5
796:371.213
STAVOVI NASTAVNIKA FIZIČKOG VASPITANJA PREMA INKLUZIJI
DECE SA RAZVOJNIM SMETNJAMA
Bojan Pejčić1, Ana Orlić1, Ivana Milanović1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Poslednjih desetak godina koncept integracije dece sa razvojnim smetnjama, zamenjen
je konceptom inkluzije. Pojam inkluzije vuče poreklo iz latinskog jezika i znači uključivanje,
uključenost, obuhvatanje, podrazumevanje. Inkluzija podrazumeva opštu kulturnu rekonstrukciju
stava prema osobama sa razvojnim smetnjama, jer problem takvih osoba nije samo njihov problem
i problem njihove porodice, već problem čitavog društva (Hrnjica, 2004). Inkluzivno obrazovanje
podrazumeva restruktuisanje sistema redovnog školstva na takav način da svaka škola bude u stanju
da se prilagodi svakom detetu bez obzira na smetnje koje dete ima, kao i da obezbedi da svi učenici
pripadaju zajednici. Učenici sa razvojnim smetnjama će u ovakvom okruženju bolje napredovati u
socijalnom i akademskom pogledu, ono će ih bolje pripremiti za život u zajednici i istovremeno će se
izbeći negativni efekti (Brojčin, 2013).
Imajući u vidu da su nastavnici ključne osobe u primeni inkluzivnog obrazovanja, autori se slažu
da pozitivan stav prema uključivanju dece sa razvojnim smetnjama u redovnu nastavu predstavlja
jedan od najvažnijih faktora za uspešno realizovanje inkluzivnih programa (Brojčin, 2013). Stavovi,
kao direktivne i dinamičke dispozicije, mogu uticati kako na komunikacione procese u razredu, tako
i na realizovanje sadržaja propisanih kurikulumom (Logan & Wimer, 2013). Istraživanja u oblasti
inkluzivnog fizičkog vaspitanja su pokazala da nastavnici koji imaju pozitivnije stavove ulažu više
truda u nastavni proces, kao i da učenici sa razvojnim smetnjama pokazuju veći napredak (Elliott,
2008).
Pregledna studija koju je sproveo Hutzler (2003) je pokazala da stavovi nastavnika prema
inkluziji dece sa razvojnom smetnjama u nastavu fizičkog vaspitanja (FV) mogu biti moderirani
različitim faktorima među kojima su najznačajniji pol nastavnika, iskustvo u radu sa decom sa
razvojnim smetnjama i opažena kompetentnost nastavnika. Tako, u većini istraživanja obuhvaćenih
ovom studijom pokazano je da nastavnice imaju pozitivnije stavove prema inkluziji dece sa razvojnom
smetnjama u nastavu FV od nastavnika. Kada je u pitanju prethodno iskustvo u radu sa decom sa
razvojnim smetnjama, rezultati studija daju kontradiktorne rezultate. U nekim studijama je pokazano
da nastavnici koji imaju veće iskustvo u radu sa ovom decom imaju pozitivnije stavove prema inkluziji,
dok su neke studije pokazale da ovakva povezanost ne postoji. Takođe, rezultati ove pregledne
studije pokazuju da će stavovi biti pozitivniji ukoliko nastavnik sebe opaža kao kompetentnog za rad
sa decom sa razvojnim smetnjama (Hutzler, 2003). U skladu sa ovim su i rezultati istraživanja koje
pokazuje da nastavnici koji su bili stručno oposobljeni za inkluzivne programe pokazuju pozitivnije
stavove prema inkluziji dece sa razvojnim smetnjama u nastavu (Avramidis,  Bayliss, & Burden,
2000a,b).
Rezultati istraživanja u našoj sredini koja su se bavila stavovima nastavnika prema inkluzivnom
obrazovanju nisu dala jednoznačne rezultate. Istraživanje koje su sproveli Kalyva, Gojkovic, & Tsakiris
(2007) je pokazalo da nastavnici imaju blago negativne stavove prema inkluzivnom obrazovanju, kao
i da nastavnici koji imaju više iskustva u radu sa decom sa razvojnim smetnjama imaju pozitivnije
stavove od onih koji imaju manje iskustva. Sa druge strane, istraživanje koje je sprovela Đević
(2009) je pokazalo da nastavnici imaju pozitivne stavove prema inkluzivnom obrazovanju, kao i da
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Zbornik radova
Stavovi nastavnika fizičkog vaspitanja prema inkluziji dece sa razvojnim smetnjama
pozitivnije stavove imaju oni nastavnici čije su škole uključene u inkluzivne programe. Istraživanje
stavova učitelja seoskih i gradskih škola prema inkluziji dece sa razvojnim smetnjama u nastavu
fizičkog vaspitanja je pokazalo da učitelji imaju umereno pozitivne stavove, kao i da stavovi učitelja
nisu povezani sa mestom u kome rade (Đorđić, Tubić i Protić, 2014).
Imajući u vidu da su istraživanja koja se bave problemima inkluzije u nastavu FV u našoj sredini
malobrojna, cilj ovog istraživanja bio je da se ispitaju stavovi nastavnika fizičkog vaspitanja prema
inkluziji dece sa razvojnim smetnjama. Pored toga, cilj istraživanja je bio i da se ispita povezanost
stavova prema inkluziji dece sa razvojnim smetnjama u nastavu FV sa polom nastavnika, mestom u
kome rade, dužinom radnog staža i stručnim usavršavanjem u oblasti inkluzivnog obrazovanja.
METOD
Uzorak
Uzorak je činilo 58 nastavnika fizičkog vaspitanja (40 muškaraca i 18 žena) iz Beograda (N =
30) i Leskovca (N = 28).
Instrumenti
Za merenje stavova nastavnika prema inkluziji dece sa razvojnim smetnjama u nastavu fizičkog
vaspitanja upotrebljen je instrument Atitude Toward Inclusive Physical Education (Hutzler, Zach, &
Gafni, 2005), a koji su za potrebe ispitivanja u našim uslovima adaptirali Đorđić i saradnici (2014).
Ovaj instrument se sastoji od 15 četvorostepenih tvrdnji Likertovog tipa od kojih je 11 formulisano
u negativnom obliku. Veći skor na skali ATIPE ukazuje na pozitivnije stavove prema inkluziji dece sa
razvojnim smetnjama u nastavu FV.
Pored instrumenta ATIPE, konstruisan je i dodatni upitnik kojim su prikupljeni podaci o polu
nastavnika, iskustvu u radu sa decom sa razvojnim smetnjama (da li su imali iskustva u radu sa ovom
decom i, ukoliko jesu, približan broj dece sa kojima su radili), godinama radnog staža i pohađanju
seminara za stručno usavršavanje posvećenih inkluziji (pohađali seminar – nisu pohađali seminar).
Postupak
	 straživanje je sprovedeno u osnovnim školama u Beogradu i Leskovcu. Učešće u istraživanju
je bilo dobrovoljno i anonimno. Popunjavanje upitnika trajalo je oko 15 minuta.
REZULTATI
U tabeli 1. prikazani su rezultati deskriptivne statistike (minimum, maksimum, aritmetička
sredina i standardna devijacija) za pojedinačne stavke skale ATIPE.
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Bojan Pejčić, Ana Orlić, Ivana Milanović
Tabela 1. Deskriptivna statistika za pojedinačne stavke skale ATIPE
Stavka
Min
Max
M
SD
Nastavnik fizičkog vaspitanja nema znanja i veština da podučava
učenike sa senzomotornim smetnjama.
1
4
2.57
0.99
Ne bi trebalo uključivati učenike sa invaliditetom u redovna
odeljenja, zbog njihovog izgleda.
1
4
1.97
0.97
Pošto je kvalitet i efikasnost nastave fizičkog vaspitanja prioritet,
važno je izbegavati moguća ometanja, uključujući i inkluziju dece sa
smetnjama/invaliditetom.
1
4
2.41
0.90
Deca
sa
smetnjama/invaliditetom
mogu
mnogo
dobiti
učestvovanjem
u fizičkom vaspitanju sa drugom decom.
1
4
3.26
0.83
Deca sa smetnjama/invaliditetom često izazivaju disciplinske
probleme na času fizičkog vaspitanja.
1
4
2.14
0.98
Nastavnik koji uključuje dete sa smetnjom/invaliditetom u redovni
čas fizičkog vaspitanja, smanjuje vreme koje može da posveti drugim
učenicima.
1
4
2.84
1.02
Dete sa smetnjama/invaliditetom može usporiti učenje druge dece
na času fizičkog vaspitanja.
1
4
2.60
1.06
Dete sa smetnjama/invaliditetom ometa nastavnika fizičkog
vaspitanja.
1
4
2.28
0.89
Deca sa smetnjama/invaliditetom treba da pohađaju specijalna
odeljenja.
1
4
2.79
0.95
Uključivanje dece sa smetnjama/invaliditetom predstavlja lični
izazov za nastavnika.
1
4
2.98
0.83
Nastavnik koji uključi dete sa smetnjama/invaliditetom je izložen
riziku većeg stresa.
1
4
2.96
0.93
Uključivanje deteta sa smetnjama/invaliditetom može doprineti
razvijanju pozitivnih vrednosti.
2
4
3.31
0.68
Uključivanje deteta sa smetnjom/invaliditetom u odeljenju stvara
frustraciju i neprijatnost.
1
4
2.14
0.74
Redovno odeljenje može imati koristi od inkluzije deteta sa
smetnjama/invaliditetom.
1
4
2.57
0.88
Nije u redu tražiti od nastavnika koji treba da radi sa celim odeljenjem,
da posveti posebnu pažnju deci sa smetnjama/invaliditetom i
njihovim roditeljima.
1
4
2.72
1.06
Legenda: Min – Minimalna vrednost, Max – maksimalna vrednost, M – aritmetička sredina,
SD – standardna devijacija
Nakon rekodiranja stavki koje su u formulisane u negativnom obliku u pozitivan izračunat je
prosečan skor. Rezultati pokazuju da nastavnici fizičkog vaspitanja imaju umereno pozitivne stavove
prema inkluziji dece sa smetnjama u razvoju u nastavu FV, M = 2.65, SD = 0.55.
Povezanost stavova prema inkluziji dece sa razvojnim smetnjama i pola nastavnika, mesta
u kome rade, iskustva u radu sa decom sa razvojnim smetnjama i pohađanju seminara za stručno
usavršavanje posvećenih inkluziji proverena je t-testom za nezavisne uzorke. Rezultati su pokazli da
se muški (N = 40) i ženski (N = 18) nastavnici ne razlikuju statistički značajno u pogledu intenziteta
stava prema inkluziji dece sa razvojnim smetnjama u nastavu FV. Takođe, nema značajnih razlika
između nastavnika koji rade u Beogradu (N = 30) i u Leskovcu (N = 28), kao ni između nastavnika koji
su pohađali seminar za stručno usavršavanje posvećenih inkluziji (N = 30) i onih koji nisu (N = 28).
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Stavovi nastavnika fizičkog vaspitanja prema inkluziji dece sa razvojnim smetnjama
Jedina značajna razlika javila se između nastavika koji su imali iskustva u radu sa decom sa razvojnim
smetnjama (N = 52) i onih koji nisu imali takvo iskustvo (N = 6), t(56) = -2.39, p < .05. Ovi rezultati
pokazuju da nastavnici koji nisu imali iskustva u radu sa decom sa razvojnim smetnjama (M = 3.13)
imaju pozitivnije stavove prema inkluziji u odnosu na nastavnike koji su takvo iskustvo imali (M =
2.59). Ipak, imajući u vidu da je samo 6 nastavnika navelo da nije imalo iskustva u radu sa decom sa
razvojnim smetnjama, ovakve rezultate treba uzeti sa rezervom.
Povezanost između stavova nastavnika prema inkluziji dece sa razvojnim smetnjama u nastavu
FV i dužine radnog staža, kao i broja dece sa razvojnim smetnjama sa kojima su imali priliku da rade
proverena je korelacionom analizom (Pirsonov koeficijent). Rezultati su pokazali da nema značajnih
povezanosti između ovih varijabli.
DISKUSIJA
Osnovni cilj ovog istraživanja je bio da se ispitaju stavovi nastavnika fizičkog vaspitanja prema
inkluziji dece sa razvojnim smetnjama u nastavu fizičkog vaspitanja u osnovnoj školi. Rezultati su
pokazali da, u celini gledano, nastavnici imaju umereno pozitivan stav, što je u skladu sa rezultatitima
prethodnog istraživanja u našoj sredini koje je sprovedeno na uzorku učitelja seoskih i gradskih škola
(Đorđić i sar., 2014).
Analiza odgovora na pojedinačna pitanja skale ATIPE je dala finiji uvid u strukturu stavova
nastavnika prema inkluziji dece sa razvojnim smetnjama u nastavu FV. Rezultati su pokazali da
se nastavnici slažu sa tvrdnjama koje ističu pozitivne vrednosti inkluzivnog obrazovanja, a koje
se prvenstveno odnose na isticanje dobrobiti koje deca sa razvojnim smetnjama mogu imati od
uključivanja u redovnu nastavu. Međutim, nastavnici FV smatraju da nemaju dovoljno vremena,
resursa i stručnih kompetencija za kvalitetan rad sa decom sa razvojnim smetnjama koja su uključena
u redovna odeljenja. Ovakvi rezultati su u skladu sa rezultatitima pregledne studije koja je obuhvatila
28 istraživanja od 1958. do 1995. godine u kojoj je pronađeno je da, i pored toga što nastavnici
uglavnom podržavaju generalni koncept pružanja podrške učenicima sa razvojnim smetnjama, samo
trećina smatra da je dovoljno obučena da bi uspešno izvodila nastavu namenjenu ovoj deci (Scruggs
& Mastropieri, 1996). Dobijeni rezultati su u skladu i sa nalazima novije studije koja je obuhvatila 38
istraživanja u periodu od 1995. do 2005. godine koja je pokazala da se nastavnici fizičkog vaspitanja
uključeni u inkluzivne programe najčešće žale na nedostatak stručnih kompetenci i resursa potrebnih
za uspešno izvođenje nastave (Block & Obrusnikova, 2007). Studija sprovedena u našoj sredini je
takođe pokazala da nastavnici podržavaju koncept inkluzije, ali smatraju da u postojećem sistemu
obrazovanja ne postoje adekvatni uslovi za uključivanje dece sa razvojnim smetnjama (Đević,
2009). Iako nastavnici fizičkog vaspitanja generalno imaju pozitivne stavove prema inkluziji, treba
naglasiti da veliki broj nastavnika ipak smatra da decu sa razvojnim smetnjama treba smestiti u
posebna odeljenja. Razlozi za ovakvo mišljenje nastavnika mogu biti višestruki: nedostatak stručnih
kompetencija i resursa potrebnih za uspešno izvođenje nastave, eventualna negativna iskustva koja
su nastavnici imali u radu sa ovom decom ili uverenje da bi deca sa razvojnim smetnjama bolje
napredavala u nastavnoj sredini koja je prilagođena vrsti smetnje koju dete ima. Imajući ovo u
vidu, neophodno je realizovati dodatna istraživanja koja bi pokušala da daju odgovore na pitanje
zašto veliki broj nastavnika i pored pozitivnih stavova prema inkluziji smatra da decu sa razvojnim
smetnjama treba smestiti u posebna odeljenja.
Rezultati ovog istraživanja su pokazali da stavovi prema inkluziji dece sa razvojnim smetnjama
nisu povezani sa polom nastavnika, što nije u skladu sa rezultatima pregledne studije koju je sproveo
Hutzler (2003), a koja je pokazala da u većini slučajeva nastavnice imaju pozitivnije stavove prema
inkluziji dece sa razvojnom smetnjama u nastavu FV od nastavnika. Takođe, stavovi nastavnika nisu
povezani sa mestom u kome rade, što je u skladu sa prethodnom studijom sprovedenoj u našoj sredini
(Đorđić i sar., 2014). Istraživanja koja su se bavila povezanošću stavova nastavnika prema inkluziji
i iskustva u radu sa decom sa razvojnim smetanjama nisu dala jednoznačne rezultate – neka su
pokazala da nastavnici koji imaju veće iskustvo u radu sa ovom decom imaju pozitivnije stavove, dok
su neke studije pokazale da ovakva povezanost ne postoji (Hutzler, 2003). Rezultati ovog istraživanja
pokazuju nastavnici koji su imali prethodno iskustvo u radu sa decom sa razvojnim smetnjama imaju
negativnije stavove od onih koji su imali takvo iskustvo, što je u suprotnosti sa nalazima prethodne
studije. Iako ovaj nalaz treba uzeti s oprezom, s obzirom na to da je samo 6 nastavnika navelo da nije
imalo iskustva u radu sa decom sa razvojnim smetnjama, u budućim istraživanjima trebalo bi ispitati
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Bojan Pejčić, Ana Orlić, Ivana Milanović
da li je inkluzivno obrazovanje donelo neka negativna iskustva koja su uticala da stavovi nastavnika
koji su uključeni u ovaj proces postanu negativniji. Na kraju, rezultati ovog istraživanja su pokazali da
stavovi nastavnika fizičkog vaspitanja prema inkluziji dece sa razvojnim smetnjama nisu povezani sa
pohađanjem seminara za stručno usavršavanje posvećenih inkluzivnom obrazovanju. Ovakav nalaz
nije u skladu sa prethodnim studijama koje su pokazale da nastavnici koji su stručno oposobljeni za
inkluzivne programe pokazuju pozitivnije stavove prema inkluziji dece sa razvojnim smetnjama u
nastavu (Avramidis et al., 2000b). Takođe, nalazi nisu u skladu sa rezultatima istraživanja sprovedenim
u našoj sredini koje pokazalo da nastavnici čije su škole uključene u inkluzivne programe imaju
pozitivnije stavove prema uključivanju dece sa razvojnim smetnjama u redovnu nastavu (Đević,
2009). Ovakvi rezultati otvaraju pitanje da li dosadašnji seminari za stručno usavršavanje nastavnika
posvećeni inkluzivnom obrazovanju doista nude sadržaje koji mogu da usavrše kompetencije
nastavnika fizičkog vaspitanja za rad sa ovom decom. U okviru odobrenih seminara za oblast fizičko
vaspitanje u Katalogu programa stalnog stručnog usavršavanja nastavnika, vaspitača i stručnih
saradnika za školsku 2014/15 i 2015/2016, nalazi se samo jedan seminar posvećen radu sa učenicima
sa smetnjama u razvoju1. Ovaj podatak ukazuje da nastavnici fizičkog vaspitanja do sada i nisu imali
veliki izbor seminara kroz koje bi mogli da se stručno usavršavaju za rad sa decom sa razvojnim
smetnjama u nastavi fizičkog vaspitanja, dok sa druge strane, sadržaji seminara opšteg karaktera
na ovu temu, verovatno, ne pomažu nastavnicima da usavrše njihove kompetence u radu sa ovom
decom u nastavi fizičkog vaspitanja. Ukoliko sve navedeno uzmemo u obzir, onda i dobijeni rezultati
u ovom istraživanju, da stavovi nastavnika prema inkluziji nisu povezani sa pohađanjem seminara za
stručno usavršavanje posvećenih inkluzivnom procesu imaju svoje logično objašnjenje.
ZAKLJUČAK
Rezultati ovog istraživanja su pokazali da nastavnici fizičkog vaspitanja imaju umereno
pozitivne stavove prema inkluziji dece sa razvojnim smetnjama u nastavu FV. Međutim, kako su
pozitivni stavovi nastavnika jedan od najvažnijih faktora uspešne realizacije inkluzivnih programa,
potrebno je dalje raditi na njihovom poboljšanju. Jedan od razloga što su stavovi samo umereno
pozitivni je što nastavnici smatraju da nemaju dovoljno stručnih kompetenci i resursa za rad sa
decom sa razvojnim smetnjama. Imajući ovo u vidu, neophodno je organizovati više usko stručnih
seminara koji bi obuhvatili edukaciju nastavnika o različitim oblicima smetnji u razvoju dece.
Seminari bi trebalo da pruže nastavnicima mnogo više konkretnih primera i metodičkih postupaka
u radu sa učenicima sa smetnjama u razvoju, uzimajući u obzir specifičnosti nastave fizičkog
vaspitanja. Takođe, trebalo bi da nastavnicima pruže znanja i poboljšaju njihove kompetencije u
pravljenju Individualnih obrazovnih planova. Planovi bi trebalo da se prave na osnovu indivudalnih
karakteristika učenika, uključujući obavezno oblik zaostajnja u odnosu na vršnjake, kao i ciljeve
koji se žele ostvariti u određenom vremenskom roku (npr. podsticanje rasta i razvoja, korigovanje
telesnih i motoričkih nedostataka) i načine njihovog praćenja i vrednovanja.
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1  Čas fizičkog vaspitanja učenika sa smetnjama u razvoju, autor Dušica Cokić
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activity: A review. Quest, 55(4), 347-373.
Hutzler, Y., Zach, S., & Gafni, O. (2005). Physical education students’ attitudes and self-effi

cacy towards the participation of children with special needs in regular classes. European Journal of
Special Needs Education, 20(3), 309-327.
Kalyva, E., Gojkovic, D., & Tsakiris, V. (2007). Serbian teachers’ attitudes towards
inclusion. International Journal of Special Education, 22(3), 30-35.
Katalog programa stalnog stručnog usavršavanja nastavnika, vaspitača i stručnih saradnika za
školsku 2014/15 i 2015/2016. Beograd: Zavod za unapređivanje obrazovanja i vaspitanja.
Logan, B. E., & Wimer, G. (2013). Tracing inclusion: Determining teacher attitudes. Research
in Higher Education Journal, 20, 1-10.
Scruggs, T. E., & Mastropieri, M. A. (1996). Teacher perceptions of mainstreaming/inclusion,
1958–1995: A research synthesis. Exceptional Children, 63(1), 59-74.
142
Conference Procedings
UDK 159.923.5-056.36-053.5
796:371.213
ATTITUDES OF PHYSICAL EDUCATION TEACHERS TOWARDS
INCLUSION OF CHILDREN WITH DEVELOPMENTAL DISABILITIES
Bojan Pejčić1, Ana Orlić1, Ivana Milanović1
1Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
The concept of integration of children with developmental disabilities was replaced by the
concept of inclusion in the last ten years. The notion of inclusion originates from Latin language
and means introduction, insertion, encompassing, involvement. Inclusion implies general cultural
reconstruction of the attitude towards the persons with developmental disabilities, because the
problem of these persons is not only theirs and their families’ but also the problem of the entire
society (Hrnjica, 2004). Inclusive education entails restructuring of the system of regular instruction
so that every school would be able to adjust to every child regardless of the disabilities he/she might
have, as well as to enable each student to be part of the community. In such environment, students
with developmental disabilities will advance better in both social and academic sense, they will be
more prepared for life in the community and at the same time will avoid negative effects (Brojčin,
2013).
 Having in mind that teachers are key persons for application of inclusive education, the authors
agreed that positive attitude towards inclusion of the children with developmental disabilities in
regular classes is one of the most important factors for successful realization of inclusive programs
(Brojčin, 2013). Attitudes, as directive and dynamic dispositions, can affect communication
processes in class but also realization of the contents prescribed by the curriculum (Logan & Wimer,
2013). Research in the field of inclusive PE showed that teachers with positive attitudes put more
effort in the teaching process and that students with developmental disabilities manifest greater
improvement (Elliott, 2008).
The survey study made by Hutzler (2003) showed that teachers’ attitudes towards inclusion
of children with developmental disabilities in physical education classes (PE) can be moderated by
different factors, the most important being teacher’s gender, experience in work with children with
developmental disabilities and observed teacher’s competence. Thus, majority of investigations,
included in this study showed that female teachers have more positive attitudes towards inclusion
of children with developmental disabilities in PE classes. When it comes to previous experience in
work with children with developmental disabilities, the results of studies provided contradictory
results. Some of them proved that the teachers with more experience in work with these children
have more positive attitudes towards inclusion, while some studies showed that no such correlation
existed. Additionally, the results of this survey showed that attitudes will be more positive if a teacher
perceives him/herself as competent for work with children with developmental disabilities (Hutzler,
2003). These are in accordance with the results of the research showing that teachers who were
professionally trained for inclusive programs show more positive attitudes towards inclusion of
children with developmental disabilities (Avramidis,  Bayliss, & Burden, 2000a,b).
The outcome of the research performed in Serbia regarding the attitudes of teachers towards
inclusive education did not provide uniform results. The research conducted by Kalyva, Gojkovic,
& Tsakiris (2007) showed that teachers have slightly negative attitudes towards inclusive education
and that teachers with more experience in work with children with developmental disabilities have
more positive attitudes than the less experienced ones. On the other hand, the research conducted
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Attitudes Of Physical Education Teachers Towards Inclusion Of Children With Developmental Disabilities
by Đević (2009) showed that teachers have more positive attitudes towards inclusive education, as
well as that more positive attitudes are manifested by those teachers whose schools are involved in
inclusive programs. Research of attitudes of teachers from urban and rural schools towards inclusion
of children with developmental disabilities in PE classes showed that male teachers have moderately
positive attitudes, and also that teachers’ attitudes are not related to the place where they work
(Đorđić, Tubić i Protić, 2014).
Having in mind that research dealing with problems of inclusion in PE classes in our country
are not numerous, the aim of this research was to examine attitudes of PE teachers towards inclusion
of children with developmental disabilities. Additionally, the research was aimed at determining
correlation of attitudes towards inclusion of children with developmental disabilities in PE classes
with teacher’s gender, place in which they work, length of service and professional training in the
field of inclusive education.
METHOD
Sample
The sample consisted of 58 PE teachers (40 males and 18 females) from Belgrade (N = 30) and
Leskovac (N = 28).
Instruments
For measuring the attitudes towards inclusion of children with developmental disabilities in
PE classes we have used the instrument Attitude Toward Inclusive Physical Education (Hutzler, Zach,
& Gafni, 2005), adapted for this research in our conditions by Đorđić et al. (2014). This instrument
consists of 15 of four-degree Likert type statements, 11 of which were formulated in negative form.
Better score on the ATIPE scale indicates more positive attitudes towards inclusion of children with
developmental disabilities in PE classes.
Beside the ATIPE instrument, an additional questionnaire was designed to collect data on
teachers’ gender, experience in work with children with developmental disabilities (whether they had
experience in work with these children and if yes, the approximate number of children they worked
with), length of service and participation in seminars for professional improvement dedicated to
inclusion (attended seminar –did not attend seminar).
Procedure
The research was conducted in elementary schools in Belgrade and Leskovac. Participation in
research was voluntary and anonymous. It took about 15 minutes to fill in the questionnaire.
RESULTS
Table 1 shows the results of the descriptive statistics (minimum, maximum, mean and standard
deviation) for individual items of the ATIPE scale.
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Bojan Pejčić, Ana Orlić, Ivana Milanović
Table 1. Descriptive statistics for individual items of the ATIPE scale
Item
Min
Max
M
SD
The PE teacher doesn’t have knowledge and skill to teach a child
with sensorimotor disability.
1
4
2.57
0.99
One shouldn’t include a child with disability in the class because his/
her image is disgusting.
1
4
1.97
0.97
Since excellence is a major requirement, it is important to avoid
any disturbance to the PE class, such as inclusion of children with
disability.
1
4
2.41
0.90
Children with disability can profit a lot from PE classes.
1
4
3.26
0.83
Children with disability often cause discipline problems during PE
classes.
1
4
2.14
0.98
A teacher who includes a child with disability in the class will reduce
the amount of time devoted to all the other children.
1
4
2.84
1.02
A child with disability could slow the learning of his/her peers.
1
4
2.60
1.06
A child with a disability is a threat to the PE teacher.
1
4
2.28
0.89
Children with disabilities should be taught in special classes.
1
4
2.79
0.95
Including a child with a disability is a personal challenge for the PE
teacher.
1
4
2.98
0.83
A teacher who includes a child with disability is at risk of more
stress.
1
4
2.96
0.93
Including a child with disability could enhance democratic and
pluralistic values.
2
4
3.31
0.68
Including a child with disability in the class creates frustration and
embarrassment.
1
4
2.14
0.74
The regular class can profit from the inclusion of a child with
disability.
1
4
2.57
0.88
It is not appropriate to ask a teacher who is supposed to take a whole
class to pay attention to the special needs of a disabled child and his/
her family.
1
4
2.72
1.06
Note: Min – minimum, Max – maximum, M – Mean, SD – standard deviation
After re-coding of the items formulated in negative form into a positive one, a positive score
was calculated. The results show that PE teachers have moderately positive attitudes towards
inclusion of children with developmental disabilities in PE classes, M = 2.65, SD = 0.55.
Correlation of attitudes towards inclusion of children with developmental disabilities and
teacher’s gender, place where they work, experience in work with children with developmental
disabilities and participation in seminars for professional advanced training dedicated to inclusion
was verified by the t-test for individual variables. The results indicated that male (N = 40) and female
(N = 18) teachers do not differ statistically significantly regarding the intensity of attitude towards
inclusion of children with developmental disabilities in PE classes. Also, no statistically significant
differences were found between the teachers who work in Belgrade (N = 30) and in Leskovac (N =
28), and between the teachers who attended seminar for professional advanced training dedicated
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Attitudes Of Physical Education Teachers Towards Inclusion Of Children With Developmental Disabilities
to inclusion (N = 30) and those who did not (N = 28). The only significant difference appeared
between the teachers who were experienced in work with children with developmental disabilities
(N = 52) and those with no such experience (N = 6), t(56) = -2.39, p < .05. These results showed that
teachers with no experience in work with children with developmental disabilities (M = 3.13) had
more positive attitudes towards inclusion compared to the teachers who had such experience (M =
2.59). Still, having in mind that only 6 teachers stated that they did not have experience in work with
children with developmental disabilities, these results should be used with caution.
Correlation between the attitudes of teachers towards inclusion of children with developmental
disabilities in PE classes and length of service, as well as the number of children with developmental
disabilities they worked with was verified by correlation analysis (Pearsons’s coefficient). The results
indicated no significant correlation between these variables.
DISCUSSION
The basic aim of this research was to examine attitudes of physical education teachers towards
inclusion of children with developmental disabilities in elementary school. The overall results
indicated that teachers have moderately positive attitude which is in accordance with the results
of the previous research in our country carried out in the sample of teachers from urban and rural
schools (Đorđić et al., 2014).
Analysis of the responses to individual items of the ATIPE provided a more subtle view of the
structure of the teachers’ attitudes towards inclusion of children with developmental disabilities in PE
classes. The results showed that teachers agree with the statements that underline positive values of
inclusive education, which primarily refer to stressing the benefits that children with developmental
disabilities can experience from inclusion in regular classes. However, PE teachers think that they
do not have enough time, resources and professional competences for quality work with children
with developmental disabilities included in regular classes. Such results are in compliance with the
results of the survey encompassing 28 studies from 1958. to 1995. which proved that regardless of
teachers’ support the general concept of aiding the children with developmental disabilities, only
one third thinks that they are trained enough to successfully implement instruction intended for
these children (Scruggs & Mastropieri, 1996), as well as with the results of the more recent survey
encompassing  38 studies from 1995 to 2005. Showing that PE teachers engaged in inclusive programs
most often complain on lack of professional competences and resources necessary for successful
education (Block & Obrusnikova, 2007). Additionally, the results correspond to the study carried
out in our country that showed that teachers support the inclusion concept but they think that the
existing educational system does not provide adequate reasons for inclusion of the children with
developmental disabilities (Đević, 2009). Although the PE teachers generally have positive attitudes
towards inclusion, it should be stressed that large number of teachers still thinks that children with
developmental disabilities should be placed in separate classes. The reasons of such opinion of
teachers can be multifold: lack of professional competences and resources required for successful
performance in class, possible negative experiences the teachers might have had in work with these
children or the belief** that children with developmental disabilities would better advance * in the
learning environment adjusted to the type of disability of a particular child. Having this in mind, it
is necessary to realize additional research that would try to offer responses to the question of why
great number of teachers, regardless of positive attitudes towards inclusion think that children with
developmental disabilities should be placed in separate classes.
The results of this research showed that attitudes towards inclusion of the children with
developmental disabilities are not correlated with the teacher’s gender, which is not in accordance
with the results of the study conducted by Hutzler (2003), which showed that in majority cases female
teachers have more positive attitudes towards inclusion of children with developmental disabilities in
PE instruction then male teachers. Also, attitudes of male teachers are not related to the place where
they work, which is in accordance with the previous study carried out in Serbia (Đorđić et al., 2014).
The research dealing with connection of teachers’ attitudes towards inclusion and experience in work
with children with developmental disabilities did not give unambiguous results – some showed that
teachers who had more experience in work with these children manifested more positive attitudes,
while some studies showed no such connection (Hutzler, 2003). The results of this research showed
that teachers who had previous experience in work with children with developmental disabilities
146
Conference Procedings
Bojan Pejčić, Ana Orlić, Ivana Milanović
have more negative attitudes than those who did not have such experience, contrary to the outcome
of the previous study. Although this outcome should be considered with care, since only 6 teachers
stated that they did not have experience in work with children with developmental disabilities,
future research should examine whether inclusive education resulted in negative experience due to
which the attitudes of the teachers who participated in this process became more negative. Finally,
the results of this research showed that attitudes of PE teachers towards inclusion of the children
with developmental disabilities are not connected with participation in seminars for professional
training dedicated to inclusive education. This result is not in accordance with the previous studies
that showed that teachers, professionally trained for inclusive programs manifested more positive
attitudes towards inclusion of the children with developmental disabilities in the instruction process
(Avramidis et al., 2000b). Also, the results are not in accordance with the results of the research
conducted in Serbia that showed that teachers whose schools are involved in inclusive programs
have more positive attitudes towards inclusion of the children with developmental disabilities in
general classes (Đević, 2009). Such results raise the questions of whether the present seminars for
professional advanced training of teachers involved in inclusive education really offer contents that
can improve PE teachers’ competencies for work with these children. Within the approved seminars
for the field of Physical education in the Catalogue of programs of continuous professional training
of teachers, educators and professional associates for school years  2014/15 and 2015/2016, there is
only one seminar dedicated to work with students with developmental disabilities1. This information
indicates that PE teachers so far did not have a big choice of seminars at which they could be trained
for work with children with developmental disabilities while on the other side the contents of general
seminars pertaining to this topic probably, do not help teachers to improve their competences in
work with these children in PE classes. Should we consider all of that, then the results obtained
in this research, that teachers’ attitudes towards inclusion are not correlated with participation in
seminars for professional advanced training dedicated to inclusive process are logically explained.
CONCLUSION
Results of this research showed that PE teachers have moderately positive attitudes towards
inclusion of children with developmental disabilities in PE classes. However, as positive attitudes
of teachers are one of the most important factors for successful realization of inclusive programs,
it is necessary to further improve them. One of the reasons for only moderately positive attitudes
is that teachers think that they do not have sufficient competencies and resources for work with
children with developmental disabilities. Having this in mind, it is necessary to organize more
professional seminars to encompass education of teachers on different forms of disabilities in children
development. Seminars should provide more real-life examples to teachers together with teaching
methods for work with children with developmental disabilities, taking into account specificities of
PE instruction. Additionally, teachers should be offered knowledge and improve their competences
in creation of Individual educational plans. Such plans should be elaborated based on student’s
individual features, with an obligation to encompass the form of disability compared to peers, as well
as aims to be realized in certain timeframe (e.g. stimulating of development and growth, correction
of body and motor disabilities) and ways of their monitoring and assessment.
REFERENCES
Avramidis, E., Bayliss, P., & Burden, R. (2000a). Student teachers’ attitudes towards the
inclusion of children with special educational needs in the ordinary school. Teaching and teacher
education, 16(3), 277-293.
Avramidis, E., Bayliss, P., & Burden, R. (2000b). A survey into mainstream teachers’ attitudes
towards the inclusion of children with special educational needs in the ordinary school in one local
education authority. Educational psychology, 20(2), 191-211.
1   PE class of students with developmental disabilities by Dušica Cokić
147
Zbornik radova
Attitudes Of Physical Education Teachers Towards Inclusion Of Children With Developmental Disabilities
Block, M. E., & Obrusnikova, I. (2007). Inclusion in physical education: A review of the
literature from 1995-2005. Adapted Physical Activity Quarterly,24(2), 103-124.
Brojčin, B. (2013). Inkluzivna edukacija. Beograd: Fakultet za specijalnu edukaciju i
rehabilitaciju.
Đević, R. (2009). Spremnost nastavnika osnovne škole da prihvate učenike sa teškoćama u
razvoju. Zbornik instituta za pedagoška istraživanja, 41(2), 367-382.
Đorđić, V., Tubić, T. i Protić, B. (2014). Stavovi učitelja seoskih i gradskih škola prema
inkluzivnom fizičkom obrazovanju. Sportske nauke i zdravlje, 4(1), 33-40.
Elliott, S. (2008). The Effect of Teachers’ Attitude toward Inclusion on the Practice and Success
Levels of Children with and without Disabilities in Physical Education.  International Journal of
Special Education, 23(3), 48-55.
Hrnjica, S. (2004). Škola po meri deteta – priručnik za rad sa učenicima redovne škole
ometenim u razvoju. Beograd: Save the children.
Hutzler, Y. (2003). Attitudes toward the participation of individuals with disabilities in physical
activity: A review. Quest, 55(4), 347-373.
Hutzler, Y., Zach, S., & Gafni, O. (2005). Physical education students’ attitudes and self-effi

cacy towards the participation of children with special needs in regular classes. European Journal of
Special Needs Education, 20(3), 309-327.
Kalyva, E., Gojkovic, D., & Tsakiris, V. (2007). Serbian teachers’ attitudes towards
inclusion. International Journal of Special Education, 22(3), 30-35.
Katalog programa stalnog stručnog usavršavanja nastavnika, vaspitača i stručnih saradnika za
školsku 2014/15 i 2015/2016. Beograd: Zavod za unapređivanje obrazovanja i vaspitanja. (Catalogue
of programs of continuous professional training of teachers, educators and professional associates
for the 2014/2015 and 2015/2016)
Logan, B. E., & Wimer, G. (2013). Tracing inclusion: Determining teacher attitudes. Research
in Higher Education Journal, 20, 1-10.
Scruggs, T. E., & Mastropieri, M. A. (1996). Teacher perceptions of mainstreaming/inclusion,
1958–1995: A research synthesis. Exceptional Children, 63(1), 59-74.
148
Conference Procedings
UDK 796.012.1-053.6
RAZLIKE U MOTORIČKIM SPOBNOSTIMA UČENIKA SREDNJIH ŠKOLA
IZ GRADSKIH I SEOSKIH PODRUČJA OPŠTINE LEBANE
Bojan Mitrović¹, Miroslav Marković², Saša Pantelić3, Katarina Herodek3
¹ Uprava za stručno obrazovanje, osposobljavanje, usavršavanje i nauku, MUP RS, Beograd,
Republika Srbija,
² Zavod za unapređenje obrazovanja i vaspitanja, Beograd, Republika Srbija,
3 Fakultet sporta i fizičkog vaspitanja, Univerzitet u Nišu, Republika Srbija,
UVOD
Moderni civilizacijski tokovi i urbanizacija nametnuli su kroz celodnevne obaveze dominaciju
veoma pasivnih oblika aktivnosti kao što su: sedenje u školama, sedenje u kolima, sedenje na radnom
mestu, sedenje u kući ispred televizora ili računara, konstantnu upotrebu prevoznih sredstava kao
što su automobili, autobusi, liftovi... (Dopsaj i sar., 2010). Istraživanja mnogih autora (Currie et al.
2004; Brettschneider & Naul, 2007; Smith & Biddle, 2008) pokazala su da je prisutan trend porasta
broja mladih, posebno srednjoškolaca i studenata, koji imaju usvojene određene životne navike koje
se mogu okarakterisati kao nezdrave. Prema tim istraživanjima navike mladih koje se mogu smatrati
kao rizične po zdravlje naročito su: nepravilna i neredovna ishrana, nedostatak fizičke aktivnosti,
sedentarni način života sa mnogo vremena provedenog uz kompjuter, mobilni telefon i televiziju,
pušenje, konzumiranje alkohola, upotreba narkotičkih sredstava, itd. Kao neki od najvećih razloga
zbog kojih je veliki broj mladih danas nedovoljno fizički aktivan, navode se kontinuirano opadanje
fizičke aktivnosti i vežbanja u porodici, zatim u široj društvenoj zajednici, kao i smanjene mogućno-
sti za svakodnevno fizičko vežbanje dece u školama (Hardman, 2003).
Nivo motoričkih sposobnosti učenika srednjih škola, u direktnoj je vezi sa efektima fizičkih ak-
tivnosti. Uvid u nivo motoričkih sposobnosti učenika olakšava nastavniku proces planiranja nastave
fizičkog vaspitanja, izbor odgovarajućih metoda i organizacionih oblika rada i kao najvažnije, odabir
adekvatnih fizičkih vežbi na osnovu kojih se određuju ciljevi i realizuju zadaci fizičkog vaspitanja
(Mitrović & Đurašković, 2013). Nivo fizičke aktivnosti počinje se smanjivati u periodu adolescencije
(Koppes, Twisk, & Kemper, 2004) pa je iz tog razloga ovaj period vrlo bitan za istraživanje moto-
ričkih sposobnosti. Jedan od bitnih faktora koji može da ima snažan uticaj u rešavanju problema
smanjene fizičke aktivnosti je fizičko vaspitanje. Fizičko vaspitanje sa dva časa nedeljno u srednjem
obrazovanju za neke učenike predstavlja jedino aktivno vreme. Sve zemlje članice Evropske unije
prepoznaju značaj fizičkog vaspitanja u školi, a takođe i ističu značaj fizičke aktivnosti i sporta, kao
korisnog načina korišćenja slobodnog vremena (European Commission/EACEA/Eurydice, 2013).
Međutim, fizičko vaspitanje često ne pruža učenicima iskustva koja bi za njih imala lično značenje
i bila socijalno relevantna. Iz tog razloga ovo istraživanje predstavlja pokušaj da se ostvari uvid u
nivo motoričkih sposobnosti učenika srednjoškolskog uzrasta sa aspekta urbano-ruralnog odnosa.
Problem istraživanja su motoričke sposobnosti učenika srednjoškolskog uzrasta gradskih i seoskih
područja opštine Lebane.
Cilj ovog istraživanja bio je da se utvrdi postojanje razlika u motoričkim sposobnostima uče-
nika srednjih škola iz gradskih i seoskih sredina.
Na osnovu definisanog problema, kao i definisanog cilja istraživanja postavljene su sledeće
hipoteze:
H1 -
Postoje statistički značajne razlike u motoričkim sposobnostima između učenika grad-
skih i učenika seoskih područja,
149
Zbornik radova
Razlike u motoričkim spobnostima učenika srednjih škola iz gradskih i seoskih područja opštine Lebane
H2 -
Učenici seoskih područja imaju statistički značajno bolje rezultate svih testova za proce-
nu motoričkih sposobnosti od učenika gradskih područja.
METOD
Istraživanje je sprovedeno u zimskom periodu na uzorku od 65 učenika prvog i drugog razre-
da srednjih škola sa područja opštine Lebane, prosečne starosti 15.54±0.56 godine, podeljenih na
dva subuzorka, učenike iz gradske sredine (N=45) i učenike iz seoskih sredina (N=20). Učenici su
bili prosečno visoki 178,03±6.84 cm i prosečne teški 67,84±11.76 kg. Za bolji uvid u karakteristike
subuzoraka, u Tabeli 1, pored godina starosti, utvrđeni su antropometrijski parametri telesna masa
(AMAST) i telesna visina (AVIST), a na osnovu njihovih vrednosti, izračunat je i parametar za pro-
cenu stepena uhranjenosti - indeks mase tela (BMI). Vrednost indeksa mase tela (BMI), izračunava-
na je formulom (Heyward & Stolarczyk, 1996; American College of Sports Medicine, 2006):
BMI (kg•m-2)= AMAST (kg) / AVIST2 (m²).
Tabela 1. Karakteristike subuzoraka, učenika gradskih i seoskih područja
N = 65;      N-URB. = 45 (69,23%);    N-RUR. = 20 (30,77%)
KARAKTERISTIKE
SUBUZORAKA
Mean
Min.
Max.
Range
SD
URB.
RUR.
URB.
RUR.
URB.
RUR.
URB.
RUR.
URB.
RUR.
godine starosti
15,65
15,30
15,01
14,10
16,10
16,09
1,09
1,99
0,49
0,62
AMAST (kg)
67,94
67,61
41,00
53,60
97,00
92,60
56,00
39,00
12,65
9,74
AVIST (cm)
178,56
176,85
158,20
168,70
192,00
186,50
33,80
17,80
7,42
5,30
BMI (kg•m-2)
21,19
21,64
16,10
18,09
28,98
29,480
12,88
11,39
3,08
3,16
Legenda:   N - broj ispitanika; AMAST - telesna masa; AVIST- telesna visina; BMI - indeks mase tela;
                  Mean aritmetička sredina; Min. - minimalna vrednost; Max. - maksimalna vrednost;
                  Range - raspon rezultata; SD - standardna devijacija; URB. - učenici urbane sredine;
                  RUR. - učenici ruralne sredine.
Za utvrđivanje razlika između subuzoraka, posmatrani su rezultati EUROFIT baterije testova
za procenu motoričkih sposobnosti (Council of Europe, Committee for the Development of Sport,
1988):
1.  “flamingo” - stajanje na jednoj nozi (meri se sposobnost održavanja ravnoteže) - RAVN,
2.	 тапинг руком (мери се сегментарна брзина и координација рука) - TAPR,
3.	 претклон у седу (мери се покретљивост кичменог стуба и у зглобовима кука) - PRET,
4.	 скок у даљ из места (мери се експлозивна снага ногу) - DALJ,
5.	 подизање трупа за 30 сек. (мери се репетитивна и експлозивна снага трбушне
мускулатуре) - LS30,
6.	 издржај у згибу (мери се статичка снага руку и раменог појаса) - ZGIB,
7.	 повратно трчање 10x5 метара (мери се брзина - агилност) - 10x5m,
Dobijeni podaci obrađeni su primenom statističkog programa SPSS Statistics for Windows,
Version 20.0 (IBM Corp. Released, 2011), a procedure su obuhvatile deskriptivne statističke parame-
tre, dok je za utvrđivanje značajnih i kvantitativnih razlika i hijerarhije varijabli motoričkih sposob-
nosti koje doprinose razlikovanju (diskriminaciji) između subuzoraka korišćena Kanonička diskri-
minativna analiza (Petković, 2000).
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Bojan Mitrović, Miroslav Marković, Saša Pantelić, Katarina Herodek
REZULTATI
U Tabeli 2. prikazani su uporedni rezultati osnovnih statističkih parametara motoričkih spo-
sobnosti učenika gradskih i seoskih područja.
Iz prikazanih rezultata osnovnih statističkih parametara motoričkih sposobnosti učenika (Ta-
bela 2.) može se konstatovati da učenici iz gradskih područja imaju bolje prosečne rezultate (Mean)
u četiri (TAPR, DALJ, LS30, 10x5m) od ukupno sedam testiranih varijabli motoričkog prostora u
odnosu na učenike iz seoskih područja (RAVN, PRET, ZGIB). Oba subuzorka učenika su u priličnoj
meri homogena (vrednosti CV%), osim kod varijabli RAVN (URB. 68,34 vs. RUR. 107,20) i ZGIB
(URB. 62,51 vs. RUR. 46,87) gde imamo veliku heterogenost rezultata. Ta heterogenost rezultata po-
sebno je izražena kod učenika iz seoskih područja u testu “flamingo” stajanje na jednoj nozi (RAVN)
gde imamo ekstreman rezultat od 107,20%.
Tabela 2. Rezultati deskriptivne statistike motoričkih sposobnosti
učenika gradskih i učenika seoskih područja
VARIJABLA
Mean
SD
Min.
Max.
CV %
RAVN (s)
URB.
5,37
3,67
1,96
24,30
68,34
RUR.
5,83
6,25
2,00
30,75
107,20
TAPR (s)
URB.
11,22
1,36
14,47
8,78
12,12
RUR.
11,32
1,33
15,00
9,16
11,75
PRET (cm)
URB.
32,66
8,06
9
44
24,68
RUR.
36,50
5,34
21
46
14,63
DALJ (cm)
URB.
201,33
25,08
155
260
12,46
RUR.
200,95
19,59
160
230
9,75
LS30 (pon)
URB.
25,78
5,41
16
39
20,98
RUR.
24,70
4,40
18
32
17,81
ZGIB (s)
URB.
41,69
26,06
7,13
110,00
62,51
RUR.
50,12
23,49
18,20
120,00
46,87
10x5m (s)
URB.
19,71
1,32
22,20
17,08
6,70
RUR.
19,94
1,60
23,64
18,01
8,02
Legenda: Mean - aritmetička sredina; Min. - minimalna vrednost; Max. - maksimalna
               vrednost; SD - standardna devijacija; CV % - koeficijent varijacije;
  URB. - učenici gradskih područja; RUR. - učenici seoskih područja.

Tabela 3. Značajnost izolovane diskriminativne funkcije motoričkih sposobnosti
učenika iz gradskih i seoskih područja
Eigen-
value
CR
Wilks’
Lambda
Chi-Sqr.
df
p-level
0,176
0,387
0,850
9,658
7
0,209
Legenda: Eigen- value - kvadrat koeficijenta diskriminacije; CR - koeficijent kanoničke
                 korelacije; Wilks’Lambda - diskriminativna jačina sistema varijabli;
                 Chi-Sqr.- hi-kvadrat test; df - broj stepeni slobode; p-level - nivo značajnosti.
Na osnovu vrednosti koeficijenta kanoničke korelacije (CR=38,70%) u Tabeli 3. može se kon-
statovati da je diskriminativna funkcija motoričkih sposobnosti, učenika iz gradskih i seoskih po-
dručja, približno srednjeg intenziteta. Rezultati ukazuju da je diskriminativna jačina varijabli moto-
ričkih sposobnosti, prikazana testom Wilks’-Lambda, izrazito visoka (0,850), dok objašnjeni koefici-
jent korelacije na sve varijable ima nisku vrednost (Chi-sqr=9,658). Dobijeni rezultati govore u prilog
činjenici da motoričke sposobnosti učenika iz gradskih i seoskih područja ne doprinose statistički
značajno diskriminaciji između učenika gradskih i seoskih područja (r-level=0,209).
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Tabela 4. Analiza diskriminativne funkcije motoričkih sposobnosti
učenika iz gradskih i seoskih područja - pregled
Varijable
Wilks’Lambda
F-remove
(1,57)
p-level
RAVN
0,853
0,504
0,480
TAPR
0,846
0,011
0,918
PRET
0,935
6,016
0,017*
DALJ
0,846
0,003
0,954
LS30
0,869
1,577
0,214
ZGIB
0,883
2,539
0,117
10x5m
0,867
1,464
0,231
Analizom diskriminativne funkcije motoričkih sposobnosti učenika iz gradskih i seoskih po-
dručja (Tabela 4), pojedinačno po varijablama, jedino kod testa pretklon u sedu je ustanovljeno da
postoji statistički značajna diskriminacija u korist učenika seoskih sredina (Wilks’-Lambda=0.935;
r-level=0.017).
Tabela 5. Faktorska struktura izolovane diskriminativne funkcije
motoričkih sposobnosti učenika iz gradskih i seoskih područja
Varijable
Root 1
RAVN
 0,285
TAPR
-0,081
PRET
-0,584
DALJ
 0,018
LS30
 0,235
ZGIB
-0,372
10x5m
-0,186
U Tabeli 5. data je struktura diskriminativne funkcije učešća varijabli motoričkih sposobnosti
učenika iz gradskih i seoskih područja u formiranju značajnih diskriminativnih funkcija. Najveći
doprinos diskriminativnoj funkciji daju varijable pretklon u sedu (PRET = -0,584) i izdržaj u zgibu
(ZGIB = -0,372), nešto manje varijable „flamingo“, stajanje na jednoj nozi (RAVN = 0,285), podiza-
nje trupa za 30 sekundi (LS30 = 0,235), povratno trčanje - 10h5m (10x5m = -0,186) i taping rukom
(TAPR = -0,081) a najmanji doprinos diskriminativnoj funkciji daje varijabla skok u dalj iz mesta
(DALJ = 0,018).
Tabela 6. Učenici iz gradskih i seoskih područja - centroidi grupa
Grupe
Root 1
G_1:1
 0,275
G_2:2
-0,620
Iz Tabele 6. mogu se uočiti centroidi grupa, koji za učenike iz gradskih područja (G_1:1) imaju
pozitivni predznak i iznose 0,275 dok za učenike iz seoskih područja (G_2:2) imaju negativni pred-
znak i iznose -0,620. Položaji centroida ukazuju nam na to da učenici iz gradskih područja (pozitivni
predznak) imaju bolje rezultate u motoričkim sposobnostima od učenika iz seoskih područja (ne-
gativni predznak). Udaljenost dva subuzorka učenika na diskriminativnoj dimenziji od sredine nije
jednaka, i dijametralno je različita s obzirom na predznak, što znači da se rezultati nalaze u različitim
diskriminativnim prostorima.
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Bojan Mitrović, Miroslav Marković, Saša Pantelić, Katarina Herodek
Tabela 7. Učenici iz gradskih i seoskih područja - klasifikaciona matrica
Grupe
Percent
G_1:1 (69,23%)
G_2:2 (30,77%)
G_1:1
95,56
43
2
G_2:2
40,00
12
8
Total
78,46
55
10
Klasifikaciona matrica iz Tabele 7. daje nam informaciju koliko u svakom od subuzoraka ima
diskriminišućih rezultata u odnosu na rezultate svog subuzorka. Kod učenika iz gradskih sredina
rezultati 2 učenika su diskriminišući, dok rezultati 43 učenika imaju karakteristike svoje grupe. Kod
učenika iz seoskih područja rezultati 12 učenika su diskriminišući a rezultati 8 učenika imaju ka-
rakteristike svoje grupe. Homogenost rezultata učenika iz gradske sredine je izrazito visoka i iznosi
95,56%, dok je kod učenika iz seoske sredine srednje vrednosti i iznosi 40,00%.
DISKUSIJA
Iako su imali neznatno bolje rezultate kod testova za procenu motoričkih sposobnosti, kano-
ničkom diskriminacionom analizom nije utvrđeno da su motoričke sposobnosti dale statistički zna-
čajan doprinos razlici između učenika gradske sredine u odnosu na učenike seoskih sredina. Učenici
gradske sredine postigli su bolje rezultate kod četiri varijable za procenu motoričkih sposobnosti
(taping rukom, skok u dalj iz mesta, podizanje trupa za 30 sekundi, povratno trčanje - 10h5m), a
učenici seoske sredine kod tri varijable („Flamingo“ - stajanje na jednoj nozi, pretklon u sedu i izdržaj
u zgibu).
Male razlike koje se javljaju u korist učenika gradskih sredina, pretpostavka je prvenstveno su
posledica faktora okoline (okruženja), kao obilja sadržaja i mogućnost urbane zajednice da obezbedi
stimulativno okruženje za motorički razvoj učenika, na šta ukazuju druga istraživanja (Tadić, Bilak,
& Dobraš, 2013). Mogući razlozi zbog čega su motoričke sposobnosti učenika koji žive u gradskom
području na nešto višem nivou nego kod učenika koji žive u ruralnom području, mogu biti slede-
ći: češće svoje slobodno vreme provode baveći se sportom, nekim drugim oblicima vannastavnih
aktivnosti ili igrom, uslovljenost i ograničenost bavljenja sportskim aktivnostima cenom koštanja
tih aktivnosti, niska platežna moć građana seoskih i manjih gradskih sredina, gledanje televizije i
provođenje dosta vremena uz kompjuter, što je u skladu sa istraživanjima nekih autora (Mehlbye
& Jensen, 2003; Te Velde et al., 2007; Badrić, Prskalo i Šilić, 2011). Međutim, i pored takve navike,
učenici gradskih sredina imali su bolje rezultate motoričkog sposobnosti, jer je, verovatno u seoskim
sredinama jedan od najvećih problema nepostojanje uslova za bavljenje fizičkim aktivnostima, ma-
terijalni uslovi, odnosno rekviziti. Moguće je da su kod učenika seoske sredine postojali negativni
stavovi prema fizičkom vežbanju u okviru nastave fizičkog vaspitanja, a koji su se možda odrazili
nižim nivoom bavljenja vannastavnim sportskim aktivnostima, na šta ukazuju druga istraživanja
(Fox, 1988; Trew et al., 1999).
Uloga fizičkog vaspitanja između ostalog bila je da omogući učenicima da steknu značajan deo
preporučene dnevne doze fizičke aktivnosti, ali i saznanja o važnosti iste za ceo život (Scruggs et al.,
2003). Ključni faktor motivacije učenika i promocije fizičkog vežbanja i zdravijeg načina života je
profesor fizičkog vaspitanja, pa se može konstatovati da su učenici koji su zadovoljniji na časovima
fizičkog vaspitanja mnogo više uključeni u vannastavne sportske aktivnosti odnosno fizičko vežbanje
u slobodno vreme (Vilhjamsson & Thorlindsson, 1998). Prema istraživanju Kermeci i Mitić (2012)
učenici koji žive u seoskim sredinama Vojvodine i imaju viši nivo motoričkih sposobnosti više kori-
ste otvorene terene i prirodu za bavljenje vannastavnim sportskim aktivnostima. Ali su zato u zim-
skim mesecima bili hendikepiraniji nepostojanjem uslova za bavljenje vannastavnim aktivnostima u
odnosu na učenike gradske sredine. Sve to utiče na podizanje nivoa motoričkih sposobnosti jer pre-
ma nekim autorima (Rowland, 1990; Beedie, Terry, & Lane, 2000) ne postoji ni jedna antropološka
funkcija na koju kretanje i neki oblik fizičke aktivnosti ne ostvaruje značajan pozitivan uticaj. Razlozi
postojanja razlika u nivou motoričkih sposobnosti mogu biti povezani sa različitim socio-ekonom-
skim uslovima, ali i treba uzeti u obzir da do tih razlika može doći zbog razlika u ponudi, odnosno
izboru ponuđenih aktivnosti (Pfister & Reeg, 2006).
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ZAKLJUČAK
Fizičko vaspitanje u školama neadekvatno je zastupljeno brojem časova u nastavnom planu,
što predstavlja veliki problem u realizaciji programskih sadržaja. Pored toga, učenici su nedovoljno
fizički aktivni u slobodno vreme i sve je manje mogućnosti za njihovo svakodnevno fizičko vežbanje
u školama (Hardman, 2003). Može se zaključiti da su utvrđene razlike verovatno posledica različitih
nivoa vežbanja tokom nastave fizičkog vaspitanja u prethodnom periodu (Mišigoj-Duraković, 2008).
Na osnovu rezultata istraživanja može se zaključiti da generalno ne postoje statistički značaj-
ne razlike između dva tretirana subuzorka, koji su činili učenici srednjih škola iz gradskih i seoskih
sredina opštine Lebane.
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UDK 796.012.1-053.6
DIFFERENCES IN MOTOR SKILLS OF THE HIGH SCHOOL STUDENTS
FROM URBAN AND RURAL AREAS OF THE COMMUNITY OF LEBANE
Bojan Mitrović ¹, Miroslav Marković ², Saša Pantelić 3, Katarina Herodek 3
¹ Department for Police Education and Training, Ministry of Interior, Belgrade, Republic of Serbia
² Institute for the Improvement of Education, Department for Curriculum and Textbook
Development, Belgrade, Republic of Serbia,
3 Faculty of Sport and Physical Education, University of Niš, Republic of Serbia
INTRODUCTION
Modern civilization and urbanization trends, through daylong obligations, imposed the
domination of a very passive form of activities such as: sitting in schools, sitting in the car, sitting at
work, sitting at home in front of the television or computer, continuous use of means of transportation
such as cars, buses, elevators ... (Dopsaj et al., 2010). Researches of many authors (Currie et al., 2004;
Brettschneider & Naul, 2007; Smith & Biddle, 2008) have shown the presence of trend increase in
the number of young people, especially among the high school students and university students,
who have adopted certain lifestyle habits that can be characterized as unhealthy. According to these
studies, the habits of young people which may be considered as a risk to human health in particular
are: improper and irregular nutrition, deficiency of physical activity, sedentary lifestyle with lots
of time spent using the computer, mobile phone and television, smoking, alcohol consumption,
use of narcotics, etc. Continuous decline in physical activity and exercise in the family and wider
community, as well as reduced possibilities for daily physical exercise  of the children in schools
are cited as some of the biggest reasons for large number of young people not being sufficiently
physically active nowadays (Hardman, 2003).
The level of motor skills of a high school students, is directly related to the effects of their
physical activities. Insight into the level of motor skills of pupils facilitates the planning of physical
education classes to a teacher, the selection of appropriate methods and organizational forms of
work and most importantly, the selection of adequate physical exercises on the basis of which the
objectives are determined and the tasks of physical education are executed (Mitrovic & Djuraskovic,
2013). The level of physical activity begins to decline during adolescence period (Koppes, Twisk, &
Kemper, 2004) and therefore this period is very important for exploring the motor skills. One of the
important factors that can have a powerful impact in addressing the problem of reduced physical
activity is physical education. For some students, the physical education with two hours per week
in high school is the only active time. All EU Member States recognize the importance of physical
education in school, and also emphasize the importance of physical activity and sport as a useful way
of using free time (European Commission /EACEA/Eurydice, 2013). However, physical education
often does not provide students the experiences that might personally be important to them and
being socially relevant. For this reason, this research is an attempt to gain an insight into the level of
motor skills of high school students age in terms of urban-rural relations. The topic of this research
is motor skills of high school students of urban and rural areas of the community of Lebane.
The aim of this study was to identify the differences in motor skills of high school students
from urban and rural areas.
Based on the defined problems as well as the defined goal of the research, the following
hypotheses have been set:
H1 -
There are statistically significant differences in motor skills between students from urban
and rural areas,
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Bojan Mitrović, Miroslav Marković, Saša Pantelić, Katarina Herodek
H2 -
Students from rural areas have significantly better results of all the tests for assessing the
motor skills then the students of urban areas.
METHOD
The survey was conducted during the winter on a sample of 65 students of 1st and 2nd grade
high school from the area of the  Municipality of Lebane, average age 15.54 ± 0.56 years, divided
into two subsamples - students from urban areas (N=45) and students from rural areas (N=20).
Students were with average height of 178.03 ± 6.84 cm and the average weight 67.84 ± 11.76 kg. For a
better insight into the characteristics of subsamples, in addition to age in Table 1 the anthropometric
parameters were determined: Body Mass (BM) and Body Height (BH), and on the basis of their
values, the  parameter for assessing nutritional status was calculated - Body Mass Index (BMI).
The value of Body Mass Index (BMI), was calculated by the formula (Heyward & Stolarczyk, 1996,
American College of Sports Medicine, 2006):
BMI (kg•m-2)= BM (kg) / BH2 (m²).
Table 1. Characteristics of subsamples, students from urban and rural areas
N=65;      N-URB.=45 (69,23%);    N-RUR.=20 (30,77%)
Characteristics of
subsamples
Mean
SD
Min.
Max.
URB.
RUR.
URB.
RUR.
URB.
RUR.
URB.
RUR.
age
15,65
15,30
0,49
0,62
15,01
14,10
16,10
16,09
BM (kg)
67,94
67,61
12,65
9,74
41,00
53,60
97,00
92,60
BH (cm)
178,56
176,85
7,42
5,30
158,20
168,70
192,00
186,50
BMI (kg•m-2)
21,19
21,64
3,08
3,16
16,10
18,09
28,98
29,480
Legend:   N - number; BM - body mass; BH - body height; BMI - body mass index; Mean - arithmetic mean;
Min. - minimum value; Max. - maximum value; SD - standard deviation; URB. - students from
urban areas;
                  RUR. - students from rural areas.
In order to determine the differences between the subsamples, the results of EUROFIT testing
battery for evaluation of motor skills (Council of Europe, Committee for the Development of Sport,
1988) were observed. This testing battery is applied since 1993. in teaching  the physical education
in the Republic of Serbia, in the process of evaluation of the school population, and by Visnjic,
Jovanovic & Miletic (2004) it takes into consideration the following tests:
1. „Flamingo” - balance test (the ability to keep the balance is measured) - BAL,
2. Plate tapping (segmentary speed and coordination of hands is measured) - TAP,
3. Sit and reach (the mobility of the spine and the hip joints is measured) - SITR,
4. Standing broad jump (the explosive power of the legs is measured) - JUMP,
5. Sit-ups in 30 sec. (the repetitive and explosive strength of the abdominal muscles is
measured) - SU30,
6. Bent arm hang (the static strength of the arms and shoulders is measured) - BAM,
7. 10x5 meters shuttle run (running speed - agility is measured) - 10x5m,
 Obtained data were processed using the statistical program SPSS Statistics for Windows,
Version 20.0 (IBM Corp. Released, 2011), and the procedures included descriptive statistical
parameters, while the Canonical discriminant analysis (Petkovic, 2000) was used for the identification
of significant and quantitative differences and hierarchy of motor skills variables that contribute to
distinction (discrimination) between the subsamples.
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Differences in Motor Skills of the High School Students from Urban and Rural Areas of the Community of Lebane
RESULTS
Table 2. shows the comparative results of basic statistical parameters of motor skills of students
from urban and rural areas.
Based on the results shown regarding basic statistical parameters of motor skills of students
(Table 2.) it can be concluded that students from urban areas have better average results (Mean)
in four (TAP, JUMP, SU30, 10x5m) out of seven tested variables of motor space in comparison to
the students from rural areas (BAL, SITR, BAH). Both subsamples of students are pretty much
homogeneous (CV% values), except for the variables BAL (URB. 68.34 vs. RUR. 107,20) and BAH
(URB. 62.51. vs. RUR. 46.87) where we have great heterogeneity of results. This heterogeneity of
results is particularly evident among students from rural areas in the test „flamingo” balance test
(BAL) where we have extreme score of 107.20%.
On the basis of values

of canonical correlation coefficient (CR=38.70%) in Table 3. it can be
concluded that the discriminant function of motor skills of students from urban and rural areas, is
approximately of a medium intensity. The results indicate that the discriminative power of motor
skills variables of, shown in the test Wilks’-Lambda, is extremely high (0.850), while the explained
correlation coefficient to all the variables has a low value (Chi-sqr=9.658). The obtained results
indicate the fact that the motor skills of students from urban and rural areas do not statistically
contribute significantly to discrimination between students of urban and rural areas (p-level=0.209).
Table 2. Results of basic statistical parameters of of motor skills
of students from urban and rural areas
VARIABLES
Mean
SD
Min.
Max.
CV %
BAL (s)
URB.
5,37
3,67
1,96
24,30
68,34
RUR.
5,83
6,25
2,00
30,75
107,20
TAP (s)
URB.
11,22
1,36
14,47
8,78
12,12
RUR.
11,32
1,33
15,00
9,16
11,75
SITR (cm)
URB.
32,66
8,06
9
44
24,68
RUR.
36,50
5,34
21
46
14,63
JUMP (cm)
URB.
201,33
25,08
155
260
12,46
RUR.
200,95
19,59
160
230
9,75
SU30 (pon)
URB.
25,78
5,41
16
39
20,98
RUR.
24,70
4,40
18
32
17,81
BAH (s)
URB.
41,69
26,06
7,13
110,00
62,51
RUR.
50,12
23,49
18,20
120,00
46,87
10x5m (s)
URB.
19,71
1,32
22,20
17,08
6,70
RUR.
19,94
1,60
23,64
18,01
8,02
Legend: Mean - arithmetic mean; SD - standard deviation; Min. - minimum value; Max. -
maximum value; CV % - coefficient of variation; URB. - students from urban areas;
                  RUR. - students from rural areas.

Table 3. Significant the discriminant function of motor skills of students from urban and rural areas
Eigen-
value
CR
Wilks’
Lambda
Chi-Sqr.
df
p-level
0,176
0,387
0,850
9,658
7
0,209
Legend: Eigen- value - coefficient of discrimination; CR - canonical correlation coefficient; Wilks’Lambda
- the discriminative power of motor skills variables; Chi-Sqr.- the explained correlation coefficient; df -
degree of freedom; p-level – level of significance.
With the discriminant function analysis of motor skills of students from urban and rural areas
(Table 4.), individually by variables, it was only established with the sit and reach test (SITR) that
there is a statistically significant discrimination existing in favor of students from rural areas (Wilks’-
Lambda=0.935; p-level=0.017).
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Bojan Mitrović, Miroslav Marković, Saša Pantelić, Katarina Herodek
Table 4. The discriminant function analysis of motor skills of
students from urban and rural areas - overview
Variables
Wilks’Lambda
F-remove
(1,57)
p-level
BAL
0,853
0,504
0,480
TAP
0,846
0,011
0,918
SITR
0,935
6,016
0,017*
JUMP
0,846
0,003
0,954
SU30
0,869
1,577
0,214
BAH
0,883
2,539
0,117
10x5m
0,867
1,464
0,231
Table 5. presents the structure of discriminative function of motor skills variables participation
of students from urban and rural areas in forming the significant discriminant functions. The largest
contribution to the discriminant function is given by variable sit and reach test (SITR=-0,584) and
bent arm hang (BAH=-0.372), a bit less the variables of „flamingo” balance test (BAL=0.285), sit-ups
in 30 seconds (SU30=0.235), 10x5 meters shuttle run (10x5m=-0.186) and plate tapping (TAP=-
0.081) and the lowest contribution to the discriminant function is given through the variable standing
broad jump (JUMP=0.018).
Table 5. The structure of discriminative function of motor skills
of students from urban and rural areas
Variables
Root 1
BAL
 0,285
TAP
-0,081
SITR
-0,584
JUMP
 0,018
SU30
 0,235
BAH
-0,372
10x5m
-0,186
In Table 6. the group centroids could be noticed, having a positive sign for students from
urban areas (G_1: 1) amounting to 0,275 while for students from rural areas (G_2 :2) they have a
negative sign and amount to -0.620. Centroid positions indicate to us that students from urban
areas (positive sign) have better results in motor skills than the students from rural areas (negative
sign). The distance of two subsamples of students on discriminative dimension from the area is not
the same, and is diametrically different having in mind the sign, which means that the results are in
various discriminative areas.
Table 6. The group centroids
Groups
Root 1
G_1:1
 0,275
G_2:2
-0,620
Classification matrix in Table 7. gives us the information on how many discriminatory results
there are in each of the subsamples compared to the results of their subsamples. With the students
from urban areas, the results of 2 students are discriminatory, while the results of 43 students have
the characteristics of their group. With the students from rural areas, the results of 12 students
are discriminatory, while the results of 8 students have the characteristics of their group. The
homogeneity of the results of students from urban areas is extremely high and amounts to 95.56%,
while with students from rural areas is of average value and amounts to 40.00%.
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Differences in Motor Skills of the High School Students from Urban and Rural Areas of the Community of Lebane
Table 7. Classification matrix
Groups
Percent
G_1:1 (69,23%)
G_2:2 (30,77%)
G_1:1
95,56
43
2
G_2:2
40,00
12
8
Total
78,46
55
10
DISCUSSION
Although they had slightly better results in tests for assessment of motor skills, the canonical
discriminant analysis did not found that motor skills gave a statistically significant contribution to
the difference between students in urban areas compared to students in rural areas. Students in
urban areas have achieved better results in  four variables for assessment of skills (plate tapping,
standing broad jump, sit-ups in 30 seconds, 10x5 meters shuttle run), and students in rural areas in
three variables („Flamingo” balance test, sit and reach, bent arm hang).
The assumption for slight differences that occur in favor of students from urban areas, is
primarily a consequence of environmental factors (environment), as well as the abundance of contents
and urban community possibility to provide a stimulating environment for motor development of
students, as indicated by other researches (Tadic, Bilak, & Dobras, 2013). Possible reasons why the
motor skills of students living in urban areas are at somewhat higher level than of the students who
live in rural areas, could be the following: more often they spend their free time playing sports,
other forms of extra-curricular activities or play, conditionality and limitations of sports activities
by costing of these activities, low purchasing power of citizens in rural and smaller urban areas,
watching television and spending a lot of time with the computer, which is in line with researches
of some of the authors (Mehlbye & Jensen, 2003; Te Velde et al., 2007; Badric, Prskalo and Silic,
2011). However, despite these habits, students from urban areas had better results of motor skills,
because most probably the one of the biggest problems in rural areas is the deficiency of conditions
for practicing the physical activities, material conditions and props. It is possible that with students
in rural areas there were negative attitudes towards physical exercise as part of physical education
classes, which may have been reflected in lower level of practicing extra-curricular sports activities,
as indicated by other researches (Fox, 1988; Trew et al., 1999) .
The role of physical education among other things was to enable students to acquire a
significant portion of the recommended daily dose of physical activities, but also the knowledge
about its importance for the entire life (Scruggs et al., 2003). A key factor in motivation of students
and promotion of the physical exercises and a healthier lifestyle is a professor of physical education,
so we can conclude that the students who are satisfied in physical education classes are much more
involved in extra-curricular sports activities and physical exercise in their free time (Vilhjamsson
& Thorlindsson, 1998). According to a survey Kermeci and Mitic (2012) students who live in rural
areas of Vojvodina and have a higher level of motor skills more frequently use the open grounds and
nature to deal with extra-curricular sports activities. But, during the winter months they were more
handicapped with the absence of conditions for engaging in extra-curricular activities compared
with the students from urban areas. All this affects the raising of the level of motor skills because,
according to some authors (Rowland, 1990; Beedie, Terry, & Lane, 2000) there is no anthropological
function to which the movement and some form of physical activity does not exercise the significant
influence. The reasons for the existence of differences on the level of motor skills may be associated
with different socio-economic conditions, but it should also be considered that such differences may
occur due to differences in the offer, or the choice of the activities offered (Pfister & Reeg, 2006).
CONCLUSION
Physical education in schools is inadequately represented by the number of classes in the
curriculum, which is a major problem in the implementation of program contents. In addition,
students are not sufficiently physically active in their free time, and there are fewer opportunities for
their daily physical exercise in schools (Hardman, 2003). Estimated differences in favor of students
from urban areas are possibly a consequence of a different level of exercise during physical education
training in the previous period (Misigoj-Durakovic, 2008).
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Bojan Mitrović, Miroslav Marković, Saša Pantelić, Katarina Herodek
Considering a results of the research, it can be concluded that, in general, there are no
statistically significant differences between two treated subsamples consisted of high school students
from urban and rural areas of the Municipality of Lebane.
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Hardman, K. (2003). School physical education and sport in Europe-rhetoric and reality:
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UDK 796-057.875-055.2
796:159.942
PSIHOLOŠKI KORELATI UKLJUČENOSTI STUDENTKINJA
U SPORT I VEŽBANJE
Dušanka Lazarević1, Ljiljana B. Lazarević2 , Snežana Radisavljević Janjić1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
2Institut za psihologiju, Filozofski fakultet, Beograd, Srbija
UVOD
Savremena istraživanja o važnosti bavljenja sportom i vežbanjem za opštu dobrobit ljudi
skrenula su pažnju na polnu neujednačenost u pogledu uključenosti u sport i vežbanje. Evidentna je
manja uključenost pripadnica ženskog pola u različite oblike fizičke aktivnosti (Gomes, Gonçalves,
& Costa, 2015; Radisavljević Janić, Milanović, & Lazarević, 2012; Trost, Pate, Sallis, Freedson,
Taylor, Dowda, et al., 2002). Rezultati istraživanja u oblasti psihologije sporta i vežbanja ukazuju
na povezanost pojedinih psiholoških karakteristika i uključenosti u sport i vežbanje i njihov značaj
za učestalost i kvalitet te uključenosti. Takođe, ukazuje se i na potrebu daljih istraživanja prirode i
uslova ove povezanosti, kako u opštoj populaciji, tako i s obzirom na polnu pripadnost (Cox, 2005;
Fox, 2002; Lindwall & Lindgren, 2005; McAuley & Blissmer, 2000; Weinberg & Gold, 2007).
Među psihološkim karakteristikama koje se smatraju značajnim za kvalitet i učestalost
uključivanja u sport i vežbanje značajno mesto zauzima self-koncept sa svojim dimenzijama, od onih
koje su specifičnije vezane za doživljaj sopstvene fizičke aktivnosti, kao što je fizička samoefikasnost,
do opštijih, kao što je samopoštovanje (Bandura, 1997; McAuley & Gill, 1983; Sonstroem &
Morgan,1989; Weinberg & Gold, 2007). Istraživanja, takođe, ukazuju i na povezanost učestovanja
u vežbanju i sportu i emocija vezanih za doživljaj sopstvenog tela. Najveći broj istraživanja u ovoj
oblasti odnosi se na socijalnu anksioznost zbog izgleda (Cox, 2005; Eklund & Crawford, 1994;
Gomes, et al., 2015; Leary, 1992; Mülazimoğlu-Balli, Koca & Aşçi, 2010).
Samopoštovanje, fizička samoefikasnost i socijalna anksioznost zbog izgleda u sportu i vežbanju
Samopoštovanje, kao dimenzija self-koncepta koja se odnosi na opštu procenu sopstvene
vrednosti osobe (Rosenberg, 1965), pozitivno je povezano sa uspehom u različitim aktivnostima.
Rezultati istraživanja upućuju na veliki značaj samopoštovanja za sportsko postignuće, ali i na
povratno delovanje uspeha u sportu na razvoj ove psihološke karakteristike (Fox, 2002; Marsh, 1997;
Mikhnov, 2015; Weinberg & Gold, 2007). Takođe, utvrđeni su i efekti uključenosti mladih u različite
programe vežbanja na razvoj njihovog samopoštovanja (Gomes et al., 2015).
Dimenzija self-koncepta, direktnije povezana sa kvalitetnim uključivanjem u sport i vežbanje je
fizička samoefikasnost, koja je je izvedena iz šire teorije samoefikasnosti Alberta Bandure (Bandura,
1997), a odnosi se na uverenje osobe u svoje sposobnosti da uspe u nekoj fizičkoj aktivnosti (Ryckman,
Robbins,  Thornton, & Centrell, 1982). U većem broju istraživanja potvrđena je povezanost fizičke
samoefikasnosti sa postignućem u sportu, kao i sa uključenošću u vežbanje (Cox, 2005; Ryckman
et al., 1982; Vipene & Jona, 2012). Posebno su značajni rezultati onih istraživanja koji ukazuju na
mogućnost da se uključivanjem mladih u redovno vežbanje i bavljenje sportom može delovati na
povećane njihove fizičke samoefikasnosti (Martin, 2006; McAuley & Blissmer, 2000; Weinberg &
Gold, 2007). Istraživanja takođe ukazuju da su u psihološkom profilu mladih koji se bave sportom i
vežbanjem pozitivno povezani samopoštovanje i fizička samoefikasnost, a da su ove dve krakteristike
negativno povezane sa socijalnom anksioznošću zbog izgleda (Lazarević, Orlić, & Lazarević, 2014;
Martin, 2006; Vipene & Jona, 2012).
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Zbornik radova
Psihološki korelati uključenosti studentkinja u sport i vežbanje
Socijalna anksioznost zbog izgleda se javlja u situacijama kada je osoba izložena posmatranju
od strane drugih osoba. To je karakteristično i za situacije vezane za bavljenje sportom i vežbanjem.
Rezultati pojedinih istraživanja pokazuju da redovno vežbanje i bavljenje sportom ima pozitivan
uticaj na smanjenje socijalne anksioznosti zbog izgleda, ali i da smanjenje socijalne anksioznosti
zbog izgleda pozitivno utiče na uključivanje u fizičko vežbanje (Craford & Eklund, 1994; Focht &
Hausenblas, 2006 ; Fox, 2002; Leary, 1992; Gomes et al, 2015; Lindwall & Lindgren, 2005, Martin,
2006; Mülazimoğlu-Balli et al., 2010). Socijalna anksioznost zbog izgleda, izraženija je u ženskoj
populaciji (Motl & Conroy, 200; Mülazimoğlu-Balli et al., 2010), što ukazuje na potrebu daljih
istraživanja mogućih efekata ove karakteristike na manje angažovanje žena u fizičkom vežbanju i
sportu.

Cilj istraživanja
Polazeći od značaja fizičkog vežbanja i bavljenja sportom za opštu dobrobit pojedinca, kao i
od činjenice da su pripadnice ženskog pola manje uključene u fizičku aktivnost, cilj ovog istraživanja
bio je da se ispita povezanost samopoštovanja, fizičke samoefikasnosti i socijalne anksioznosti zbog
izgleda, kao psiholoških karakteristiaka, sa uključenošću studentkinja u sport i vežbanje.
METOD
Uzorak
U istraživanju je učestvovalo 155 studentkinja četiri fakulteta Univerziteta u Beogradu,

prosečnog uzrasta 21 godina, SD = 1.8. Posmatrano prema uključenosti u sport, 13.5% studentkinja
takmičarski se bavi sportom, 50.3% rekreativno, a 36.1% studentkinja ne bave se sportom. Posmatrano
prema učestalosti vežbanja, 29.7% studentkinja ne bavi se vežbanjem, 38.1% vežba 1 do 2 puta
nedeljno, 16.8% vežba 3 do 4 puta nedeljno, a 15.5% studentkinja vežba više od 4 puta nedeljno.
Varijable i instrumenti
1. Psihološke karakteristike:
- Samopoštovanje, za čije merenje je upotrebljena Rozenbergova skala samopoštovanja
(Rosenberg’s Self-Esteem scale – SES, Rosenberg, 1965). Skala se sastoji od 10 tvrdnji praćenih
4-stepenom skalom Likertovog tipa. Kao primer tvrdnji može se navesti: “Gledano u celini, ja sam
zadovoljan/na sobom”; “Voleo/la bih da imam više samopoštovanja”
. Viši skor ukazuje na veće
samopoštovanje. Pouzdanost skale proveravana je Kronbah alfa koeficijentom, čija vrednost .87
ukazuje na zadovoljavajuću unutrašnju konzistetnost skale.
- Fizička samoefikasnost, koja je merena Skalom fizičke samoefikasnosti (Physical Self-Efficacy
Scale – PSES, Ryckman, et al., 1982).  Skala se sastoji od 22 tvrdnje praćene 6-stepenom skalom
Likertovog tipa. Kao primer tvrdnji mogu se navesti “Imam odlične reflekse”
, “Nisam spretan/na
i skladan/na”
. Viši skor ukazuje na veću fizičku samoefikasnost. Dobijena vrednost Kronbah alfa
koeficijenta iznosila je .79 i ukazuje na zadovoljavajuću unutrašnju konzistentnost skale.
- Socijalna anksioznost zbog igleda, za čije merenje je upotrebljena Skala socijalne anksioznosti
zbog izgleda (Social Physique Anxiety Scale – SPAS, Hart, Leary, & Rejeski, 1989). Primenjena je
revidirana forma ove skale (Motl & Conroy, 2001), koja se sastoji od 7 tvrdnji praćenih 5-stepenom
skalom Likertovog tipa 7. Kao primeri tvrdnji mogu se navesti: “Prija mi kako moje telo izgleda
drugima“;  „U prisustvu drugih, zabrinut/ta sam zbog građe svog tela“. Viši skor ukazuje na više izraženu
socijalnu anksioznost zbog izgleda. Kronbah alfa koeficijent od .83 ukazuje na zadovoljavajuću
unutrašnju konzistentnost skale.
2. Varijable koje se odnose na uključenost u sport i vežbanje:
- Bavljenje sportom određeno na tri nivoa: 1. Takmičarski 2. Rekreativno 3. Ne bavi se sportom.
- Uključenost u vežbanje određeno na 4 nivoa učestalosti vežbanja: 1. Ne bavi se vežbanjem 2.
Vežba 1-2 puta nedeljno 3. Vežba 3-4 puta nedeljno 4. Vežba više od 4 puta nedeljno.
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Conference Procedings
Dušanka Lazarević, Ljiljana B. Lazarević , Snežana Radisavljević Janjić
Podaci o uključenosti u sport i vežbanje, kao i podaci o uzrastu i fakultetu na kome studiraju
prikupljeni su posebnim upitnikom.
Postupak i analiza podataka
Istraživanje je realizovano dobrovoljnim učešćem studentkinja koje su anonimno popunjavale
primenjene instrumente. Za analizu podataka primenjena je korelaciona, klaster i diskriminativna
analiza i MANOVA.

REZULTATI
Rezultati deskriptivne analize su pokazali (Tabela 1) da su dobijeni prosečni skorovi na
instrumentima SES i PSES iznad pretpostavljenih prosečnih vrednosti na ovim skalama, dok je na
instrumentu SPA prosečni skor ispod pretpostavljene prosečne vrednosti skale. Između dve dimenzije
self-koncepta, odnosno, samopoštovanja i fizičke samoefikasnosti, dobijene su pozitivne i statistički
značajne korelacije, dok su korelacije između socijalne anksioznosti zbog izgleda i dimenzija self-
koncepta takođe značajane, ali negative (Tabela 2).
Tabela 1
Deskriptivna statistika za instrumente za merenje psiholoških karakteristika
Instrumenti
Min
Max
M
SD
SES-Rozenbergova Skala samopoštovanja
1.00
4.00
3.14
0.48
PSES-Skala fizičke samoefikasnosti
2.45
5.64
4.22
0.61
SPA-Skala socijalne anksioznosti zbog izgleda
1.00
5.00
2.07
0.76
Tabela 2
Interkorelacije između Samopoštovanja, Fizičke samoefikasnosti i
Socijalne anksioznosti zbog izgleda
Pirsonov koeficijent korelacije
SES
PSES
SPA
SES-Rozenbergova Skala samopoštovanja
1
.63**
-.55**
PSES-Skala fizičke samoefikasnosti
.63**
1
-.63**
SPA-Skala socijalne anksioznosti zbog
izgleda
-.53**
-.63**
1
Klaster i diskriminativna analiza su pokazale da su se izdvojila tri procentualno ujednačena
klastera u koje su se grupisale ispitanice. Najveća važnost u definisanju izdvojenih klastera pripada
varijabli  učestalost vežbanja, a zatim slede uključenost u sport, fizička samoefikasnost, opšte
samopoštovanje i sa najmanjom prediktivnom vrednošću, socijalna anksioznost zbog izgleda.
Prvi klaster čine studentkinje koje se bave sportom takmičarski i rekreativno, vežbaju 3-4 puta
nedeljno, uz najpovoljniji psihološki profil (najviši skorovi na PSES i SES, a niži skorovi na SPA).
Drugi klaster čine studentkinje koje se rekreativno bave sportom, vežbaju 1-2 puta nedeljno, i koje
odlikuje nešto povoljniji psihološki profil (viši skorovi na PSES i SES, a niži na SPA) i treći klaster, koji
čine studentkinje  koje se ne bave sportom i nisu uključene u vežbanje, koje odlikuje najnepovoljniji
profil psiholoških varijabli (niži skorovi na PSES i SES, i nešto viši skorovi na SPA).
MANOVA, u kojoj je nezavisna varijabla nivo uključenosti u sport (bavi se sportom
takmičarski, rekreativno, ne bavi se sportom),  a zavisne varijable skorovi sa instrumenata SES, PSES
i SPA, je pokazala da se studentkinje razlikuju u fizičkoj samoefikasnosti, F(2, 151) = 20.81, p <.01, i
samopoštovanju, F(2,151) = 4.62, p <.05. Post-hoc (Bonferoni) testovi su pokazali da se studentkinje
koje se na bave sportom razlikuju od ostalih grupa ispitanica u pogledu fizičke samoefikasnosti i
samopoštovanja. Nisu se ispoljile statistički značajne razlike u pogledu socijalne anksioznosti
zbog izgleda. S obzirom na učestalost bavljenja fizičkim vežbanjem ispoljile su se razlike u fizičkoj
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Psihološki korelati uključenosti studentkinja u sport i vežbanje
samoefikasnosti, F(3, 150) = 19.62, p < .01, i samopoštovanju, F(3, 150) = 6.10, p < .01. Post-hoc
analize pokazuju da kada je reč i o fizičkoj samoefikasnosti i o samopoštovanju najveće razlike postoje
između studentkinja koje se ne bave vežbanjem i ostalih grupa ispitanica. Takođe, rezultati post-hoc
analize pokazuju da se gubi značajnost razlika u pogledu posmatranih dimenzija self-koncepta posle
učestalosti vežbanja veće od 1-2 puta nedeljno, što ukazuje na to da uticaj porasta učestalosti fizičkog
vežbanja na percepciju samoefikasnosti i samopoštovanja dostiže plato.  Nisu se ispoljile značajne
razlike u pogledu socijalne anksioznosti zbog izgleda između studentkinja koje su sa različitom
učestalošću angažovane u vežbanju.

DISKUSIJA
U ovom istraživanju pažnja je bila usmerena na samopoštovanje i fizičku samoefikasnost,
kao dimenzije self-koncepta i na socijalnu anksioznost zbog izgleda, kao emociju vezanu za
procenu sopstvenih fizičkih karakteristika u socijalnoj situaciji. Rezultati su potvrdili da između
samopoštovanja i fizičke samoefikasnosti postoji pozitivna povezanost, dok je njihova povezanost
sa socijalnom anksioznošću zbog izgleda negativna, što je u saglasnosti sa ranijm istraživanjima
(Lazarević et al., 2014; Martin, 2006; McAuley & Blissmer, 2002; McAuley & Gill, 1983; Thornton et
al., 1987; Rothberger, 2014).
Kada je u pitanju povezanost ispitivanih psiholoških karakteristika  i uključenost studentkinja
u sport i vežbanje rezultati pokazuju da se pozitivna povezanost ispoljila sa samopoštovanjem i
fizičkom samoefikasnošću. Ovo je takođe u saglasnosti sa nalazima prethodnih istraživanja (Fox,
2002; McAuley & Blissmer, 2000; Weinberg & Gold, 2007). Dakle, pozitivan psihološki profil, određen
izraženim samopoštovanjem i doživljavanjem sebe kao fizički efikasne osobe, može se očekivati
kod studentkinja koje se bave sportom i koje redovno vežbaju. Socijalna anksioznost zbog izgleda,
u uzorku studentkinja Beogradskog univerziteta, nije se pokazala kao psihološka karakteristika
značajano povezana sa uključenošću u sport i učestalošću fizičkog vežbanja.
Rezultati ovog istraživanja takođe su pokazali, da je bavljenje sportom, bez obzira na to da li se
radi o takmičarskom ili rekreativnom bavljenju, povezano sa identifikovanim poželjnim psihološkim
profilom. Interesantan nalaz ovog istraživanja je da uticaj porasta učestalosti vežbanja na opažanje
fizičke samoefikasnosti i samopoštovanja dostiže plato, tj. da se gubi značajnost razlika u pogledu
posmatranih dimenzija self-koncepta kod učestalosti vežbanja veće od 1-2 puta nedeljno. Kao
moguće objašnjenje može se navesti pretpostavka da povećanje učestalosti vežbanja nije značajno
za dalji razvoj pozitivnog self-koncepta ili pak, pretpostavka da ajtemi primenjenih skala za merenje
dimenzija self-koncepta ne dozvoljavaju da se napravi bolja diskriminacija između onih studentkinja
koje su veoma posvećene sportu i vežbanju i učestvuju na takmičenjima višeg ranga i onih koje su u
tome umerenije.
Mada su ranija istraživanja ukazala na postojanje značajne povezanosti između uključenosti
u sport i vežbanje i socijalne anksioznosti zbog izgleda, koja se ispoljava u tome da osobe koje su
uključene u sport i vežbanje imaju manje izraženu socijalnu anksioznost zbog izgleda (Fox, 2002;
Gomes et al., 2015; Leary, 1992; Lindwall & Lindgren, 2005; Martin, 2006; Mülazimoğlu-Balli et al.,
2010; Rothberger, 2014), u ovom istraživanju, ta povezanost nije potvrđena. Moguće objašnjenje
nalaza da se na uzorku studentkinja Beogradskog univerziteta, socijalna anksioznost zbog izgleda
nije se pokazala kao psihološka karakteristika značajano povezana sa uključenošću u sport i
učestalošću fizičkog vežbanja, može se vezati za podatak da se na uzorku u celini ispoljila relativno
niska anksioznost zbog izgleda. Ipak, uočena je tendencija  smanjivanja socijalne anksioznosti zbog
izgleda sa uključenošću studentkinja u sport i vežbanje. Kako bi se bolje pojasnio odnos socijale
anksioznosti zbog izgleda i uključenosti pripadnica ženske populacije u sport i vežbanje, trebalo
bi dalje istraživati ovaj problem na široj populaciji žena. U narednim istraživanjima bi takođe
trebalo prikupiti podatke o uslovima u kojima se odvija vežbanje (u grupi ili individualno) i fizičkim
karakteristikama studentkinja (na primer, BMI), neke psihološe karakterstike (na primer, anksioznost
kao crta ličnosti, doživljavanje uspeha i neuspeha) kako bi se detaljnije objasnila relacija socijalne
anksioznosti zbog izgleda kao psihološke karakteristike i bavljenja sportom i vežbanjem.

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Dušanka Lazarević, Ljiljana B. Lazarević , Snežana Radisavljević Janjić
ZAKLJUČAK
Uključenost studentkinja u bavljenje sportom, takmičarski ili rekreativno, kao i u redovno
fizičko vežbanje, pozitivno je  povezana sa psihološkim karakteristikama samopoštovanje i fizička
samoefikasnost.
U narednim istraživanjima bi trebalo dalje ispitati povezanost socijalne anksioznosti zbog
izgleda i uključenosti studentkinja u sport i vežbanje, proširivanjem uzorka na druge grupe u okviru
ženske populacije, uz kontrolu relevantnih fizičkih karakteristika, uslova vežbanja i uvođenjem
i drugih psiholoških varijabli iz domena afektivnih odgovora na uključenost u sport i vežbanje i
određenih crta ličnosti.
Takođe, bilo bi značajno uraditi IRT (Item Response Theory) analizu ajtema instrumenta PSES
kako bi se proverila njihova diskriminativnost u specifičnim grupama ispitanica uključenih u sport
i vežbanje.
Rezultati dobijeni ovim istraživanjem, s obzirom na to da su potvrdili pozitivnu povezanost
pojedinih psiholoških karakteristika i angažovanja studentkinja u sportu i vežbanju, idu u prilog
pokretanju šire društvene akcije za podsticanje većeg i redovnog uključivanja ženske populacije u
sport i vežbanje.
LITERATURA
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Cox, R.H. (2005). Psihologija sporta - koncepti i primjene. Jastrebarsko: Naklada Slap.
Crawford, S., & Eklund, R. C. (1994). Social physique anxiety, reasons for exercise, and attitudes
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Eklund, R. C., & Crawford, S. (1994). Active women, social physique anxiety, and exercise.
Journal of Sport & Exercise Psychology, 16(4), 431-448.
Focht, B. C., & Hausenblas, H. A. (2006). Exercising in public and private environments:
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Fox, K. R. (2002). Self - perceptions and sport behaviour. In: T. S. Horn (Ed.), Advances in sport
psychology (2nd ed., pp. 83-99). Champaign, IL: Human Kinetics.
Gomes, R., Gonçalves, S., & Costa, J. (2015). Exercise, eating disordered behaviors and
psychological well-being: a study with Portuguese adolescents. Revista Latinoamericana de
Psicología, 47(1), 66-74.
Hart, E. A., Leary, M. R., & Rejeski, W. J. (1989). The measurement of social physique anxiety.
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Lazarević, D., Orić, A. Lazarević, Lj. B. (2014). Fizička samoefikasnost i socijalna anksioznost
zbog izgleda  kao prediktori samocenjenja kod studenata koji se bave sportom, Knjiga rezimea,
Međunarodna naučna konferencija, “ Efekti primene fizičke aktivnosti na antropološki status dece,
omladine i odraslih”. Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja, Beograd, 11 - 12.
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Lindwall, M., Lindgren, E-C. (2005). The effects of 6-month intervention programme on
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girls. Psychology of Sport and Exercise, 6, 643-658.
Marsh, H.W., Hey, J., Roche, L. A.  (1997). Structure of physical self-concept: Elite athletes and
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Journal of Educational Psychology, 89(2), 2, 369-380.
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Martin, M. Y. (2006). Effects of resistance and aerobic exercise on physical self-efficacy and
social physique anxiety in female college students. Electronic Theses & Dissertations, paper 88.
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McAuley, E., & Blissmer, B. (2000). Self-efficacy determinants and consequences of physical
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McAuley, E., & Gill, D. (1983). Reliability and validity of the physical self-efficacy scale in a
competitive sport setting. Journal of Sport Psychology, 5(4), 410-418.
Mikhnov, A. P. (2015). Effectiveness of competitive activity of high class hockey players
accounting a level of their self-esteem. Pedagogics, psychology, medical-biological problems of
physical training and sports, 2, 47-52.
Motl, R. W., & Conroy, D. E. (2001). The social physique anxiety scale: Cross validation,
factorial invariance, and latent mean structure. Measurement in physical education and exercise
science, 5(2), 81-95.
Mülazimoğlu-Balli, Ö., Koca, C., & Aşçi, F. (2010). An examination of social physique anxiety
with regard to sex and level of sport involvement. Journal of Human Kinetics, 26, 115-122.
Radisavljević Janić, S., Milanović, I., Lazarević, D. (2012). Fizička aktivnost adolescenata:
uzrasne i polne razlike. Nastava i vaspitanje, 61(1), 183-194.
Ryckman, R. M., Robbins, M. A., Thornton, B., Centrell, P. (1982).  Development and validation
of a Physical self-efficacy scale. Journal of Personality and Social Sociology. 42(5), 891-900.
Rosenberg, M. (1965). Society and the adolescent self-image. Princeton, NJ:Princeton University
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Rothberger, S. M. (2014). An Examination of Social Physique Anxiety among College Students:
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Sonstroem, R. J., & Morgan, W. P. (1989). Exercise and self-esteem: rationale and model.
Medicine & Science in Sports & Exercise, 21(3), 329-337.
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Weinberg, R. S. & Gould, D. (2007). Foundations of sport and exercise psychology. Champaign,IL:
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UDK 796-057.875-055.2
796:159.942
PSYCHOLOGICAL CORRELATES OF FEMALE STUDENT’S ENGAGEMENT
IN SPORT AND EXERCISE
Dušanka Lazarević1 , Ljljana B. Lazarević2 , Snežana Radisavljević Janjić1
1Faculty of sport and physical education, Belgrade, Serbia
2Institute of psychology, Faculty of philosophy, Belgrade, Serbia
INTRODUCTION
Recent studies investigating the impact of sport and physical exercise in general well-being
draw the attention to inequality of engagement of males and females in sport and exercise. Studies
document lower involvement of females in different forms of physical activity (Gomes, Gonçalves,
& Costa, 2015; Radisavljević Janić, Milanović, & Lazarević, 2012; Trost, Pate, Sallis, Freedson, Taylor,
Dowda, et al., 2002). Results of the studies in the field of psychology of sport and exercise indicate
relationship between certain psychological characteristics and involvement in sport and exercise.
Moreover, studies show that certain psychological characteristics influence frequency and quality
of the engagement in sport and exercise. In addition, studies indicate necessity of investigation of
nature and conditions underlying this relationship, both in general population, and with respect to
gender (Cox, 2005; Fox, 2002; Lindwall & Lindgren, 2005; McAuley & Blissmer, 2000; Weinberg &
Gold, 2007).
Among psychological characteristics that are considered to be important for the quality and
frequency of engagement in sport and exercise, important place is occupied by self-concept with
its dimensions including both  those specifically related to self-perception of physical activity like
physical self-efficacy, and more general such as self-esteem ( Bandura, 1997; McAuley & Gill, 1983;
Sonstroem & Morgan,1989; Weinberg & Gold, 2007). Researches also indicate the relationship
between engagement in sport and exercise, and emotions related to self-perception of one’s own
body. Studies in this field are mostly dealing with social anxiety related to physique (Cox, 2005;
Eklund & Crawford, 1994; Gomes, et al., 2015; Leary, 1992; Mülazimoğlu-Balli, Koca & Aşçi, 2010).
Self-esteem, physical self-efficacy, and social anxiety related to physique in sport and exercise
Self-esteem, as a dimension of self-concept that refers to the overall assessment of the self
(Rosenberg, 1965), is positively related to success in different activities. The results of the studies
indicate high importance of self-esteem for sport achievement, and imply reverse effects of success
in sport on development of self-concept (Fox, 2002; Marsh, 1997; Mikhnov, 2015; Weinberg & Gold,
2007). Further, it has been documented that involvement of young people in different programs of
exercise has effects on development of self-esteem (Gomes et al., 2015).
Dimension of self-concept, more directly related to high-quality involvement in sport and
exercise is physical self-efficacy; the term derived from wider theory of self-efficacy by Albert
Bandura (Bandura, 1997). Self-efficacy refers to the belief of a person in ability to succeed in some
physical activity (Ryckman, Robbins, Thornton, & Centrell, 1982). Significant number of studies
confirms relation between physical self-efficacy and both achievement and engagement in sport
(Cox, 2005; Ryckman et al., 1982; Vipene & Jona, 2012). Especially important are results of the
studies indicating that regular exercise and involvement in sport can increase physical self-efficacy
in young people (Martin, 2006; McAuley & Blissmer, 2000; Weinberg & Gold, 2007). Furthermore,
researches indicate that self-esteem and physical self-efficacy are characteristics that are positively
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Psychological Correlates of Female Student’s Engagement in Sport and Exercise
related in young people practising sport and exercise, while mentioned characteristics are both
negatively related to social anxiety related to physique (Lazarević, Orlić, & Lazarević, 2014; Martin,
2006; Vipene & Jona, 2012).
	 Social anxiety related to physique occurs when physique of a person is exposed to observation
and evaluation of others. Observation and evaluation of someone’s physique is typical for situations
related to practising sport and exercise. Results of the studies show that regular exercise and sport
activities can have positive influence on reduction of social anxiety related to physique, and that
reduction of physical anxiety related to physique has positive influence on involvement in physical
exercise (Craford & Eklund, 1994; Focht & Hausenblas, 2006; Fox, 2002; Leary, 1992; Gomes et
al., 2015; Lindwall & Lindgren, 2005, Martin, 2006; Mülazimoğlu-Balli et al., 2010). Social anxiety
related to physique is more pronounced in female population (Motl & Conroy, 200; Mülazimoğlu-
Balli et al., 2010). These results indicate the need for further investigation of possible effects of social
anxiety related to physique on lower involvement of females in physical exercise and sport.
Aim of the study
Given the importance of physical exercise and sport for the general well-being of the individual,
and the fact that females are less involved in physical activity, the aim of the study was to investigate
the relationship between self-esteem, physical self-efficacy, and social anxiety related to physique on
one side, and involvement in sport and exercise of female students on the other.
METHOD
Sample
Sample consisted of 155 female students of four faculties at the University of Belgrade, average
age 21 years, SD=1.8. In the sample, 13.5% of the students were competitors, 50.3% was involved
recreationally, and 36.1% were not involved in sport. When frequency of exercise is observed, 29.7%
students did not exercise, 38.1% exercised once or twice per week, 16.8% exercised 3-4 times per
week, while 15.5% exercised more than 4 times per week.
Variables and instruments:
1. Psychological characteristics:
-	Self-esteem was assessed with Rosenberg’s scale of self-esteem (Rosenberg’s Self-Esteem scale
– SES, Rosenberg, 1965). The scale consists of 10 items, with joint 4-point Likert type scale. Sample
items: „On the whole, I am satisfied with myself“; „I wish I could have more respect for myself“. Higher
scores indicate higher self-esteem. Cronbach alpha reliability of the scale is satisfactory, α = .87.
-	Physical self-efficacy was assessed with Physical Self-Efficacy Scale – PSES (Ryckman, et
al., 1982). The scale consists of 22 items, with joint 6-point Likert type scale. Sample items: „I have
excellent reflexes“, „I am not agile and graceful“. Higher scores indicate higher physical self-efficacy.
Cronbach alpha reliability of the scale is satisfactory, α = .79.
-	For assessment of social anxiety related to physique, Social Physique Anxiety Scale – SPAS
was used (Hart, Leary, & Rejeski, 1989). In this study, revised form consisting of 7 items with joint
5-poin Likert type scale was used (Motl, & Conroy, 2001). Sample items: „I am comfortable with
how my body appears to others“, „In the presence of others, I feel apprehensive about my physique
or figure“. Higher scores indicate higher social anxiety related to physique. Cronbach alpha reliability
of the scale is satisfactory, α = .83.
2. Variables related to involvement in sport and exercise:
-	Level of involvement in sport: 1. Competitively, 2. Recreationally, 3. Does not exercise sport
-	Frequency of involvement in sport: 1. Does not exercise, 2. Exercises 1-2 times per week, 3.
Exercises 3-4 times per week, 4. Exercises more than 4 times per week.
Data on involvement in sport and exercise, age, and faculty were collected with questionnaire
designed for this study.
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Dušanka Lazarević, Ljiljana B. Lazarević , Snežana Radisavljević Janjić
Data analysis
Research was conducted on volunteer respondents who anonymously participated in the
study. For data analysis, correlational, cluster, discriminative analysis, and MANOVA were used.
RESULTS
Results of descriptive analysis showed that on average our respondents have higher scores on SES
and PSES, while on SPA they have on average lower scores (Table 1).  Two dimensions of self-concept,
i.e., self-esteem and physical self-efficacy, intercorrelated positively, while correlations between social
anxiety related to physique, and two dimensions of self-concept were negative (Table 2).
Table 1
Descriptive statistics for psychological characteristics
Instruments
Min
Max
M
SD
SES-Rosenberg self-esteem scale
1.00
4.00
3.14
0.48
PSES-Physical self-efficacy scale
2.45
5.64
4.22
0.61
SPA-Social anxiety related to physique scale 1.00
5.00
2.07
0.76
Table 2
Correlations between self-esteem, physical self-efficacy, and social anxiety related to physique
Pearson coefficient of correlation
SES
PSES
SPA
SES- Rosenberg self-esteem scale
1
.63**
-.55**
PSES-Physical self-efficacy scale
.63**
1
-.63**
SPA-Social anxiety related to physique scale
-.53**
-.63**
1
Cluster and discriminative analysis demonstrated that respondents group into three relatively
equal clusters. The highest importance in prediction of cluster membership had the frequency of
exercise, and it was followed by involvement in sport, physical self-efficacy, and general self-esteem.
Social anxiety related to physique had lowest importance in prediction of cluster membership.
The first cluster includes participants involved in sport competitively and recreationally,
exercise 3-4 times per week, with the most favourable psychological profile (highest scores on PSES
and SES, and lowest on SPA). The second cluster includes participants involved recreationally in
sport 1-2 times per week, with favourable psychological profile (higher scores on PSES, and SES, and
lower on SPA). The third cluster included female students who are not involved in sport and exercise,
with the least favourable psychological profiles (lower scores on PSES and SES, and somewhat higher
on SPA).
	 MANOVA, where independent variable was involvement in sport (competitively,
recreationally, and not involved in sport), and scores on SES, PSES, and SPA were dependent,
showed that female students differ in physical self-efficacy, F(2, 151) = 20.81, p <.01, and in self-
esteem, F(2,151) = 4.62, p <.05. Post-hoc (Bonferroni) tests showed that females not engaged in
sport differ from other groups of participants with respect to physical self-efficacy and self-esteem.
There were no statistical differences in social anxiety related to physique between the groups. Given
the frequency of involvement in physical exercise, there were significant differences in physical self-
efficacy, F(3, 150) = 19.62, p < .01, and in self-esteem, F(3, 150) = 6.10, p < .01. Post-hoc analyses
show that highest differences exist between the females who are not exercising and other groups, in
both self-efficacy and self-esteem. In addition, post-hoc tests showed that influence of frequency of
exercising on self-efficacy and self-esteem is not incremental when frequency is higher than 1-2 times
per week, i.e., increase of influence of frequency of exercise on self-efficacy and self-esteem reaches
plateau. Differences in social anxiety related to physique between groups of students involved in
physical exercise at different level were not significant.
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Psychological Correlates of Female Student’s Engagement in Sport and Exercise
DISCUSSION
This paper was focused on dimensions of self-concept, i.e., self-esteem and physical self-
efficacy, and on emotion related to self-assessment of the physical characteristics in social situations,
i.e., social anxiety related to physique. Results confirmed that self-esteem and physical self-efficacy
are positively related, while these characteristics are both negatively related to social anxiety related
to physique. This finding is in line with previous studies (Lazarević et al., 2014; Martin, 2006; McAuley
& Blissmer, 2002; McAuley & Gill, 1983; Thornton et al., 1987; Rothberger, 2014).
When discussing relations between examined psychological characteristics and involvement
of students in sport and exercise, the results show positive relations between engagement in sport
on one side, and self-esteem and physical self-efficacy, on the other. This is also in line with the
previous results (Fox, 2002; McAuley & Blissmer, 2000; Weinberg & Gold, 2007). Therefore, positive
psychological profile, characterized by high self-esteem and self-perception of physical efficiency,
can be expected in females exercising sport on a regular basis. Social anxiety related to physique, in
the sample of female students was not significantly related to involvement in sport and frequency of
physical exercise.
Results of this study demonstrated that exercising sport, regardless of the level of involvement
(i.e., competitively or recreationally) is positively related to desirable psychological profile.
Interestingly, increase in frequency of exercise has positive influence on perception of self-efficacy
and self-esteem, but only to a certain extent, after which it reaches plateau. In other words, when
frequency of exercise is higher than two times per week, there are no differences in assessed
dimensions of self-concept. It is possible that increase in frequency of exercise is not important for
further development of positive self-concept. Another possibility is that items of used scales are
not discriminating females who are extremely dedicated to sport and exercise and participate in
competitions of higher ranking, and those moderately involved in sport and exercise.
	 Although previous studies indicated the existence of significant relations between
involvement in sport and exercise, and social anxiety related to physique, i.e., specifically, that persons
involved in sport and exercise have less pronounced social anxiety related to physique (Fox, 2002;
Gomes et al., 2015; Leary, 1992; Lindwall & Lindgren, 2005; Martin, 2006; Mülazimoğlu-Balli et al.,
2010; Rothberger, 2014), this study did not confirmed those findings. It is possible that this finding
result from low social anxiety related to physique in our sample. However, we have registered that
social anxiety related to physique tends to reduce when females are engaged in sport and exercise. In
order to disentangle the relationship between social anxiety related to physique and involvement of
females in sport and exercise, wider sample of female population should be included. Future studies
should focus on conditions for exercising (e.g., group or individual), and physical characteristics
of the respondents (e.g., BMI), specific psychological characteristics (e.g., trait anxiety, perception
of failure and success) so that relations between social anxiety related to physique and sport and
exercise can be explained in more detail.
CONCLUSION
	 Engagement of female students in sport, competitively or recreationally, and regular exercise,
is positively related to self-esteem and physical self-efficacy. Future studies should investigate social
anxiety related to physique and involvement in sport and exercise by expanding the sample to other
groups of females, controlling for relevant physical characteristics, conditions for exercising, and
by introducing other psychological variables, like personality traits, and those mapping affective
responses to engagement in sport and exercise.
	 Another recommendation would be to perform the IRT (Item Response Theory) analysis
of the items of PSES instrument in order to test their discriminativity in specific groups of females
involved in sport and exercise.
	 Since the results of this study confirmed positive relationship between specific psychological
characteristics and engagement in sport and exercise, they support the idea of launching wider social
action aimed to encourage higher and more regular engagement of females in sport and exercise.
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Dušanka Lazarević, Ljiljana B. Lazarević , Snežana Radisavljević Janjić
REFERENCES
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Fox, K. R. (2002). Self - perceptions and sport behaviour. In: T. S. Horn (Ed.), Advances in sport
psychology (2nd ed., pp. 83-99). Champaign, IL: Human Kinetics.
Gomes, R., Gonçalves, S., & Costa, J. (2015). Exercise, eating disordered behaviors and
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Psicología, 47(1), 66-74.
Hart, E. A., Leary, M. R., & Rejeski, W. J. (1989). The measurement of social physique anxiety.
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Lazarević, D., Orić, A. Lazarević, Lj. B. (2014). Physical self-efficacy and social physique anxiety
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11-12. 2014, p. 155.
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Marsh, H.W., Hey, J., Roche, L. A.  (1997). Structure of physical self-concept: Elite athletes and
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McAuley, E., & Gill, D. (1983). Reliability and validity of the physical self-efficacy scale in a
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Mikhnov, A. P. (2015). Effectiveness of competitive activity of high class hockey players
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Rosenberg, M. (1965). Society and the adolescent self-image. Princeton, NJ:Princeton University
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174
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UDK 796:373.3
A TOTAL WEEKLY DIFFERENCE IN PHYSICAL EDUCATION CLASS
ACTIVITIES BETWEEN 3RD AND 4TH GRADE PUPILS OF ELEMENTARY
SCHOOL
Katarina Horvat 1, Tihomir Vidranski1, Ivana Klaričić1, Zvonimir Tomac1, Josip
Cvenić2
1J.J. Strossmayer University of Osijek, Faculty of  Education
2J.J. Strossmayer University of Osijek, Department of Mathematics
INTRODUCTION
The current state and results of Physical Education (PE) are unsatisfactory. The most
frequently mentioned negative circumstances are: inadequate curriculum, poor material conditions,
insufficient involvement of teachers and insufficient number of lessons per week. The material
conditions, facilities and work methods are often inadequate and therefore incapable of inducing
the required physiological load in pupils. The effectiveness of PE lessons in the lower grades is an
essential prerequisite for successful teaching of PE in the subsequent educational periods.The lack of
final positive effects means that the physical education has lost its meaning (Džibrić, J., et al., 2011).
The children are nowadays less physically active, which is confirmed by the results of many
scientific papers. The results of one such research (Jureša, V., 2006, according to Neljak, B., 2008)
indicate that 33% of the first grade primary school children watch television for at least one hour a
day, 44% for two hours, and 15% for three hours a day. The same sample of first graders indicates that
38% of children on average spend one hour on the computer daily, 8% use the computer for two hours
a day, while 50% of children do not use computers.  High values of both systolic (over 130 mmHg –
2.2%) and diastolic (above 85 mmHg – 3.6%) blood pressure in children have been observed as early
as the first grade. The same sample of subjects also reported low levels of health self-assessment:
13.2% of male and 13.3% of female pupils described their health level as good and less than good.
This trend continues despite the evidence of positive effects of regular physical activity, which were
disclosed in the declaration of the World Health Organization (WHO, 2004, according to Neljak, B.,
2008).
It is important to note that PE is the only school subject in the Republic of Croatia which
contains a practical health component. Therefore, it can be concluded that a well-organized and
well-conducted lessons can and should induce positive effects on the health of pupils. Similarly,
inadequate physical education can induce negative effects (Džibrić, J., et al., 2011). The issue is how
much effect does one lesson of PE have on physical activity of pupils and how is that activity realized
in practice. Considering that in the Republic of Croatia 3rd grade pupils attend PE lessons three
times a week, and 4th grade pupils two times a week, the aim of this study is to determine the partial
difference and the difference in the overal weekly physical activity of pupils during PE.
METHOD
Sample
The sample consisted of 127 pupils of Primary School Braće Radić in Pakrac, Croatia. Out of a
total of 127 pupils, 65 attended the third grade (33 boys and 32 girls), and 62 attended the 4th grade
(27 boys and 35 girls).
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A Total Weekly Difference in Physical Education Class Activities Between 3rd And 4th Grade Pupils Of Elementary School
Sample of variables
The variables represented in the survey were: Number of steps (Steps) and Class duration (Time).
The total physical activity of pupils was estimated as a number of steps performed during
PE lesson. The steps were measured by Uniqa type pedometer. The device itself consists of three
buttons: Set, Reset, and Mode. Pressing the Set button displays the number of steps, pressing the
Reset button resets the pedometer, while pressing Mode provides the option of converting the steps
to kilometers, miles and calories burned.
Proceedings of collecting the data
The study lasted for four weeks and was conducted in six grade departments, three of both 3rd
and 4th grade. Three classes of 3rd grade pupils were observed during a total of 12 PE lessons, and
three classes of 4th grade pupils were observed during 8 lessons.
The pedometers were given to the pupils at the beginning of the PE lessons. The pupils wore
the pedometer throughout the lesson, and measured the total number of steps taken at the end of
the class. The duration of the class was measured in addition to the number of steps, since some
classes lasted less than scheduled 45 minutes because of various organizational and spatial work
conditions. For the purpose of determining the difference in the overall weekly physical activity and
the total physical activity in one lesson the measure was taken to be one measuring on a physical
education class. Given that some of the pupils did not attend all teaching hours (due to illness), the
total number of measured results was 1247.
Methods of data processing
The arithmetic mean (M), standard deviation (SD), minimal (MIN) and maximal (MAX)
result and the range between the minimal and maximal results (Range) are shown for each group of
entities in particular. Shapiro-Wilk W test was used to determine the normality of distribution. The
correlation analysis (Spearman rank of correlation) examined the connection between the total
number of steps with lesson duration.  The differences between the groups in the total number
of steps taken in one lesson and in one week’s lessons was analysed using the Mann-Whitney U
test. Data were analysed by a computer program Statistica for Windows 12.0.
RESULTS WITH DISCUSSION
Table 1. Results of descriptive parameters - 3rd and 4th grade pupils
STEPS (n)
TIME (min)
Group
N
M
SD
MIN
MAX
RANGE
AS
SD
MIN
MAX
3rd  g
(week)
65
3564.73
819.60
1827.25
5702
3874.75
4th g
(week)
62
1900.92
490.49
1026
3205.25
2179.25
3rd g
760
1188.73
448.95
306
2547
2241
39.14
2.05
32
43
4th g
487
948.08
323.24
315
1937
1622
38
3.70
30
42
M
598
1227.99
459.20
306
2547
2241
38.69
2.85
30
43
F
649
971.98
339.45
311
2201
1890
38.69
2.88
3rd g
M
388
1307.63
502.37
306
2547
2241
39,15
2.04
32
43
3rd g F
372
1064.71
344.78
311
2201
1890
39.12
2.07
4th g
M
210
1080.83
318.53
506
1937
1431
37.84
3.79
30
42
4th g F
277
847.44
289.10
315
1649
1334
38.12
3.63
LEGEND: M = mean, SD = standard deviation, MIN = minimal result, MAX = maximal result, RANGE =
difference between maximal result and minimal result, g = grade, M = male, F = female, week = result by weeks
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Katarina Horvat , Tihomir Vidranski, Ivana Klaričić, Zvonimir Tomac, Josip Cvenić
Table 1. shows the descriptive parameters in the total number of steps performed during one
PE lesson and during one week’lessons and for all groups of pupils. According to the arithmetic
mean the best total weekly scores were achieved by 3rd grade pupils (3564.73). The best result in one
lesson was achieved by 3rd grade boys (1307.63), while the worst result in one lesson was achieved
by 4th grade girls (847.44).
3rd grade pupils show higher weekly range (difference between maximal and minimal results)
of the total number of steps (3874.75) than the pupils in the 4th grade (2179.25) while the biggest
range in one lesson was recorded in the group of 3rd grade boys (2241) and lowest in the group of
4th grade girls (1649).
According to the arithmetic mean, the longest lesson of PE was conducted in 3rd grade (39.14
minutes), whilst the arithmetic mean of the lesson duration in 4th grade was 38 minutes. The highest
range between the minimal (30 minutes) and maximal (42 minutes) duration was observed in the
4th grade. Upon closer inspection it can be noticed that some PE lessons were too short, considering
that the each lesson should have lasted 45 minutes.
Table 2. Shapiro-Wilk W test results
Group
STEPS
TIME
W
P
W
p
3rd g
0.973
0.00
0.889
0.00
4th g
0.975
0.00
0.852
0.00
3rd M
0.984
0.00
0.891
0.00
3rd F
0.982
0.00
0.887
0.00
4th M
0.971
0.00
0.856
0.00
4th F
0.967
0.00
0.849
0.00
LEGEND: g = grade, M = male, F = female, W = value, p = error
Shapiro-Wilk W test was used to test the normality of distribution. Table 2. shows that the
variables are not normally distributed in all observed groups.
Table 3. Results of correlation analysis (Spearman rank correlation)
Steps
Time
Steps
1
0.369*
Time
0.369*
1
* p < 0.05
Due to the duration of lessons from 30 to 43 minutes and range of 13 minutes, as seen in the
Table 1, a correlation analysis was carried our between the variables of steps and time, as evident in
Table 3. Based on the results it can be concluded that the correlation coefficient between the variables
is statistically significant (p <0.05) and totals to 0.369. Based on these results it can be concluded that
the relationship between the number of steps performed
and the time spent in one class session is
low, and that the total number of steps depends not only on time, but also on other factors. Some of
the factors most likely associated with a larger number of performed steps in physical education class
may be class content, as well as methodical and organizational forms of work and the interest and
motivation of pupils. According to Prskalo, I and Babin, J. (2009) time is an important factor in the
success of the transformation process as well as in the process of motor learning. The limiting factor
of time can be partly mitigated by using more complex and demanding methodic and organizational
forms of work which are appropriate to the age of pupils. The teacher should use their knowledge
and creativity to achieve the best possible results and optimize the exercise process.
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A Total Weekly Difference in Physical Education Class Activities Between 3rd And 4th Grade Pupils Of Elementary School
Table 4. Results of Mann - Whitney U test it - test for independent samples
Group differences
Rank
Sum
Rank
Sum
U
Z
p-value
Valid
N
Valid
N
3rd – 4th (week)
6060
2068
115
9.16
0.00
65
62
M (3rd, 4th ) - F (3rd, 4th )
(weeks)
4574
3554
1276
3.54
0.00
60
67
3rd M – 3rd F (weeks)
1352
793
265
3.44
0.00
33
32
4th M – 4th F (weeks)
1119
834
204
3.80
0.00
27
35
3rd – 4th
534533
243595
124767
9.72
0.00
760
487
M (3rd  4th) - F (3rd, 4th)
438527
339601
128676
10.29
0.00
598
649
3rd M – 3rd F
169544
119636
50258
7.24
0.00
388
372
4th M – 4th F
63276
55552
17049
7.83
0.00
210
277
3rd M - 4th M
127825
51276
29121
5.76
0.00
388
210
3rd F – 4th F
140215
70710
32207
8.18
0.00
372
277
LEGEND: M = male, F = female, week = weekly result
Table 4. shows that the differences in the total number of steps are statistically significant
(p=0.00) in all compared pairs. The statistically significant differences in the total weekly number of
steps during the PE lesson between the 3rd and 4th grade pupils have been determined according
to the basic aim of the study. It is evident that the 3rd grade pupils achieved a higher total weekly
physical activity in during PE as compared to the 4th grade pupils (3564.73 : 1900.92). The differences
were also observed in the overall weekly physical activity between 3rd and 4th grade boys and 3rd
and 4th grade girls. The results indicate that boys usually achieve significantly higher activity during
PE lessons than girls. These results are consistent with previous research (Vidranski, T., Pejanić, N.,
2015) according to which the boys of 2nd and 4th grade perform more steps than 2nd and 4th grade
girls. As mentioned above, the results show that the level of physical activity of 3rd grade pupils
is higher than the level of activity of 4th grade pupils. This confirms the expected assumption of
significant statistical difference in the total weekly number of steps, since according to the curriculum
3rd grade pupils have three PE lessons a week, whilst 4th grade pupils have two lessons a week. For
this reason we explored the difference between 3rd and 4th grade pupils in the total number of steps
performed during one single PE lesson. A statistically significant difference was also observed in that
department, as 3rd grade pupils have performed a higher total number of steps in one lesson than
4th grade pupils (1188.73 : 948.08). These differences can most likely be attributed to the differences
in children’s chronological age. Similar research results have been observed by Nader et al.  (2008),
who have determined that physical activity in children decreases as they approach puberty, and that
this decline in physical activity is different in girls and boys.
After the pupils were sorted by gender, the results of the analysis show statistically significant
differences between girls (3rd and 4th grade) and boys (3rd and 4th grade), and also separately by
grade. The results show that the boys, both of 3rd and 4th grade, achieve a higher total physical activity
level  than girls of the same grades (1227.99 : 971.98). These results are consistent with previous
studies. Jurak et al. (2012) dealt with the assessment of physical activity and energy consumption of
11 years old children in Zagreb, Ljubljana and Ann  Arbor. Their activity was followed by a sensory
physical monitors, and the results of the study have shown that the boys were physically more active
than girls in every type of physical activity.
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Katarina Horvat , Tihomir Vidranski, Ivana Klaričić, Zvonimir Tomac, Josip Cvenić
Graph 1 Representation of methodic organizational forms of work during the implementation
of the survey
LEGEND: r = grade, PO = parallel section methodic organizational forms of the work, PI = parallel
alternating methodic organizational forms of work, IO = alternating section methodic organizational form of
work, EI = elementary games
Note: EI is not a methodical organizational form of work
Graph 1. shows that the implementation of content in the main part of the class session for
the 3rd grade was mostly done through parallel section methodic organizational forms of work
(55.55% - a total of 20 lessons). By its complexity this is the least demanding form of work. In the
4th grade the implementation of content in the main part of the session was mostly done through
the alternating section methodic organizational form of work (37.5% - a total of 9 lessons). The
reason behind this may be that the pupils of the 3rd grades of primary school are just only being
introduced into more complex forms of work, for which the simpler forms of work are a prerequisite.
The transition between these forms is the function of intensification, rationalization, humanization
and optimization of both the teaching process and the controlled process of physical exercise. By
respecting the principle of gradualism, the introduction of more complex methodic organizational
forms of work requires a certain level of preparation and maturity of the pupils (Prskalo, I, Babin, J.,
2009).
Parallel alternating methodic organizational form of work has been represented in both the 3rd
and 4th grades. In the 3rd grade this methodic organizational form of the work was used in 19.44%
PE classes (7 lessons), and in the 4th grade in 25% PE classes (6 class hours). The reason behind
this could be found in the curriculum content for whose implementation this form of work is most
appropriate, i.e. Passing and catching the ball in spot (Handball) and Passing the ball in movement
(Football). These results suggest very modest material conditions in schools which participated in
this research. The parallel alternating methodic organizational form of work contributes to better
implementation of programs and leads to greater independence of pupils.  Furthermore, no less
important is the fact that this methodic organizational form of work is one of the foundations
for the implementation of more demanding alternating section methodic organizational form of
work. (Baić, M. et al. 2009).

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A Total Weekly Difference in Physical Education Class Activities Between 3rd And 4th Grade Pupils Of Elementary School
CONCLUSION
On the basis of this study statistically significant differences between the pupils of 3rd and
4th grades were determined in physical activity during one PE lesson and in overall weekly physical
activity during PE, and also by gender. The underlying reason may be that one additional PE lesson
a week can contribute to the overall level of physical activity in PE. The effectiveness of a single PE
lesson cannot only be estimated based on the number of hours doing physical exercises, but time is
also an important factor. It would be beneficial to include one additional lesson of PE in 4h grades
of elementary school in order to make it to three lessons of PE a week. In that case the total weekly
difference in activity between pupils of 3rd and 4th grades would be lower.
The use of appropriate methodic organizational forms of work is one of the critical factors for
successful conduction of PE lessons which can increase the physical activity of pupils. In order to
make the most benefit from such methods, the attention should be given to the gradual introduction
of pupils to the application of more complex methodic organizational forms of work in higher grades.
REFERENCES
Baić, M., Cvetković, Č., Kostanjević, K. (2009). Primjena paralelno-izmjeničnog oblika rada u
treningu hrvača. Zbornik radova 18. ljetne škole: Metodički organizacijski oblici rada u područjima
edukacije, sporta, sportske rekreacije i kineziterapije. 256-261.
Jurak et al. (2012). Physical activity of 11-year-old children from Zagreb, Ljubljana and Ann
Arbor. Conference proceedings: 6th Special Focus Symposium: Kinesiology Education in the Modern
European Environment. Zagreb:Učiteljski fakultet Sveučilište u Zagrebu. 165-172.
Jureša, V., Musil, V., Petrović, D. (2009). Tjelesna aktivnost školske djece. Kardiovaskularno
zdravlje – tjelesna aktivnost. 16.
Vidranski, T., Pejanić, N. (2015). Differences in level of activity of girls and boys in physical
education class. Sport Science Vol 8 (2015), 1; 12 – 16.
Neljak, B. et al. (2008). Vježbajmo zajedno 1: priručnik iz tjelesne i zdravstvene kulture s CD-
om za učiteljice i učitelje prvoga razreda osnovne škole. Zagreb:Profil
Neljak, B. (2013). Kineziološka metodika u osnovnom i srednjem školstvu. Zagreb:Gopal d.o.o.
Nader, P.R., Bradley, R.H., Houts, R.M., McRitchie, S.L., O’Brien, M. (2008). Moderate to
vigorous physical activity from ages 9 to 15 years. Journal of the American Medical Association,
300(3), 295-305.
Prskalo, I., Babin, J. (2009). Metodički organizacijski oblici rada u području edukacije. Zbornik
radova 18. ljetne škole: Metodički organizacijski oblici rada u područjima edukacije, sporta, sportske
rekreacije i kineziterapije. 55-64.
Džibrić, Dž., Pojskić, H., Ferhatbegović, A., Ganić, E.,  Hasanbegović, S., Terzić, A. (2011). Efekti
nastave tjelesne i zdravstvene kulture na bazično-motoričke sposobnosti učenica. Zbornik radova 20.
ljetne škole: Dijagnostika u područjima edukacije, sporta, sportske rekreacije i kineziterapije. 239-246.
180
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UDK 796.412:796.012.13-053.5
SURVEY THE EFFECTIVENESS OF A METHODOLOGY FOR OPTIMIZING
THE LEVEL OF MOTOR QUALITY SPEED AT 10-12 YEARS OLD, DEALING
WITH RHYTHMIC GYMNASTICS
Vessela Ivanova1, Giurka Gantcheva1
1National Sports Academy „Vassil Levski“, Gymnastic Department, Sofia, Bulgaria
INTRODUCTION
In modern rhythmic gymnastics possession of quality speed from dealing is an important
factor for optimum developed physical preparation and achieving high sport achievements, related
flawless set of compositions. During the last years the rules include mandatory difficulties with body,
exercises with rotating movements under thrown gymnastics apparatus, masteries with it and dance
steps (Code of Points, FIG- Technical Commitee / Rhythmic gymnastics, 2013-2016). The using of all
these exercises with maximum accuracy and precision for a certain time to reach the maximum high
evaluation impose an exceptional importance of the speed as motor quality, needed for successful
realization in rhythmic gymnastics.
With the amendment to age the speed capabilities vary unevenly (Vankov, 1982). According to
G. Braizgalov (2012) the best is manifestation of the speed at systematic training of children between
9-12 years. If at this age do not develop speed in the coming years it will be difficult to compensate
the lag behind in terms of this motor quality (Kotz, 1998) and probably the reason for this is that
compared to other motor qualities the speed slightly amenable to improvement and is defined as
the genetically determined capability (Nikitushkin, 2009). That determine the age of the gymnasts
in this survey.
The training process, although it can improve the speed capabilities, but only with the
help of correct selected methodology, corresponding to the age of the gymnasts and the modern
requirements of the sport. In literature not found enough information on science-based methods
and programs for a development of speed in rhythmic gymnastics.
This necessitated the main aim of the study - development of a complexes exercise (combined
into a single method) for optimizing the speed capabilities in different parts of the body and proving
their effectiveness through their application in practice on 10-12 year gymnasts.
METHOD
The experimental protocol was done in the period 15th February – 15th March, 2014.
*Participants - this study was conducted on a sample of  43 rhythmic gymnasts, aged 10-12
years, divided into two groups:
- Control group - 16 gymnasts
- Experimental group - 27 gymnasts
*Measurements - 2 measurements were made in all tests: before and after the experiment.
When we examine the speed by measuring the time is taken, that the best result is the smallest
numerical value.
*Procedures –  6 tests were used for measuring and evaluating of the speed.
*Experimental program - were applied 5 complex of exercises for development of speed on
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Survey the Effectiveness of a Methodology for Optimizing the Level of Motor Quality Speed at 10-12 Years Old...
the experimental group, while the control was working with traditional means of development of
the motor quality.
*Statistical analyses- the statistical processing of the results was done with SPSS Statistics 20:
Analysis of the variance; -Hypotheses check - Т- criteria of Student for independent samples
*Observation – the gymnasts should be well warmed up before the testing and the precision
and accurateness of the execution of the motor tests should be observed.
*Comparative analysis of the obtained results from the control group and the experimental
one.
Tests:
Name
Necessary
equipment:
Execution:
1.“Temping” test (T1)
a stick, a stop
watch
The researched individual sits down; there is a stick
in front of her lying on a table, which is positioned
opposite her breast-bone. The researched individual
should touch the table on both sides of the stick with
her left and right hand as fast as possible, alternating
the sides. The elbow joint is in the air, right above the
stick, the movement is done only from the forearm.
The number of the touches of the hand on the two
sides is counted within 30 sec. Each touch of the stick
is penalized by taking away one touch. The aim is to
make as many touches as possible with the left and
right hand separately.
2. Backbend (T2)

a stop watch
The researched individual is in initial straddling
position, arms up. She executes 10 backbends, placing
her palms on the floor. After each backbend the
individual rises to initial position, her body should be
in a vertical position.  The aim is to do the exercise as
fast as possible and the time is measured with accuracy
of up to 0.1 sec.
3. Bends (T3)

a wall, a stop
watch
The researched individual is in straddling position in
front of a wall. She executes a bend; her hands should
touch the floor; she rises to the vertical and bends,
touching the wall with both her hands. The exercise is
done 10 times, alternating left and right bend. The aim
is to do the exercise as fast as possible and the time is
measured with accuracy of up to 0.1 sec.
4. Running 30 m/sec (T4)
stop watch
From initial standing position the gymnasts run a
distance 30 m long (2 in a series). The start is given by
a sound signal. The time of each gymnast is measured
with accuracy of up to 0.1 sec.
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Vessela Ivanova, Giurka Gantcheva
5. Test “Zigzag” (T5)
6
balls,
non
slippery flooring
( r h y t h m i c
g y m n a s t i c s
carpet),
a
stop
watch
The test is executed in the following manner: The balls
are placed as shown in fig. 1, arranged throughout the
30 m perimeter. The researched individual follows the
arrows, starting and finishing from the marker start/
finish. The time for running the course is registered
with accuracy of up to 0.1 sec.
Start/Finish
6. Skipping (T6)
a skipping rope, a
stop watch
Two assistants hold the ends of the skipping rope and
raise it 20 cm off the floor. The researched individual
performs 20 skips, over the rope, and the aim is to do
the exercise for a minimum time with accuracy of up
to 0.1 sec.
RESULTS WITH DISCUSSION
Speed of upper limbs:
Figure 1 shows the results from the test for speed of the upper limbs before and after the
application of the experimental treatment.
0
20
40
60
80
100
120
1
2
3
4
110,3
107,5
100,7
98,3
116
119,3
102,3
106,9
Results (number)
Before        After          Before         After
Right arm                 Left arm
TEMPING TEST (T1)
Control group
Experimental group
Figure 1
From the figure it is clear, that the experimental group was submitted better than the control,
showing a larger average values for the both hands and the both tested. The difference in the mean
scores between the two groups before the experiment for left arm is 1.6, And for the right hand-5.7.
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Survey the Effectiveness of a Methodology for Optimizing the Level of Motor Quality Speed at 10-12 Years Old...
In the second testing these differences are significantly increased as a left-hand it was 8.6, for
right- 11.8, which gives reason to believe, that the control group seriously lagging behind from the
experimental one in the development of the speed of upper limbs and methodology, used on this
group is not effective for this motor quality, as watching the numerical values

of the control group
in both legs clearly visible, that at the second testing, it shows a decline compared with its personal
results from the first testing. From the differences between the results of the both hands and the both
tested (Figure 1) it is seen that in the both groups the left hand lags in terms of speed as compared
to the right, as the more pronounced is this in the experimental group. These differences can  to be
explained by the fact, that the most of the children in both groups work mainly with „comfortable”
(right) hand, in most cases, movements in the left hand are difficult and less coordinated by the
tiredness it occurs -faster.
The coefficients of variation in the both groups and the two tests for both right (11.9%; 13.4%;
10.2%; 11.8) and left arm (14.9%; 15.5%; 13%; 14,3%) show, that the variance is average and the
samples are approximately homogeneous. T-criterion of Student for independent samples proved,
that there was no statistically significant difference between the control and experimental group
of right arm only at the beginning of the study (P1 = 84.9%) and left arm in the two testings (P1
= 27.8%; P2 = 91.8%). The difference is random, and it may be assumed, that the two groups have
approximately  the same level of development of speed in these parts of the body. This, however, does
not refer to the results shown in the right hand at the end of the study, where T criterion proved,
that the difference in the development of this motor quality in this limb is statistically significant
and actually control group lags behind than experimental, after application of the treatment, which
proves its effectiveness.
Speed of the torso:
On figure 2 are shown the mean values of the two groups and the two tests (Backbend and
Bands) at the beginning and end of the experiment.
0
5
10
15
20
25
30
1
2
3
4
20,7
21
25,1
26,7
17,8
16,8
23,3
22,3
Results (sec)
Before        After        Before        After
Backband                     Bands
SPEED OF THE TORSO (T2; T3)
Control group
Experimantal group
Figure 2
In the both tests the difference was in favor of experimental group, while T2 of the first testing
it is 2.9 sec., while the second was increased to 4.2 sec. In T3 at first testing, the difference is 1.8
seconds, at second it is increased to 4.4 seconds. From figure 2 it is clear, that increased differences
at the end of the study are due to the growth of the speed of the torso at the experimental group
and improving its personal results from the beginning of the study and a decline in the development
of this motor quality in the children from the control group, worked one year with the traditional
forms of physical preparation. The experimental group has performed better, with better average of
the two tests- first (17.8 sec., 23.3 sec.), second testing (16.8 seconds, 22.3 sec.). It makes impression
a uniform difference with which the group improves its achievements in both test (1 sec.), which
should show, that the actual experimental methodology is effective for speed of torso, regardless
from the direction of movement. On the other side, the control group marked weaker results of the
study from experimental group and the its personal achievements at the beginning of the study. This
could be explained with the fact that the children from the control group train at the same club and
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Vessela Ivanova, Giurka Gantcheva
work with the same coach along the same methods. It is possible that one and the same omissions
are made, which prevents the group from exceeding the results of the kids from the experimental
group, working along different methods. The combination of different methods in a unified working
system for developing the quality speed could fill the gaps and thus the experimental group could
show better mean values.
   The coefficients of variation for both groups at T2 of the testing (23.7%; 17.5%; 13.6%; 17.9%)
indicate, that the variance is medium and the samples are approximately homogeneous. At T3 the
coefficients of variation (9.6%; 10%; 6.9%; 9.9%) show that the variance is low, the samples are highly
homogeneous, which determines the opinion that the two groups alone are homogeneous and the
coaches independent from various methodologies, that probably apply, uniform working. With both
tests for determining the level of speed of the torso at the beginning and the and the T-criteria of
Student for independent samples (Т2-Р1=98,7%; Р2=99,9%; Т3-Р1=99,6%; Р2=100%) proves that
there is statistically significant difference between the control group and the experimental one. The
difference is reliable and the two groups are not homogeneous as regards the development of this
motor quality, which proves the thesis that the experimental group, consisting of kids from different
clubs, performed better than the control group where the children work along the same methods.
This gives us reason to believe, that the methodology for the development of speed, used in the
control group, there are gaps or inaccuracies, while the experimental methodology is effective for
developing of this motor quality and can be successfully applied in this age group.
Speed of the lower limbs:
Figure 3 presents the mean values of the two groups for the three tests (Running 30 m/sec, test
Zig-zag, Skipping) before and after the experiment. The best achievements are the smallest numeric
values.
0
2
4
6
8
10
12
14
1
2
3
4
5
6
10,1
10,6
12,1
13,1
11,2
13,1
9,7
9,5
12,6
12,4
10
10,3
Results (sec)
Before   After   Before   After   Before After
T4                     T5                      T6
SPEED OF THE LOWER LIMBS (T4; T5; T6)
Control group
Experimental group
Figure 3
At T4 experimental group shows better results than the control group in both testing, but
unlike the first, where the difference between the two groups is 0.4 sec., in the second testing it has
increased to 1.1 seconds, such as the control group, working with traditional forms of development
of speed, which decreased in achievement with 0.5 sec. Experimental group shows growth of this
quality as has improved its result with 0.2 sec. At T5 in the beginning of the study the experimental
group was represented by a poor average of 12.6 sec., compared with the control group (12.1 sec.).
At the end of the study, however, the experimental group improved its score with 0.2 sec, while
the control showed an increase in time with 1 sec. and lowered his achievement from first testing.
This time the experimental performs better with the difference in values of 0.7 sec. The results of
T4 and T5 give reason to believe that the developed methodology is effective and successful for the
development of speed in 10-12 year rhythmic gymnasts.
-At T6 experimental group gives a better average in the two testing than the control group
and confirmed the results from T4 (fig.3). There is, however, a drop in the performance of the both
groups at the second testing. At the experimental it is 0.3 seconds, but in the control was significantly
bigger- 1.9 sec. Probably this is due to the different nature of Т6, where the main aim is the quick
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Survey the Effectiveness of a Methodology for Optimizing the Level of Motor Quality Speed at 10-12 Years Old...
movement of the legs at the time of a vertical jump, unlike the other two tests (Т4 and Т5), where
gaining horizontal speed is the essential thing.
The coefficients of variation for the both groups at T4 (16,8% 16,8% 13,7% 15,6%) and T5
(15.9%; 15%; 18.1%; 19%) showed that the variance is medium and the samples are approximately
homogeneous. At T6 the results of the first testing (8.9%; 8%) indicate that the variance in the both
groups was low, meaning that the samples are highly homogeneous,which proves that the way of work
for speed of the lower limbs is similar or sustaining the level of the quality without its increasing with
the individuals in this age group. At the second testing, however, the coefficients of variation show
an average scattering (17.8%; 13.7%). This is probably a result from applied methods, differences in
them and their influence on the development of motor quality speed.
At T4 (first testing) and T5 T-criterion of Student for independent samples proved that there
was no statistically significant difference between the control and the experimental group (T4-P1 =
64.5%; T5-P1 = 54.1%; P2 = 68,9%). The difference is random and the two groups have approximately
the same level of development of this motor quality. At T4 (second testing- P2 = 95.9%) and T6
(P1 = 99.9%; P2 = 100%) T-criterion of Student for independent samples proved, that there is a
statistically significant difference, it is not accidental and the experimental group has significantly
superior development of speed of the lower limbs. This gives us reason to believe that the proposed
methodology is effective in the developing of this motor quality and can be used in this age group
and to adapt to other age groups.
CONCLUSION
1. The experimental methodology increases the level of development of speed and can be
successfully applied in this age group.
2. The achievements in the control group clearly show that the traditional methods for
developing of speed are not effective, but rather degradation and needs to be replaced with new
more advanced. The experimental methodology is a decision based on the current requirements
of rhythmic gymnastics and trends in its development. The results of its application show that it
supports the development of speed in 10-12 years gymnasts.
3. The results of tests for speed of upper limbs showed a significant asymmetry in the
development of motor quality at left and right. It would inhibit the use of more complicated exercises
of the apparatus, the ease and fluidity of movement and protection of health, due to irregular
development of qualities in various muscle groups.
REFERENCES
Braizgalov G. (2012) Efficiency of the methods for speed preparation of adolescent hockey
players based on sensibility in the
development of physical qualities. Auto paper doctoral thesis. Tula State University. Tula.
Federation International Gymnastics (FIG)- Technical Commitee / Rhythmic gymnastics
(2013). Code of Points RG 2013-2016. Laussan.
Kotz Ya. M. (1998) Sports physiology. Moscow: Physical Culture and Sports.
Nikitushkin V. (2009) Modern preparation of young athletes. Moscow: Sovetsky Sport.
Vankov, I. (1982) Investigation of physical training of rhythmic gymnastics and improving
the control system, evaluation and optimization. Dissertation. Higher Institute of Physical Culture.
Sofia.
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UDK 796.012.11:796.012.13
RELACIJA SILA-BRZINA U RUTINSKIM TESTIRANJIMA MIŠIĆA NOGU:
EVALUACIJA PARAMETARA MAKSIMALNE SILE
Milena Živković1, Saša Đurić1, Dejan Suzović1, Aleksandar Nedeljković1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Mišićna sila se može proceniti direktnim ili indirektnim putem. Testovi bazirani na indirekt-
noj proceni ili tzv. funkcionalni testovi su približniji prirodnim načinima kretanja, jednostavniji i
ekonomičniji za izvođenje, pa je i njihova primena od velikog značaja. Međutim, u praksi se često
kod primene funkcionalnih testova za određenu mišićnu grupu koristi samo jedan nivo opterećenja.
Ovakvim testiranjem dobija se rezultat iz koga se ne može steći potpuna slika o mehaničkim osobi-
nama mišića. Primenom više različitih spoljašnjih opterećenja može se dobiti opseg sile i brzine, koji
dalje omogućava primenu linearnog regresionog modela
F (V) = F0 – aV,
gde je F0 parametar maksimalne sile, a nagib koji predstavlja količnik F0/V0, dok je V0 parametar
maksimalne brzine. Na osnovu relacije sila-brzina (F-V), može se odrediti i maksimalna snaga (Pmax).
Uz pomoć ovog linearnog modela dobijaju se četiri zavisna parametra F0, V0, a i Pmax. Na ovaj način
indireknim putem dolazi se do potpunijeg saznanja o mehaničkim osobinama mišića.
Na samom početku izučavanja mehaničkih osobina mišića pokazano je da relacija sila-brzina
kod jednozglobnih pokreta ima hiperboličan oblik (Hill, 1938). Međutim, svakodnevno čovekovo
kretanje zasniva se na višezgobnim pokretima kod kojih je dobijena drugačija, linearna F-V relaci-
ja. Jaka linearna veza između sile i brzine pokazana je kod gornjih (Nikolaidis, 2012; Sreckovic et
al., 2015) i donjih ekstremiteta. Funkcionalni testovi kod kojih su procenjivana mehanička svojstva
mišića donjih ekstremiteta i kod kojih je pokazana linearna F-V relacija su sledeći: testovi na bicikl
ergometru (Driss et al. 2002; Driss and Vandewalle 2013), različite vrste vertikalnih skokova (Shep-
pard, 2008; Cuk et al., 2014), trčanje (Jaskolska et al., 1999) potisak nogama u izometrijskim i izoki-
netičkim uslovima (Yamauchi et al., 2009; Samozino et al., 2012; Samozino et al., 2014). Pokazana
linearnost kod navedenih testova  pruža mogućnost da se parametri dobijeni iz F-V relacije primene
u rutinskom testiranju. Međutim, ovi parametri se moraju prvo evaluirati, a jedan od načina je i
određivanje njihove konkurentne validnosti. Na ovaj način bi se funkcionalni testovi bazirani na F-V
relaciji mogli validno koristiti u proceni mehaničkih osobina mišića. Dosadašnja istraživanja koja
su ispitivala konkurentnu validnost parametra dobijenih iz F-V relacije pokazala su nekonzistentne
nalaze (Jaric, 2015). Povezanost parametra maksimalne sile (F0) sa direktno merenom silom kretala
se od umerene do visoke (Cuk et al., 2014; Driss et al., 2002; Vandewalle et al., 1987), dok je u nekim
istraživanjima bila niska ili je čak nije ni bilo (Rahmani et al., 2001; Yamauchi and Ishii 2007). Kon-
kurentna validnost parametara V0 bila je niska, dok je kod parametara Pmax povezanost bila visoka
(Cuk et al., 2014). Za razliku od ove studije autori Ravier i saradnici su (2004) pokazali da parametri
V0 i Pmax imaju veću konkurentnu validnost nego F0.
Zbog neusaglašenosti dosadašnjih istraživanja, cilj ove studije bio je da ispita povezanost pa-
rametara maksimalne sile dobijene iz F-V relacije sa direktno merenom maksimalnom silom kod
testova za donje ekstremitete. Pretpostavlja se da će korelacija između parametara maksimalene sile
i direktno merene maskimalne sile biti visoka, kao i da će između samih parametara maksimalne
sile kod dva različita testa (kratki Vingejt test i vertikalni skok sa počučnjem) povezanost biti visoka.
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METOD
Uzorak ispitanika činilo je 12 muškaraca (uzrasta 22.1 ± 3.4; telesne visine 184.1 cm ± 7.1;
telesne mase 80.8 ± 8.2 kg). Indeks telesne mase ispitanika bio je 24.5± 1.5 cm/kg2, a procenat masti
11.2 ± 2.8 %. Fizička aktivnost ispitanika procenjena je na osnovu IPAQ upitnika (Taylor –Piliae et
al., 2006). Prema ovom upitniku 4 ispitanika su imala visok nivo aktivnosti, 5 srednji nivo, a preostala
3 ispitanika nizak nivo fizičke aktivnosti. Ispitanici nisu imali nikakvih zdravstvenih problema i svi su
pre početka realizacije istraživanja bili upoznati sa predmetom i ciljem istraživanja, a potom svojim
potpisom dali saglasnost za učestvovanje. Etička komisija Fakulteta sporta i fizičkog vaspitanja Uni-
verziteta u Beogradu je odobrila realizaciju ovog istraživanja.
Za određivanje telesne visine korišćen je standardizovan antropometar po Martinu, a za pro-
cenu telesne mase i kompozicije tela bioelektrična impedanca (In Body 720; USA).
 Maksimalna sila opružača nogu u izometrijskim uslovima merena je direktnim putem na
izokinetičkom dinamometru (Kin Com, Chatex Corp., Chattanooga,TN). Testirana je vršeno na do-
minantnoj nozi koja je određena na osnovu saznanja kojom nogom u fudbalu izvode šut. Testiranju
je prethodilo zagrevanje u trajanju od 5 min na stacionarnom biciklu, a nakon toga vežbe pasivnog
rastezanja donjih ekstremiteta. Izvođena su dva pokušaja, a tokom svakog pokušaja ispitaniku je
pružana snažna verbalna podrška.  Ispitanici su dobili instrukcije da maksimalno jako i maksimalno
brzo razviju silu u trajanju od 3 do 4s. Pauza između pokušaja trajala je 1 min (Knezevic et al., 2012).
Test maksimalni vertikalni skok sa počučnjem bez zamaha ruku (VS) izvođen je sa pojasom i
prslukom u kojem je dodavano opterećenje (MiR Vest Inc; USA). Početno opterećenje je bila telesna
masa ispitanika, a zatim je dodavano opterećenje od 8, 16, 24 i 32 kg. Ispitanici su ukupno izveli 10
skokova (5 opterećenja x 2 pokušaja). Skokovi su izvođeni na platformami sile, koja je bila kalibrisana
prema specifikaciji proizvođača (AMTI, BP600400; USA). Ispitanici su dobili instrukciju da izvedu
maksimalni vertikalni skok bez učešća ruku (ruke su bile na boku), a nisu date instrukcije o dubini
izvođenja skoka. Odmor između dva skoka sa istim opterećenjem bio je 1 min, dok je odmor između
različitih opterećenja bio od 2 do 3 min (Markovic et al., 2013).
Kratak anaerobni Vingejt test (BT) zahtevao je maksimalan sprint u trajanju od 6 sek (Men-
dez-Villanueva et al. 2007; Pazin et al., 2011) i izvođen je na bicikl ergometru (Monark 834E, Varberg,
Sweden). Bilo je ukupno 5 maksimalnih sprinteva (5 opterećenja x 1 pokušaj). Kod svakog maksimal-
nog sprinta opterećenje je povećavano za po 2 kg, do dostignutih maksimalnih 10 kg. Period odmora
nakon svakog opterećenja bio je 4min (Pazin et al., 2011). Ispitanici su dobili instrukciju da okreću
pedale što je brže moguće, dok ne čuju komandu stop, kao i da ne smeju da ustaju sa sedišta tokom
trajanja maksimalnog sprinta. Optimalna visina sedišta podešavana je za svakog ispitanika posebno.
Na slici 1 dat je prikaz oba primenjena testa,  veritkalnog skoka sa počučnjem i kratkog an-
aerobnog Vingejt testa.
Slika.1. Prikaz izvedenih testova VS i BT.
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Istraživanje je realizovano u 4 sesije, sa odmorom od 5 do 7 dana između svake (Cuk et al.,
2014). Prva sesija obuhvatala je antropometrijsko merenje i familijarizaciju sa testovima. Preostale
tri sesije služile su za prikupljanje podataka. Testovi su randomizovano izvođeni za svakog ispitani-
ka. Svaka sesija trajala je sat vremena. Pre svakog testa izvođeno je standarno zagrevanje za donje
ekstremitete u trajanju od 10 min.
Za akviziciju i procesiranje podataka sa izokinetičkog dinamometra, kao i za vizuelnu povrat-
nu informaciju  korišćen je program koji je napisan u LabView (National Instruments 2013; USA).
Za dalju analizu korišćen je bolji pokušaj, odnosno onaj kod koga je realizovana veća sila pri maksi-
malnoj voljnoj kontrakciji (MVC).
Za analizu podataka dobijenih iz testaVS, korišćen je softver napisan u LabVIEW programu
(videti Cuk i sar., 2014 za više informacija). Frekvencija snimanja zapisa sile iznosila je 1000 Hz, dok
je signal bio filtriran niskopropusnim Batervortovim filterom (frekvencija odsecanja signala iznosila
10 Hz). Za analizu testa VS posmatrana je samo koncentrična faza (Linthorne, 2001). Uz pomoć da-
tog programa dobijene su varijable srednje i maksimalne vrednosti sile i brzine. Linearnom regresi-
jom je dalje određen parametar maksimalne sile (F0) koji predstavlja presek regresione prave i y-ose.
Za dobijanje podataka kod testa BT korišćen je već postojeći softver (Monark anaerobic test
software) koji je automatski računao snagu koju ispitanik ostvaruje okretanjem pedala tokom svake
sekunde. Dobijena maksimalna sila je linearno transformisana da bi podaci bili uporedivi sa testom
VS. Parametri maksimalne sile kod BT su takođe dobijeni linearnom regresijom.
Pre primene statističkih procedura testirana je normalnost distribucije Kolmogorov-Smirnov
testom, čime je ona i potvrđena. U okviru deskriptivne statistike za sve varijable izračunata je srednja
vrednost, standardna devijacija, kojeficijent varijacije i minimalne i maksimalne vrednosti. Za ispi-
tivanje obe hipoteze, povezanosti pomenutih varijabli, primenjena je Pirsonova korelacija. Kao nivo
statističke značajnosti bilo je određeno p < 0.05. Svi statistički testovi bili su izvršeni korišćenjem
programa SPSS 19.0 (SPSS Inc, Chicago, Il, USA).
REZULTATI
Na Slici 2, dat je prikaz relacije sila-brzina za testove vertikalni skok sa počučnjem i kratki an-
aerobni Vingejt test na reprezentativnom ispitaniku. Regresiona prava je dobijena na osnovu pet razli-
čitih nivoa opterećenja i posebno prikazana za srednje (SV) i maksimalne vrednosti (MAX) dobijenih
varijabli sile i brzine. Koeficijent korelacije dobijen iz linearne regresije kod oba testa na slici 2 na re-
prezentativnom ispitaniku bio je izrazito visok (r > 0.964). Pored linearnog modela, na slici je dat prikaz
i polinomijalnog modela. Srednja vrednost koeficijent korelacije za sve ispitanike kod testa BT bila je
izuzetno visoka, iznosila je 0.992 (i za srednje i maksimalne vrednosti). Kod VS koeficijent korelacije je
bio takođe visok, ali nešto manji nego kod  BT (SV r = 0.943, MAX r = 0.932).
Slika 2. F-V relacija kod testa vertikalni skok sa počučnjem (levi panel) i kratkog Vingejt testa
na bicikli ergometru (desni panel) na reprezentativnom ispitaniku. Dat je zajednički prikaz linearnog
(puna linija) i polinomijalnog modela (isprekidana linija) sa koeficijentom korelacije (r). Srednje vredno-
sti (SV) prikazane su punim kvadratićem, dok su maksimalne (MAX) prikazane praznim kvadratićem.
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U tabeli 1. prikazane su srednje vrednosti, standardne devijacije, koeficijenti varijacije kao i
opseg parametara maksimalne sile i MVC kod testova za donje ekstremitete. Iz prikazane tabele
može se uočiti da je parametar maksimalne sile kod VS veći od parametara dobijenog kod BT, kako
kod srednjih, tako i kod maksimalnih vrednosti. Koeficijent varijacije je takođe veći kod VS  (SV =
22.1%; MAX = 26.3%) u odnosu na BT (SV = 19.1%; MAX = 16.5%)  i MVC (19.1%).
Tabela 1. Deskriptivna statistika za parametare maksimalne sile i maksimalnu silu dobijenu direkt-
nim merenjem
Varijable
MVC (N)
F0 VS SV (N)
F0 VS MAX (N)
F0 BT SV (N)
F0 BT MAX (N)
SV±SD
927±177
2963±655
3906±1027
1033±222
928±153
CV%
19.1
22.1
26.3
21.5
16.5
Min-Max
648 -1369
2171 - 4114
2812 - 5768
724 -1506
679 - 1238
Legenda:  MVC - maksimalna sila dobijena maksimalnom voljnom kontrakcijom, F0 VS –parametar
maksimalne sile kod vertikalnih skokova sa počučnjem, F0 BT- parametar  maksimalne sile kod kratkog Vin-
gejt testa, SD - standardna devijacija, CV - koeficijent varijacije, SV - srednje vrednosti, MAX - maksimalne
vrednosti.
U Tabeli 2 prikazane su korelacije između parametara maksimalne sile dobijenim iz F-V re-
lacije i maksimalne sile dobijene direktnim merenjem. Iz date tabele se može videti da su korelacije
umerene do visoke i značajne (Cohen, 1988). Koeficijent korelacije između F0 kod VS i MVC za
srednje vrednosti iznosio je 0.611, dok je za maksimalne vrednosti povezanost bila veća, r = 0.685.
Najveći koeficijent korelacije zabeležen je između F0 BT i MVC (SV r =  0.851; MAX r = 0.861). Koe-
ficijent korelacije između F0 kod VS i BT za srednje vrednosti iznosio je 0.593, dok je za maksimalne
vrednosti povezanost bila veća, r = 0.742
Tabela 2. Korelacije parametara maksimalne sile i maksimalne sile dobijene direktnim merenjem
Varijable
MVC
F0 BT SV
F0 BT MAX
F0 VS SV
F0 VS MAX
MVC
1
F0 BT SV
0.851**
1
F0 BT MAX
0.861**
0.987**
1
F0 VS SV
0.611*
0.593*
0.621*
1
F0 VS MAX
0.685*
0.727**
0.742**
0.936**
1
Legenda: MVC –maksimalna sila dobijena maksimalnom voljnom kontrakcijom, F0 VS - parametar
maksimalne sile kod vertikalnih skokova sa počučnjem, F0 BT – parametar maksimalne sile kod kratkog Vin-
gejt testa, SV- srednje vrednosti, MAX  - maksimalne vrednosti, * p < 0.05; **p < 0.01.
Povezanost F0 između srednjih i maksimalnih vrednosti kod testa VS  bila je visoka i iznosila
je r = 0.936, dok je kod BT bila nešto veća r = 0.987.
DISKUSIJA
Dobijeni nalazi ovog istraživanja delimično su potvrdili obe hipoteze. Poveznost parametra
maksimalne sile dobijenih iz F-V relacije i maksimalne sile procenjene direktnim merenjem bila je
umerena do visoka i značajna. Takođe, umereno do visoka korelacija je zabeležena i između parame-
tara maksimalne sile različitih testova (VS i BT) za donje ekstremitete.
Rezultati ovog istraživanja ukazuju na jaku i visoku linearnost kod testova VS i BT. Ovakvi
nalazi su u skladu sa prethodnim istraživanjima koja su takođe pokazala linearnu vezu između sile
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Milena Živković, Saša Đurić, Dejan Suzović, Aleksandar Nedeljković
i brzine kod kratkog Vingejt testa (Jaskolska et al., 1999; Driss et al. 2002) i vertikalnog skoka sa
počučnjem (Cuk et al,. 2014). Dobijeni rezultati su kod BT pokazali veći koeficijent korelacije koji
opisuje linearnost veze, kao i manji koeficijent varijacije u odnosu na VS. Ovakvi nalazi ukazuju da je
test vertikalni skok sa počučnjem varijabilniji u odnosu na kratki anaerobni Vingejt test, a jedan od
mogućih razloga je veći broj stepeni slobode koji karakteriše izvođenje datog skoka.
Glavni nalazi ove studije odnose se na konkurentnu validnost parametara maksimalne sile
dobijene iz F-V relacije i maksimalne sile dobijene direktnim merenjem. Rezultati koji se tiču pove-
zanosti F0 i MVC su u skladu sa prethodnim studijama kod BT (Driss et al., 2002) i VS (Cuk et al.,
2014). U studiji Cuka i saradnika (2014) dobijena je veća povezanost parametra maksimalne sile kod
testa vertikalni skok iz počučnja sa MVC, ali je pokazano i da VS daje jaču linearnu F-V relaciju, a
ujedno je prirodniji i lakši za izvođenje. Međutim, nalazi dobijeni u ovoj studiji pokazuju da para-
metri maksimalne sile kod BT više koreliraju sa MVC (r > 0.851) nego F0 sa VS. Mogući uzrok niže
povezanosti kod VS može se objasniti time što je MVC zabeležena samo kod  kvadricepsa jedne
noge, a kod izvođenja vertikalnog skoka uključuje se veći broj mišića (nogu i trupa) i zglobova. Tako-
đe, jedan od razloga može biti i dubina spuštanja tokom izvođenja skoka, koja utiče na silu reakcije
podloge kod skokova sa opterećenjem (Samozino et al. 2012; Markovic et al. 2013). Rezultati ove
studije su pokazali umereno do visoku povezanost između parametara maksimalne sile kod testova
VS i BT. Parametar maksimalne sile dobijen iz F-V relacije moguće je validno proceniti upotrebom
jednog od ova dva funkcionalna testa.
 U ovoj studiji posebno su posmatrane srednje i maksimalne vrednosti parametra maksimalne
sile. Pokazane visoke i značajne korelacije sugerišu da se u daljim istraživanjima mogu primenjivati
bilo koje od ovih vrednosti (SV ili MAX).
ZAKLJUČAK
Nalazi ovog istraživanja su pokazali da kod vertikalnih skokova sa počučnjem i kratkog Vin-
gejt testa postoji jaka linearna veza između sile i brzine. Na osnovu visoke linearnosti određeni su
parametri maksimalne sile za oba testa, čija je povezanost dalje posmatrana sa direktno merenom
maksimalnom silom. Dobijeni rezultati su pokazali umereno do visoku, značajnu korelaciju između
parametara maksimalne sile kod oba testa i MVC merene direktnim putem. Na osnovu ovih nalaza
može se konstatovati da F0  dobijena iz relacije sila-brzina kod funkcionalnih testova VS i BT može
u određenoj meri zameniti maksimalnu silu izmerenu direktnim putem kod jednozglobnih pokreta.
Ovi nalazi su od značaja jer su navedeni testovi jednostavniji za izvođenje, ekonomičniji i približniji
svakodnevnim kretanjima i sportskim aktivnostima za razliku od jednozglobnih testova.
Takođe, umereno do visoka korelacija zabeležena je i između samih parametara maksimalne
sile kod dva različita testa za donje ekstremitete. Na osnovu ovih rezultata može se konstatovati da
se parametri maksimalne sile kod donjih ekstremiteta mogu procenjivati validno uz pomoć oba testa
VS i BT. Zbog jače linearne veze između sile i brzine, manje varijabilnosti parametara maksimalne
sile i većih korelacija F0 sa MVC, za dalja rutinska testiranja može se preporučiti kratki anaerobni
Vingejt test.
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UDK 796.012.11:796.012.13
THE FORCE-VELOCITY RELATIONSHIP IN ROUTINE TESTING OF LEG
MUSCLES: EVALUATION OF MAXIMUM FORCE PARAMETERS
Milena Zivkovic1, Sasa Djuric1, Dejan Suzovic1, Aleksandar Nedeljkovic1
1 Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
The muscular force can be estimated directly or indirectly. Tests based on an indirect estimation
or so called functional tests are closer to natural movements, simpler and more economical to
perform, wherefore their use is of a great importance. However, in practice, during the testing
of specific muscle group often is only one load of magnitude used. Such testing cannot provide a
complete picture of mechanical properties of muscles. By applying different external loads range of
force and velocity can be obtained, which allows the use of linear regression model
F (V) = F0 – aV,
where F0 is a parameter of maximum force, a slope that represents the quotient of F0/V0, while V0 is
the parameter of maximum velocity. With force-velocity relationship (F-V) we can also determine
the parameter of maximum power (Pmax). This linear model gives four dependent parameters F0, V0,
a, and Pmax. Thus indirectly more complete knowledge of the mechanical properties of the muscle
could be acquired.
In the very beginning of studying the mechanical properties of muscle it has been shown
that the force-velocity relationship for a single-joint movement had a hyperbolic shape (Hill, 1938).
Nevertheless, everyday human movements are mostly based on the multijoint movements, where
different shape is obtained, linear relation between force and velocity. Strong linear relationship
between the force and velocity was shown in the upper (Nikolaidis, 2012; Sreckovic et al., 2015)
and lower extremities. The linear F-V relationship is shown for the following functional tests: tests
on a bicycle ergometer (Driss et al. 2002; Driss and Vandewalle 2013), different types of vertical
jumps (Sheppard, 2008; Cuk et al., 2014), running (Jaskólski et al., 1999) leg press in isometric and
isokinetic conditions (Yamauchi et al., 2009; Samozino et al., 2012; Samozino et al., 2014). This
linearity shown in the texts above allows parameters obtained from F-V relationship to be applied
in routine testing. However, these parameters must first be evaluated, and one of the ways is to
determine their concurrent validity. In this way, functional tests based on F-V relation could be
validly used in assessment of the mechanical properties of muscles. Studies that examined the
concurrent validity of parameters obtained from F-V relationship have shown inconsistent findings
(Jaric, 2015). The correlation of parameters of maximum force (F0) with directly measured force in
researches ranged from moderate to high (Cuk et al., 2014; Driss et al., 2002; Vandewalle et al., 1987),
while in some researches was low or even did not exist (Rahmani et al., 2001; Yamauchi and Ishii,
2007). Concurrent validity for parameters V0 was low, while for parameters Pmax was high (Cuk et al.,
2014). In contrast to these studies authors Ravier et al. (2004) have shown that the parameters V0 and
Pmax have greater concurrent validity than the F0.
Because of inconsistencies of previous research, the aim of this study was to examine the
correlation of parameters of maximum force obtained from F-V relationship with directly measured
maximum force during maximum voluntary contraction in tests for the lower extremities. It is
assumed that the correlation between parameters of maximum force and directly measured maximum
force will be high, as well as between the parameters of maximum force within two different tests
(short Wingate test and countermovement jump).
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The Force-Velocity Relationship in Routine Testing of Leg Muscles: Evaluation of Maximum Force Parameters
METHOD
The sample consisted of 12 healthy male participants (age 22.1 ± 3.4; body height 184.1 cm ± 7.1;
body mass 80.8 ± 8.2; data shown as mean ± SD). Their body mass index was 24.5 ± 1.5 cm/kg2, and
percentage of body fat 11.2 ± 2.8 %. Their physical activity level was assessed via IPAQ questionnaire
(Taylor –Piliae et al., 2006) whereas 4 participants reported high level of physical activity, 5 of them
moderate level and remaining 3 low level of physical activity. None of the participants reported any
medical problems or recent injuries. They were informed regarding the potential risks associated with
the applied testing protocol. All participants gave written informed consent to the experiments, which
was in accordance with the Declaration of Helsinki and approved by Institutional Review Board.
Body height was assessed by a standard anthropometer by Martin, and for assessment of body
mass and body composition bioelectric impedance method was used (In Body 720; USA).
The maximum force in the knee extensor under isometric conditions was directly measured on
the isokinetic dynamometer (Kin Com, Chatex Corp., Chattanooga, TN). The testing was performed
on the dominant leg, which is determined based on the knowledge of which foot participants used
in football for kicking a ball.
The warm up lasted 5 min and it was realized on stationary bicycle, after which participants
did the passive stretching exercises of the lower limbs. Participants performed two attempts, and
were strongly verbally supported during each attempt. They were instructed to develop maximum
force for the shortest possible time and to maintain it 3 to 4s. Pause between attempts lasted 1 min
(Knezevic et al., 2012).
Participants were performing countermovement jumps (CMJ) wearing a weighted west and
belt (MiR Vest Inc; USA). The applied external loading for CMJ started with body weight jumps,
followed by 8, 16, 24 and 32 kg jumps. In total participants performed 10 jumps (5 loads x 2 trials).
Jumps were performed on a force plate (AMTI, BP600400; USA), mounted and calibrated according
to the manufacturer’s specifications. Participants were instructed to perform an unconstrained
maximum vertical jump from a standing upright position without arm swing (arms on the hips). No
specific instructions were given regarding the depth of the counter movement. Rest period between
consecutive jumps was 1 minute and between 2-3 minutes among different loading magnitudes
(Markovic et al., 2013).
The short anaerobic Wingate test (CYCLING) consisted entirely of testing the maximum
power output through the 6-s maximum cycling sprint (Mendez-Villanueva et al. 2007; Pazin et al.,
2011) performed on a Monark 834E leg cycle ergometer (Monark, Varberg, Sweden). Participants
performed 5 sprints with external loading starting form 2 kg up to 10 kg (5 loads x 1 trial). The rest
period among consecutive sprints was 4 min (Pazin et al., 2011). Participants were instructed to
perform an ‘‘all out’’ effort from the very beginning of the test until instructed to stop and to remain
seated during the entire sprint. The height of the seated position was optimal for every participant.
The Figure 1 presents the applied tests, countermovement jump and short Wingate anaerobic test.
Figure 1.The loaded countermovement jump and short anaerobic Wingate test.
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In total, each participant completed 4 sessions, separated by a rest period of 5-7 days (Cuk
et al., 2014). The first testing session consisted of anthropometric measurements, followed by
familiarization of the tests. The remaining three sessions were used for collecting of the data. Note
that order of the tests was randomized for each participant. Each training session lasted about an
hour. Prior to every test, standard warm up procedures were conducted and they lasted 10 min.
For data acquisition and processing from an isokinetic dynamometer as well as for visual
feedback we used a program that is written in LabView program (National Instruments 2013; USA).
For further analysis we used a better attempt, the one with greater force realized during maximum
voluntary contraction (MVC).
For the analysis of data obtained from the CMJ test we used software written in LabView
program (see Cuk et al., for more information). The signal was sampled at 1000 Hz and low-pass
filtered (a second-order recursive Butter-worth at a cut-off frequency of 10 Hz). For the analysis
of CMJ it was observed only concentric phase (Linthorne, 2001). With the custome-made softwer
average and maximum force and velocity variables were obtained. The parameter of maximum force
(F0) for every participant is further obtained from linear regression analysis and represents the cross-
section of regression line and the y-axis.
To obtain data from CYCLING test we used already existing software (Monark Anaerobic
Test Software), which automatically calculated power of the pedals during every second separately
for each participant. The resulting maximum force from CYCLING is transformed linearly to make
the data comparable with CMJ test. The parameters of maximum force from CYCLING test were
also obtained from linear regression.
Before applying statistical procedures the normality of distribution was tested with
Kolmogorov-Smirnov test, which was confirmed. Within the descriptive statistics for all variables
mean value, standard deviation, the coefficient of variation and the minimum and maximum range
were calculated. For testing the both hypotheses, Pearson correlation was applied. The level of
statistical significance was p < 0.05, and all statistical tests were performed using SPSS 19.0 (SPSS
Inc, Chicago, IL, USA).
RESULTS
Figure 2 depicts the force-velocity relationship for applied tests: CMJ and CYCLING on a
representative participant. Regression line is obtained on the basis of five different load magnitudes and
separately shown for the average (AVG) and maximum value (MAX) of force and velocity. Correlation
coefficient of linear regression in both tests was very high (r > 0.964). On figure 2 beside linear model,
polynomial model for representative participant was also presented. Average value of correlation
coefficient was very high for CYCLING test r = 0.992 (for bout AVG i MAX values). Test CMJ also had
high correlation coefficient, but it was lower than CYCLING coefficient ( AVG r = 0.943, MAX r = 932).
Figure 2.F-V relationship for a loaded countermovement jump (left panel) and a short Wingate
test (right panel) for the representative participant. This figure depicts the linear regression model
(solid line) and the polynomial model (dashed line) with a correlation coefficient (r). Average values
(AVG) are presented with filled squares, while the maximum (MAX) are showed as an empty square.
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The Force-Velocity Relationship in Routine Testing of Leg Muscles: Evaluation of Maximum Force Parameters
Table 1 shows the mean value, standard deviation, coefficient of variation and the range of
parameters maximum force and MVC in tests for the lower extremities. From the table it can be seen
that the parameters of maximum force in CMJ are greater than parameters obtained in CYCLING,
both as average and maximum values. The coefficient of variation is also greater in CMJ (AVG =
22.1%; MAX = 26.3%) compared to CYCLING (AVG = 19.1%; MAX = 16.5%) and MVC (19.1%).
Table 1.Descriptive statistics for the parameter of maximum force and maximum force obtained by
direct measurement
Variable
MVC (N)
F0 CMJ AVG (N) F0 CMJ
MAX
(N)
F0 CYCLING
AVG
(N)
F0 CYCLING
MAX
(N)
Mean±SD
927±177
2963±655
3906±1027
1033±222
928±153
CV%
19.1
22.1
26.3
21.5
16.5
Min-Max
648 -1369 2171 - 4114
2812 - 5768
724 -1506
679 – 1238
Legend:  MVC – maximum voluntary contraction, F0 CMJ –parameter of maximum force for CMJ,
F0 CYCLING- parameter of maximum force for CYCLING, SD – standard deviation, CV – coefficient of
variation, AVG –average values, MAX – maximum values.
Table 2 shows the correlation between parameters of maximum force obtained from F-V
relations and maximum force obtained by direct measurement. From this table we can see that all
correlation are high and significant (Cohen, 1988The correlation coefficient between parameters of
maximum force in CMJ and MVC for the average values was 0.611, while for the maximum values
was also higher, r = 0.685. The highest correlation was noted between F0 CYCLING and MVC (AVG
r = 0.851; MAX r = 0.861). ). The correlation coefficient between parameters of maximum force CMJ
and CYCLING for the average values was 0.593, while for the maximum values was higher, r = 0.742.
Table 2.Correlations of parameters of maximum force and maximum force obtained by direct
measurement
Variable
MVC
F0
CYCLING
AVG
F0
CYCLING
MAX
F0 CMJ AVG F0 CMJ MAX
MVC
1
F0 CYCLING AVG
0.851**
1
F0 CYCLING MAX
0.861**
0.987**
1
F0 CMJ AVG
0.611*
0.593*
0.621*
1
F0 CMJ MAX
0.685*
0.727**
0.742**
0.936**
1
Legend:  MVC – maximum voluntary contraction, F0 CMJ –parameter of maximum force for CMJ, F0
CYCLING - parameter of maximum force for CYCLING, AVG –average values, MAX – maximum values, *
p < 0.05; **p < 0.01.
The correlation coefficient for F0 in test CMJ between maximum and average values was high,
and it was r = 0.936, while for the CYCLING test was slightly higher r = 0.987.
DISCUSSION
The findings of this research have partially confirmed both hypotheses. The correlation between
parameters of maximum force obtained from F-V relationship and maximum force estimated by
direct measurement was moderate to high and significant. Also, moderate to high correlation was
observed between the parameters of maximum force among different tests (CMJ and CYCLING) for
the lower extremities.
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Milena Živković, Saša Đurić, Dejan Suzović, Aleksandar Nedeljković
Results of this research indicate a relatively strong linear F-V relationship within CMJ and
CYCLING tests. These findings are in accordance with previous studies which also showed a linear
relationship between the force and velocity at short Wingate test (Jaskólski et al., 1999; Driss et al.
2002) and  loaded countermovement jumps (Cuk et al,. 2014). The results showed higher correlation
coefficient in CYCLING test (which describes stronger linear F-V relationship) and lower coefficient
of variation than CMJ. These findings indicate that the CMJ test is more variable then short Wingate
anaerobic test, and one of the possible reasons for that is higher number of degrees of freedom that
characterizes countermovement jump.
The main findings of this study are related to concurrent validity of parameters of maximum
force obtained from F-V relationship and maximum force measured directly. Correlation between
F0 and MVC was moderate to high at CYCLING and CMJ test, which is in accordance with previous
studies (Driss et al., 2002; Cuk et al., 2014).
Results of the study Cuka et al (2014) showed greater correlation of parameters of maximum
force in squat jump test with MVC, but it has been shown that test countermovement jump provides
a stronger linear F-V relationship, and it is more natural and easier to perform. Nevertheless, the
results in our study show that the parameters of maximum force at test CYCLING more correlated
with MVC (p> 0.851) than F0 of test CMJ.
The possible causes of lower correlation within test CMJ can be explained with MVC. This
directly measured force was recorded only in the quadriceps of one leg, and countermovement jump
involves a greater number of muscles (legs and trunk) and joints. Also, one of the reasons may be the
depth of countermovement jumps during the execution of jumps with load, which affects the ground
reaction force (Samozino et al. 2012; Markovic et al. 2013).
The results of this study showed moderate to high and significant correlation between the
parameters of maximum force with two different tests of lower extremities (CMJ and CYCLING).
This indicates that parameters of maximum force obtained from F-V relations can be validly assessed
using one of these two functional tests.
In this study, average and maximum values of parameters of maximum force were observed
separately. Namely, the results showed high and significant correlation for both variables so in further
research any of these two could be used (AVG or MAX).
CONCLUSION
The findings of this study showed strong linear relationship between force and velocity
for the CMJ and CYCLING tests. Based on this strong linearity, parameters of maximum
force for both tests were obtained which are than correlated with directly measured
maximum force. The results showed moderate to high correlation between the parameters
of maximum force and MVC measured directly. On such outcome, it can be concluded that
F0 obtained from the force-velocity relation in functional tests (CMJ and CYCLING) can to
some extent replace the maximum force measured directly in single-joint movement. These
findings are important because mentioned functional tests are easier to perform, more
economical and closer to everyday and sports activities, as opposed to single-joints tests.
The moderate to high correlations were also observed between parameters of maximum force
within two different tests for the lower extremities. Based on these results it can be concluded that
the parameters of maximum force in the lower extremities can by validly assessed with these tests.
For future routine testing we recommend short Wingate anaerobic test because of the stronger
linear relationship between force and velocity, less variable parameters of maximum force and higher
correlation of F0 with the MVC.
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The Force-Velocity Relationship in Routine Testing of Leg Muscles: Evaluation of Maximum Force Parameters
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Cuk I, Markovic M, Nedeljkovic A, Ugarkovic D, Kukolj M, Jaric S (2014) Force-velocity
relationship of leg extensors obtained from loaded and unloaded vertical jumps. Eur J Appl Physiol,
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Driss, T., & Vandewalle, H. (2013). The measurement of maximum (anaerobic) power output
on a cycle ergometer: a critical review. BioMed research international, 2013.
Driss, T., Vandewalle, H., Chevalier, J. M. L., & Monod, H. (2002). Force-velocity relationship on
a cycle ergometer and knee-extensor strength indices.Canadian Journal of Applied Physiology, 27(3),
250-262.
Hill, A. V. (1938). The heat of shortening and the dynamic constants of muscle.Proceedings of
the Royal Society of London B: Biological Sciences, 126(843), 136-195.
Jaric S (2015) Force-velocity relationship of muscles performing multi-joint maximum
performance tasks. Int J Sports Med, 36 (9), 699-704.
Jaskolska A, Goossens P, Veenstra B, Jaskolski A, Skinner JS (1999) Comparison of treadmill
and cycle ergometer measurements of force-velocity relationships and power output. Int J Sports
Med, 20 (3), 192-197.
Knezevic, O. M., Mirkov, D. M., Kadija, M., Milovanovic, D., & Jaric, S. (2012). Alternating
consecutive maximum contraction as a test of muscle function in athletes following ACL
reconstruction. Journal of human kinetics, 35(1), 5-13.
Linthorne, N. P. (2001). Analysis of standing vertical jumps using a force platform. American
Journal of Physics, 69(11), 1198-1204.
Markovic, S., Mirkov, D. M., Knezevic, O. M., & Jaric, S. (2013). Jump training with
different loads: effects on jumping performance and power output. European journal of applied
physiology, 113(10), 2511-2521.
Mendez-Villanueva, A., Bishop, D., & Hamer, P. (2007). Reproducibility of a 6-s maximum
cycling sprint test. Journal of science and medicine in sport, 10(5), 323-326.
Nikolaidis, P. (2012). Age-and sex-related differences in force-velocity characteristics of upper
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Pazin, N., Bozic, P., Bobana, B., Nedeljkovic, A., & Jaric, S. (2011). Optimum loading for
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Rahmani, A., Viale, F., Dalleau, G., & Lacour, J. R. (2001). Force/velocity and power/velocity
relationships in squat exercise. European journal of applied physiology, 84(3), 227-232.
Ravier, G., Grappe, F., & Rouillon, J. D. (2004). Application of force-velocity cycle ergometer
test and vertical jump tests in the functional assessment of karate competitor. J Sports Med Phys
Fitness, 44(4), 349-55.
Samozino P, Rejc E, Di Prampero PE, Belli A, Morin JB (2012) Optimal force-velocity profile in
ballistic movements--altius: citius or fortius? Med Sci Sports Exerc, 44 (2), 313-322.
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Vandewalle, H., Peres, G., Heller, J., Panel, J., & Monod, H. (1987). Force-velocity relationship
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UDK 796:616.718.7-053.5
ZASTUPLJENOST DEFORMITETA RAVNOG STOPALA KOD DECE OD
6 DO 14 GODINA U SRBIJI: SISTEMSKO PREGLEDNO ISTRAŽIVANJE
Stefan Đorđević1, Bojan Jorgić1, Marko Aleksandrović1, Igor Stanojević2,
Armin Paravlić1
1 Fakultet sporta i fizičkog vaspitanja, Univerzitet u Nišu, Srbija
2 Visoka škola strukovnih studija za vaspitače, Aleksinac, Srbija
UVOD
Rastom životnog standarda i tehničkih dostignuća dolazi do smanjenja fizičkih aktivnosti sa-
vremenog čoveka od rođenja pa do pozne starosti. Fizička neaktivnost dovodi do hipotrofije mu-
skulature, smanjenog tonusa mišića što sve pogoduje, uz nepravilno držanje tela pri hodu, razvoju
posturalnih telesnih deformiteta.
Najbitniju ulogu u formiranju i održavanju pravilnog držanja tela ima mišići sistem, kao deo
sistema aktivnog aparata za kretanje. Slabost pojedinih mišićnih grupa, njihovo preveliko i jednostra-
no opterećenje, može da izazove pojavu različitih poremećaja. U slučaju nesrazmere između aktivne
snage stopala i sile opterećenja dolazi do poremećaja normalnog izgleda stopala kao i njegove statike
(D’Amico  2001; Mickle , Steele, Munro, 2008; Rose, Welton, Marshall, 1985). Prvo popušta snaga mi-
šića, zatim se istežu ligamenti i na kraju dolazi do promena oblika kostura stopala. Ovakvi poremećaju
manifestuju se spuštanjem svodova stopala i pojavom ravnih stopala (pedes plani) (Pfeiffer et al. 2006).
Prvu fazu spuštanja uzdužnog svoda (pes valgus) predstavlja kalkaneus koji zauzima valgus
položaj. Ako se ova faza ne zaustavi dolazi do spuštanja čunaste kosti (os naviculare) i kockaste kosti
(os cuboideum) i dolazi do spuštanja uzdužnog i poprečnog svoda i nastaje druga faza spuštanja
(pes plano-valgus). Uporedo sa promenama na uzdužnom i poprešnom svodu dolazi do udaljavanja
glavica metatarzalnih kostiju i njihovog spuštanja što predstavlja treću fazu spuštenosti stopala (pes
transverso-planus) ( Otman, Kose & Yakut, 2005).
Zbog plastičnosti i senzitivnosti dečijeg organizma, formiranje pravilnog posturalnog statusa
je od posebnog značaja u predškolskom  i školskom periodu. Prvi korak na putu ka ostvarivanju ta-
kvog cilja predstavlja pregled i procena razvoja deformiteta.
Cilj ovog naučnog rada je utvrditi zastupljenost deformiteta ravnog stopala kod dece od 6 do
14 godina u Srbiji.
METOD
Za prikupljanje dosadašnjih naučnih radova o zastupljenosti deformiteta ravnog stopala kod
dece uzrasta od 6 do 14 godina bile su pretražene sledeće elektronske baze podataka: PubMed, PE-
Dro, SCIndeks, DOAJ. Pretraživani su bili naučni radovi u vremenskom periodu od 2005. do 2015.
godine. Prilikom pretraživanja baza podataka smo koristili sledeće ključne reči: sex, children, defor-
mity, flat feet. Pronađeni naslovi naučnih radova, abstrakti i celi tekstovi su zatim bili čitani i analizi-
rani. Da bi naučni rad bio prihvaćen za konačnu analizu morali smo da zadovoljimo dva kriterijuma:
da u naučnom radu postoje ispitanici kojima je vršena procena deformiteta ravnog stopala na teri-
toriji Republike Srbije i da su ispitanici starosti od 6 do 14 godina. Naučni radovi koji su zadovoljili
postavljene kriterijume su zatim analizirani i predstavljeni na osnovu sledećih parametara (Tabela
1): referenca (prvo slovo autora i godina objavljivanja naučnog rada), uzorak ispitanika (starost, uku-
pan broj i podgrupe ispitanika), metoda merenja i rezultati naučnog rada.
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REZULTATI
Postupak prikupljanja naučnih radova
Postupak prikupljanja, analize i eliminacije nađenih naučnih radova je prikazan u Prikazu 1.
Na osnovu ključnih reči je indetifikovano 375 radova. Broj istraživanja koja su odmah isključena
na osnovu naslova, dupliranih naučnih radova, kao i naučnih radova koji su isključeni na osnovu
perioda kada su izdati (stariji od 2005. godine) je 357, dok je 18 radova uključeno u dalju analizu.
Daljom analizom 18 radova, isključeno je 8 radova na osnovu više kriterijuma: abstrakta, jer se radi-
lo o sistematskim preglednim istraživanjima, kao i neadekvatan uzrast osoba koje su učestvovale u
istraživanjima (mlađi od 6 i starije od 14 godina).
	 Preostalih 10 naučnih radova zadovoljilo je postavljene kriterijume. a to su: naučni radovi
izdavani u vremenskom periodu od 2005. do 2015. godine, da u istraživanju učestvuju osobe, kojima
je vršena procena deformiteta ravnog stopala uzrasta od 6 do 14 godina.
Prikaz 1. Postupak prikupljanja, analize i eliminacije nađenih naučnih radova.
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Zastupljenost deformiteta ravnog stopala kod dece od 6 do 14 godina u Srbiji: sistemsko pregledno istraživanje
Tabela 1. Prikaz radova koji ukazuju na nivo zastupljenosti deformiteta rasvnog stopala kod dece
uzrasta od 6 do 14 godina.
Reference
Uzrast
Broj ispitanika
Metoda merenja
 Rezultati istraživanja
Milošević
Zoran i sar.
(2008).
7god.
377 ispitanika
(193 devojčica i
184 dečaka)
Napoleon
Volanski
I-stepen 58,31%
II-stepen 10,03%
Razlika između polova p=0.000
Đokić Zoran,
Stojanović
Marija (2010).
9-12
god.
1523 ispitanika
(775 dečaka i
748 devojčica)
Čižinov metod
uz pomoć
plantografije
Deformitet stopala bio je 26,6%
kod dece oba pola. Razlika
između plolova p=0.000
Bogdanović,
Z., Marković ,
Ž.(2010).
6-15
god.
651 ispitanik
(310 devojčica i
341 dečak)
Thomsenovom
metodom
uz pomoć
plantografije
 I-stepen 51,77%, II-stepen
17,36%, III-stepen 0,15%
Razlika između polova p=0.000
Đokić Z., i sar.
(2011).
9-12
god.
810 ispitanika
(404 dečaka i
406 devojčica)
Čižinov metod
uz pomoć
plantografije
Dečaci Devojčice Dečaci
Devojčice
3 razred  3 razred  6 razred  6
razred
35.70%   24.40%   43.40%  29.90%
Puzović, V., i
sar. (2010).
7-11
god.
232 (126 dečaka
i 106 devojčica)
Metodom
insprekcije
Bez deformiteta ravnog stopala
49 dece (21,2%) i 183 deteta sa
deformitetom ravnog stopala
(78,9%)
Stefan B.
Simov, i sar.
(2011).
6-7
god.
968 ispitanika
Pedoskop (četiri
nivoa razvijenosti
deformiteta)
Ispitanici sa deformitetom
stopala su zastupljni u procentu
30,78.(I-17.66; II-8.37; III-3.92;
IV-0.83)
Slobodan
Pavlović
(2012).
6 god.
638 ispitanika
Thomsenovom
metodom
uz pomoć
plantografije
Deformitet stopala bio je
26,01% kod dece oba pola.
Razlika između plolova p=0.000
(104-dečaka i 62-devojčice)
Branka Protić-
Gava i sar.
(2013).
8,52
god.
63 ispitanika
Napoleon
Volanski
0-21.3%; I-stepen 59%; II-stepen
19,7%.
Stanišić, I., i
sar. (2014).
6 god.
60 ispitanika (39
devojčica i 21
dečak)
Thomsenovom
metodom
uz pomoć
plantografije
19,1% dečaka i 15,4% devojčica
ima odstupanja koja se tretiraju
kao funkcionalni stadijum
deformiteta ravno stopalo.
Romanov, R., i
sar.  (2014).
6-7
god.
423 ispitanika
(213 dečaka i
210 devojčica)
Metodom ruskih
autora uz pomoć
podografa
Spušteno stopalo I stepena
zastupljeno je sa 43,23%,
spuštenost stopala II stepena
zastupljeno je sa 16,66%,
DISKUSIJA
Tabela 1. sadrži prikaz naučnih radova koji se bave utvrđivanjem zastupljenosti stanja defor-
miteta ravnog stopala kod osoba uzrasta od 6 do 14 godina starosti na prostoru Republike Srbije.
Analizom tabele uočava se da su radovi predstavljeni i analizirani kroz pet grupa parametara: refe-
renca, uzrast ispitanika, broja ispitanika i grupe ispitanika, metode i instrumenti merenja i rezultati
merenja. Učesnici su bili starosti od 6 godine (Simov i sar., 2011; Pavlović, 2012; Stanišić i sar., 2014;
Romanov i sar., 2014) do 14 godina (Bogdanović & Marković, 2010). Ukupan broj ispitnika oba
pola obuhvaćen u radovima koji su predtavljeni je 5015, najmanje ispitanika, 60 ispitaniaka, bilo je
u radu (Stanišić i sar., 2014) dok je najveći broj 1523 ispitanika bio u istraživanju sprovedenom od
strane (Đokić & Stojanović, 2010). Dijagnostikovanje  deformiteta ravno stopalo vršilo se uz pomoć
202
Conference Procedings
Stefan Đorđević, Bojan Jorgić, Marko Aleksandrović, Igor Stanojević, Armin Paravlić
plantogrma (Đokić & Stojanović, 2010; Bogdanović & Marković, 2010; Đokić i sar., 2011; Pavlović,
2012; Stanišić i sar., 2014), pedoskopa (Simov i sar., 2011) i insprekcije (Puzović i sar., 2010)  koji su
tumačeni  Tomsonovom metodom (Bogdanović & Marković, 2010; Pavlović, 2012; Stanišić i sar.,
2014), metodom Napoleona Volanskog (Milošević i sar.,  2008; Protić i sar., 2013), Čižinovom meto-
dom (Đokić & Stojanović, 2010; Đokić i sar., 2011)  i metodom Ruskih autora (Romanov i sar., 2014).
Ukupan broj izmerenih ispitanika je 5015, od ovog broja ispitanika kod 2355 ispitanika je utvrđen
deformitet ravno stopalo što predstavlja 46,95%. Što ukazuje da skoro svako drugo dete u Republici
Srbiji u starosnoj dobi od 6 do 14 godina ima zastupljen deformitet ravno stopalo. Najveći broj dece u
svakom od obuhvaćenih naučnih radova  koje je imalo dijagnostikovan deformitet ravn stopalo ima-
lo zastupljen prvi nivo deformiteta (taj ptocenenat je u zavisnosti od rada u rasponu od 17.66% do
59%) dok je drugi nivo ovog deformiteta bio jako malo zastupljen (taj ptocenenat je u zavisnosti od
rada u rasponu od 8.37% do 19.7%). Na osnovu rezultata, može se predložiti plantograf i pedoskop
kao sredstvo za procenu deformiteta ravno stopalo, kao i Tomsonov, Čižinov i metod Napoleona
Volanskog za obradu dobijenih rezultata.
ZAKLJUČAK
Obim pregledanih naučnih radova ukazuje alarmantanost informacija proisteklih iz naučnih
radova koja su se bavila procenom telesnog deformiteta ravno stopalo na teritoriji Republike Srbije
kod dece uzrasta 6 do 14 godina.
Broj populacije sa deformisanim stopalima, a naročito osnovno školski uzrast je veliki. Zbog
toga je sve veća potreba za pravovremenom preventivom i sanacijom takvih pojava. Posebnu ulogu
u prevenciji imaju nastavnici i profesori sporta i fizičkog vaspitanja i zdravstvene kulture koji su pro-
fesionalno u kontaktu sa decom, kao i roditelji koji trebaju brinuti o zdravlju svoje dece. Prepozna-
vanje deformiteta u što ranijoj fazi nastanka, pravilan izbor vežbi za korekciju istih, fizička aktivnost,
pravilna obuća, smanjenje pretilosti kod dece samo su neki od rešenja koja se mofu sprovoditi u cilju
smanjenja deformiteta prikazanog i opisanog u ovom naučnom radu.
Zdravo i jako stopalo u detinjstvu neminovno vodi zdravom i sretnijem životu u kasnijoj dobi
i zato posvetimo više pažnje ovom, često zanemarenom delu našeg tela.
LITERATURA
D’Amico JC. (2001). Developemental Flatfoot. Introduction to Podopediatrics. London. Churc-
hill Livingstone, 257-276.
Bogdanović, Z., Marković, Ž.(2010). Prisustvo deformiteta stopala u zavisnosti od pripadnosti
polu. Jour nal of the Anthropologycal  Society of Serbia Novi Sad,  45, str. 397-402.
Bošković, M. (1977). Anatomija čovjeka. Beograd-Zagreb: Sportska knjiga.
Đokić, Z., Stojanović, M., (2010). Morfološke karakteristike i posturalni status dece od 9 do 12
godina na području Sremske Mitrovice. Opšta  medicina 16 (1-2), 41-49.
Đokić Z., Međedović B., Smiljanić, J.(2011). Stanje uhranjenosti, posturalni status i kvalitet
sprovođenja nastave fizičkog vaspitanja u osnovnim školama. Fakultet za sport i turizam, Novi Sad.
TIMS Acta (5), 10-19.
Kolooli, M., Mahdavi-Nezhad, R., and Mirnosuri, R., (2014). The Effects of 8 Weeks Corrective
Exercise Program on the Navicular Height of Teens with Flat Feet. Asian Journal of Multidisciplina-
ry Studies. (5), 96-99
Mickle KJ, Steele JR, Munro BJ. (2008). Is the foot structure of preschool children moderated
by gender. J Pediatr. Orthop. 28 (5) 593–596.
Pfeiffer, M., Kotz, R., Ledl, T., Hauser, G., & Sluga, M. (2006). Prevalence of flat foot in presc-
hool-aged children. Pediatrics, (2), 634-639.
Protić-Gava, B., Šćepanović, T., Batez M. (2013). Body posture in young schoolchildren in a novi
sad elementary school. Federation of the Sports Pedagogues of the Republic of Macedonia (2), 146-149.
203
Zbornik radova
Zastupljenost deformiteta ravnog stopala kod dece od 6 do 14 godina u Srbiji: sistemsko pregledno istraživanje
Puzović, V., Đorđević, D., Karaleić, S., Obrenović, M., Medić, V., Jakovljević, V. (2010). Preva-
lenca ravnog stopala kod dece od 7-11 godina. PONS - medicinski časopis, 7(3), 98-102.
Romanov, R., Stupar, D., Međedović, B., & Brkin, D. (2014). Posturalni status dece predškol-
skog uzrasta na teritoriji Novog Sada. TIMS. Acta, 8 (2), 129-135.
Rose GK, Welton EA, Marshall T. (1985). The diagnosis of flat foot in the child. Journal of Bone
& Joint Surgery, 67, 71-78.
Ruszkowski, I., Keros, P., Žigel, T. (1995). Plosnato stopalo Pes Planus. Zagreb: Medicinski
fakultet Sveučilišta u Zagrebu.
Otman, S., Kose, N. & Yakut, Y. (2005). The efficacy of sehroths 3-dimensional exercise the-
rapy in the treatment of adolescent idiopatic scoliosis in Turkey. Journal Saudi Med  (9), 1429-1435.
Pavlović, S., (2012). Prisustvo telesnih deformiteta dece predškolskog uzrasta. University Re-
view, (11), 614-624.
Stanišić, I., Đorđević, M., Maksimović, S. (2014). Posturalni status nogu i svoda stopala kod
dece predškolskog uzrasta i efekti korektivnog vežbanja u okviru usmerenih aktivnosti.Časopis  Sin-
teze (5), 63-71.
Simov, B. S., Minić, M. S., Stojanović, D. O. (2011). Učestalost pojave lošeg držanja tela i ravnih
stopala kod dece predškolskog uzrasta. leskovcu.  Časopis podružnice srpskog lekarskog društva, (2), 9-14.
Sullivan J. A. (1999). Pediatric flatfoot: Evaluation and management. J Am Acad Orthop Surg
(7), 44-53.
204
Conference Procedings
UDK 796:616.718.7-053.5
THE INCIDENCE OF PES PLANUS IN CHILDREN AGED 6-14 YEARS IN
SERBIA: A SYSTEMATIC REVIEW STUDY
Stefan Đorđević1, Bojan Jorgić1, Marko Aleksandrović1, Igor Stanojević2, Armin
Paravlić1
1 Faculty of Sport and Physical Education, University of Nis, Serbia
2 College of professional studies educators, Aleksinac, Serbia
INTRODUCTION
In parallel with the improvements in the standard of living and technological achievement,
there has been a decrease in the physical activities in which modern humans engage in the course
of life. Physical inactivity leads to muscular hypotrophy and reduced muscle tone, which, alongside
improper body posture while walking, contribute to the development of postural deformities.
The muscular system, as part of the active movement apparatus, plays a crucial role in the
formation and maintenance of correct body posture. The weakness of specific muscle groups, as
well as too great or unilateral weight bearing on them, can lead to various disorders. In the case of
imbalance between the active strength of the foot and tension force, an impairment of the normal
appearance of the foot can occur, as well as its statics (D’Amico, 2001; Mickle, Steele, & Munro, 2008;
Rose, Welton, & Marshall, 1985). Muscle strength is the first to give in, followed by an overextension
of the ligaments, and changes in the shape of the foot’s skeletal structure. Such impairments are
characterized by a collapsing of the foot arch and the emergence of flat feet (pedes plani) (Pfeiffer,
Kotz, & Ledl, 2006).
The first stage of the collapse of the medial longitudinal arch of the foot (pes valgus) is
the calcaneus in the vagus position. Unless this phase is halted, what follows is the collapse of
the accessory navicular (os naviculare) and cuboid bones (os cuboideum), the descending of the
lengthwise and crosswise arches, resulting in the second phase of the collapse (pes plano-valgus).
Simultaneously with the changes in the longitudinal and medial arches, the heads of the metatarsal
bones grow further apart and descend, resulting in the third phase of the collapse (pes transverso-
planus) (Otman, Kose, & Yakut, 2000).
Due to the plasticity and sensitivity of children’s bodies, the formation of a correct postural
status is of considerable importance in the pre-school and school stages. The first step on the path to
achieving this goal is the review and assessment of the development of the deformity.
The objective of this paper is to investigate the incidence of pes planus in children aged 6 to
14 years in Serbia.
METHOD
The following electronic databases were searched in order to collect the studies conducted to
date on the incidence of flatfoot deformity in children aged 6 to 14 years: PubMed, PEDro, SCIndeks,
DOAJ. Only academic papers published between 2005 and 2015 were the object of the search. The
following keywords were used while searching the databases: sex, children, deformity, flat feet. The
retrieved study titles, abstracts and full texts were then read and analyzed. In order for a paper to be
included in the final analysis, it had to meet the following two criteria: first, in assessing pes planus,
the paper had to include subjects within the Republic of Serbia, and second, the participants had to
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The Incidence of Pes Planus in Children Aged 6-14 Years in Serbia: A Systematic Review Study
be between 6 and 14 years old. Those studies which met the criteria set were then analyzed, and are
presented  in Table 1 according to the following parameters: reference (last name and initial of the
principal author, and year the study was published), the participant sample (age, total number, and
subsamples), methodology, and results.
RESULTS
The procedure for academic study collection and selection
The process of collecting, analyzing and eliminating the retrieved academic papers is presented
in Figure 1. Based on the keywords, a total of 375 papers were retrieved. Based on the title, study
repetition, as well as the year when the study was published (e.g., prior to 2005), 357 papers were
eliminated and the remaining 18 included in further analysis. By means of further analysis, 8 out of
the 18 papers were excluded based on multiple criteria, such as: abstract, given that some of these
were systematic review studies themselves, or participant age, where the participants in the study
were either younger than 6 or older than 14.
The remaining 10 studies satisfied the criteria set, namely: these were studies published
between 2005 and 2015, and the study participants being assessed for flatfoot deformity were aged
between 6 and 14.
Figure 1. A representation of the study collection, analysis and elimination process
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Conference Procedings
Stefan Đorđević, Bojan Jorgić, Marko Aleksandrović, Igor Stanojević, Armin Paravlić
Table 1. A representation of studies of the incidence of pes planus in children aged between
6 and 14 years.
Reference
Age
Sample size
Measurement
method
Study results
Milošević Z., et
al. (2008)
7y
377 subjects
(193 girls and 84
boys)
Napoleon
Wolanski
I-degree 58.31%
II-degree 10.03%
Difference between the sexes
p=0.000
Đokić, Z. &
Stojanović, M.
(2010)
9-12y
1523  subjects
(775 boys and
748 girls)
Chizhin
method using
plantography
Foot deformity was 26.6%
in children of either sex.
Difference between sexes
p=0.000
Bogdanović, Z.,
Marković, Ž.
(2010)
6-15y
651 subjects
(310 girls and
341 boys)
Thomsen
method using
plantography
 I-degree 51.77%, II-degree
17.36%, III-degree 0.15%
Difference between sexes
p=0.000
Simov, S., et al.
(2011)
6-7y
968 subjects
Pedoscope (four
deformity stages)
30.78%  of subjects with foot
deformity (I-17.66; II-8.37; III-
3.92; IV-0.83)
Pavlović, S.
(2012)
6y
638 subjects
Thomsen
method using
plantography
Foot deformity in 26.01%
in children of either sex.
Difference between sexes
p=0.000 (104 boys and 62 girls)
Protić-Gava, B.,
et al. (2013)
8,52y
63 participants
Napoleon
Wolanski
0-21.3%; I-degree 59%; II-degree
19.7%.
Stanišić, I., et
al. (2014)
6y
60 subjects (39
girls and 21
boys)
Thomsen
method using
plantography
19.1% boys and 15.4% girls had
abnormalities treated as the
functional stage of flatfoot.
Romanov, R., et
al. (2014)
6-7y
423 subjects (213
boys and 210
girls)
Russian authors’
method using a
podograph
I-degree collapsed arch in
43.23%, II-degree collapsed arch
in 16.66%,
DISCUSSION
Table 1 provides a representation of the studies addressing the incidence of pes planus
deformity in persons aged between 6 and 14 years in the Republic of Serbia. The papers are presented
in the table according to the following five parameter groups: reference, subject age, subject number
and subgroups, measurement methods and instruments, and study results. The participants were
aged between 6 (Simov et al., 2011; Pavlović, 2012; Stanišić et al., 2014; Romanov et al., 2014) and 14
years (Bogdanović & Marković, 2010). The total sample size in all the studies considered, including
both sexes, is 5,015, with the fewest subjects (n=60) in Stanišić et al. (2014), and the most (n=1,523)
in Đokić & Stojanović (2010). Diagnosing pes planus was done by means of the plantogram (Đokić
& Stojanović, 2010; Bogdanović & Marković, 2010; Đokić et al., 2011; Pavlović, 2012; Stanišić et
al., 2014), the pedoscope (Simov et al., 2011), and inspection (Puzović et al., 2010), and was next
interpreted using the following methods: Thomsen method (Bogdanović & Marković, 2010; Pavlović,
2012; Stanišić et al., 2014), Napoleon Wolanski method  (Milošević et al..,  2008; Protić et al., 2013),
Chizhin method (Đokić & Stojanović, 2010; Đokić et al., 2011), and the method of the Russian
authors (Romanov et al., 2014). The total number of participants tested was 5,015. Out of this total,
2,355 subjects, or 46.95%, were diagnosed with pes planus. This indicates that almost every other
child aged 6-14 in the Republic of Serbia suffers from flatfoot deformity. The majority of children
diagnosed with pes planus in all of the reviewed studies had the first stage of the deformity (the
percentage varied from 17.66% to 59%, depending on the study), compared to the low percentages
of the second stage of the deformity (ranging between 8.37% and 19.7%, depending on the paper).
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The Incidence of Pes Planus in Children Aged 6-14 Years in Serbia: A Systematic Review Study
Based on the results obtained, the plantograph and pedoscope can be recommended as instruments
for flatfoot assessment, and the Thomsen, Chizhin and Napoleon Wolanski methods for the analysis
of the results.
CONCLUSION
The review of the selected range of studies addressing the pes planus deformity in children in
the Republic of Serbia aged 6 to 14 years indicates an alarming state.
The incidence of foot deformity in the population, and especially in school-age children, is very
high. Consequently, there is a growing need for timely prevention and treatment of this phenomenon.
Those who have contact with children in a professional capacity, such as teachers working in sport
and physical education, as well as in health culture, play a special role in the prevention, as do the
parents, who should prioritize their children’s health and well-being. Identifying the deformity as
early as possible, the adequate selection of corrective exercises to address this, physical activity,
adequate footwear, and reducing child obesity, are just some of the solutions that can help reduce the
occurrence and consequences of the deformity that is the focus of this paper.
A strong and healthy foot in childhood leads to a healthier and happier life later on. More
attention should therefore be dedicated to this, frequently neglected part of our body.
REFERENCES
D’Amico, J.C. (2001). Developmental Flatfoot. Introduction to Podopediatrics. London.
Churchill Livingstone, 257-276.
Bogdanović, Z., Marković, Ž.(2010). Prisustvo deformiteta stopala u zavisnosti od pripadnosti
polu. (The incidence of flatfoot in relation to gender.) Journal of the Anthropological  Society of Serbia
Novi Sad,  45, 397-402.
Bošković, M. (1977). Anatomija čovjeka. (Human anatomy.) Beograd-Zagreb: Sportska knjiga.
Đokić, Z., Stojanović, М., (2010). Морфолошке карактеристике и постурални статус деце
од 9 до 12 година на подручју Сремске Митровице. (Morphological characteristics and postural
status in children aged 9-12 in the Sremska Mitrovica area.) Opšta medicina 16 (1-2), 41-49.
Đokić Z., Međedović B., Smiljanić, J.(2011). Stanje uhranjenosti, posturalni status i kvalitet
sprovođenja nastave fizičkog vaspitanja u osnovnim školama. (Nutritional status, postural status,
and the quality of physical education in elementary schools.) Fakultet za sport i turizam, Novi Sad.
TIMS Acta (5), 10-19.
Kolooli, М., Mahdavi-Nezhad, Р., & Mirnosuri, Р., (2014). The Effects of an 8-Weeks’ Corrective
Exercise Program on the Navicular Height of Teens with Flat Feet. Asian Journal of Multidisciplinary
Studies. (5), 96-99
Mickle K.J., Steele J.R., and Munro B.J. (2008). Is the foot structure of preschool children
moderated by gender. J Pediatr. Orthop. 28 (5) 593–596.
Pfeiffer, M., Kotz, R., Ledl, T., Hauser, G., & Sluga, M. (2006). Prevalence of flat foot in
preschool-aged children. Pediatrics, (2), 634-639.
Protić-Gava, B., Šćepanović, T., Batez M. (2013). Body posture in young schoolchildren in a
Novi Sad elementary school. Federation of the Sports Pedagogues of the Republic of Macedonia (2),
146-149.
Puzović, V., Đorđević, D., Karaleić, S., Obrenović, M., Medić, V., Jakovljević, V. (2010).
Prevalenca ravnog stopala kod dece od 7-11 godina. (The incidence of pes planus in children aged
7-11.) PONS - medicinski časopis, 7(3), 98-102.
Romanov, R., Stupar, D., Međedović, B., & Brkin, D. (2014). Posturalni status dece predškolskog
uzrasta na teritoriji Novog Sada. (The postural status of preschool-aged children in the Novi Sad
area.) TIMS. Acta, 8 (2), 129-135.
208
Conference Procedings
Stefan Đorđević, Bojan Jorgić, Marko Aleksandrović, Igor Stanojević, Armin Paravlić
Rose, G. K., Welton, E.A., Marshall, T. (1985). The diagnosis of flatfoot in the child. Journal of
Bone & Joint Surgery, 67, 71-78.
Ruszkowski, I., Keros, P., Žigel, T. (1995). Plosnato stopalo Pes Planus. (Flatfoot, or Pes Planus.)
Zagreb: Medicinski fakultet Sveučilišta u Zagrebu.
Otman, S., Kose, N., & Yakut., Y. (2005). The efficacy of Schroth’s 3-dimensional exercise
therapy in the treatment of adolescent idiopathic scoliosis in Turkey. Journal Saudi Med  (9), 1429-
1435.
Pavlović, S., (2012). Prisustvo telesnih deformiteta dece predškolskog uzrasta. (The incidence
of body deformity in children of preschool age.) University Review, (11), 614-624.
Stanišić, I., Đorđević, M., Maksimović, S. (2014). Постурални статус ногу и свода стопала
код деце предшколског узраста и ефекти корективног вежбања у оквиру усмерених активности.
(The postural status of the leg and the foot arch in preschool children, and the effects of guided
corrective exercise.) Časopis Sinteze (5), 63-71.
Simov, B. S., Minić, M. S., Stojanović, D. O. (2011). Učestalost pojave lošeg držanja tela i ravnih
stopala kod dece predškolskog uzrasta u Leskovcu. (The incidence of posture deformity and pes
planus in preschool children in Leskovac.) Časopis podružnice srpskog lekarskog društva, (2), 9-14.
Sullivan J. A. (1999). Pediatric flatfoot: Evaluation and management. J Am Acad Orthop Surg
(7), 44-53.
209
Zbornik radova
UDK 796.012.11:796.012.13
POUZDANOST I KONKURENTNA VALIDNOST PARAMETRA
MAKSIMALNE SILE DOBIJENOG IZ LINEARNE RELACIJE SILA-BRZINA
Saša Đurić1, Milena Živković1, Dejan Suzović1, Aleksandar Nedeljković1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Mehanička svojstva mišića su u fokusu istraživanja zbog značaja razumevanja funkcije košta-
no-mišićnog sistema čoveka, kao i efektivnosti uticaja različitih trenažnih i rehabilitacionih procesa
usmerenih ka unapređenju fizičkih sposobnosti kod različite populacije (Cormie et al., 2011; Frost et
al., 2010). Istraživanja su uglavnom usmerena na sposobnost mišićnog sistema da ispolji visok nivo
spoljašnje sile prilikom pokreta velikom brzinom, a posledično, ispoljavajući visok mehanički „izlaz“
snage.
Još od seminalnih studija sprovedenih u prvoj polovini dvadesetog veka, poznato je da se sila
pojedinačnih mišića i mišićnih grupa smanjuje sa povećanjem brzine u nelinearnom (približno hi-
perboličnom) maniru (Hill, 1938; Wilkie, 1949; Fenn & March, 1935). Međutim, istraživanja novijeg
datuma su pokazala da je relacija sila-brzina koja se dobija primenom određenog opsega opterećenja
prilikom izvođenja maksimalnih višezglobnih pokreta približno linearna. Ovi nalazi potvrđeni su pri
izvođenju različitih motoričkih zadataka kao što su vožnja bicikla (Driss & Vadewalle, 2013; Nikolai-
dis, 2012; Ravier et al., 2004), vertikalni skokovi (Cuk et al., 2014; Rahmani et al., 2001; Samozino et al.
2014; Sheppard et al 2008; Vadewalle et al., 1987) kao i pokreti gornjih ekstremiteta (Nikolaidis, 2012;
Van Der Tillar, 2004; Hintzy et al., 2003; Sprague et al., 2007; Cronin et al., 2003; Sreckovic et al., 2015).
Zbog ovakvog oblika relacije, prilikom analize mehaničkih svojstava mišića, linearna regresija
je veoma pogodna za primenu:
F(V) = F0 – aV
gde F0 predstavlja odsečak regresione prave na y-osi i predstavlja parametar maksimalne sile (koji
odgovara teorijskom maksimumu sile u izometrijskim uslovima, jer je brzina jednaka nuli), dok a
predstavlja nagib koji odgovara količniku F0/V0 (gde V0 predstavlja odsečak regresione prave na x-osi
i odgovara teorijskom maksimumu brzine, jer je sila jednaka nuli). Zbog jednostavnog načina izra-
čunavanja, prilikom testiranja mehaničkih osobina mišića, kod višezglobnih pokreta često se prime-
njuje linearna relacija sila-brzina (Jaric, 2015).
Međutim, iako primenjeni linearni modeli uglavnom pokazuju visoku i jaku relaciju (Cuk et
al., 2014; Hintzy et al., 2003; Ravier et al., 2004), samo su dve studije ispitivale pouzdanost njihovih
parametara (Cuk et al., 2014; Sreckovic et al., 2015).
Sa druge strane, iako je nekoliko studija istraživalo konkurentnu validnost parametara linear-
ne relacije sila-brzina, dobijeni rezultati su nekonzistentni. Tako je konkurentna validnost parametra
maksimalne sile (F0) prilikom direktnog merenja mišićne sile prema nekim istraživanjima, umerena
do visoka (Driss et al., 2002; Cuk et al., 2014; Vandewalle et al., 1987, Sreckovic et al., 2015), dok pre-
ma drugim veoma niska, pa čak i beznačajna (Ravier et al., 2004; Yamauchi & Ishii, 2007; Rahmani et
al., 2001). Iz tog razloga, pouzdanost i validnost parametara relacije sila-brzina, pogotovo parametra
F0 i dalje predstavljaju problem.
U odnosu na problem, postavljen je cilj istraživanja: Da se odredi pouzdanost i konkurentna
validnost parametra maksimalne sile dobijene iz relacije sila-brzina prilikom izvođenja izbačaja tega
sa grudi.
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U odnosu na cilj i rezultate dosadašnjih istraživanja, postavljene su sledeće hipoteze:
Hipoteza 1: Pouzdanost parametra maksimalne sile biće visoka.
Hipoteza 2: Konkurentna validnost parametra maksimalne sile biće visoka.
METOD
Uzorak je činilo 24 studenta muškog pola, Fakulteta sporta i fizičkog vaspitanja Univerziteta
u Beogradu. Ispitanici su bili fizički aktivni u okviru svog akademskog kurikuluma koji je uključivao
šest do osam časova sa fizičkim aktivnostima nedeljno. Fizičke aktivnosti nisu obuhvatale intenzivne
i naporne vežbe za gornji deo tela. Svi ispitanici su bili upoznati sa potencijalnim rizicima primenje-
nih testiranja i potpisali su saglasnost za učešće u studiji. Eksperimentalni protokol i saglasnost bili
su u skladu sa Helsinškom deklaracijom i odobreni od strane etičke komisije Fakulteta.
Ispitanici su bili nasumično raspoređeni u dve jednake grupe od po 12 ispitanika – eksperimen-
talnu (EKS; MT = 75,2 ± 9,1 kg; VT = 180,3 ± 7,8 cm; PMT = 11,2 ± 5 %; 1RM = 79,6 ± 11,4 kg) i kon-
trolnu (KON; MT = 77,9 ± 7,8 kg; VT = 181,9 ± 5,5 cm; PMT = 10,6 ± 3,6 %; 1RM = 82,1 ± 10,3kg). Nije
bilo značajnih razlika u masi tela (MT), visini (VT), procentu masnog tkiva (PMT), kao i maksimalnom
podignutom opterećenju (1RM) prilikom potiska tega sa grudi između ove dve grupe.
Studija je bila longitudinalnog karaktera. Eksperimentalni protokol se sastojao od pretesta, 8
nedelja treninga sprovedenog na EKS grupi i posttesta. Pretest i posttest su se sastojali od po 2 sesije
testiranja i sprovedeni od 4 do 7 dana pre, odnosno posle eksperimentalnog tretmana, tj. treninga.
Prva sesija pretesta podrazumevala je antropometrijska merenja (MT, VT, PMT), određivanje 1RM-
a kod potiska tega sa grudi, kao i upoznavanje ispitanika sa vežbom izbačaj tega sa grudi. Merenje
VT izvršeno je standardnim antropometrom, dok su MT i PMT određene uz pomoć bioelektrične
impedance (IN BODY 720, SAD). U drugoj sesiji pretesta su vršena merenja prilikom izbačaja tega sa
grudi. Prva i druga sesija posttesta bile su identične kao i u pretestu. Pre svake sesije testiranja ispita-
nici su izvodili standardnu proceduru zagrevanja koje se sastojalo od petominutnih dinamičkih ve-
žbi u zglobovima ramenog pojasa i ruku, 2 serije po 6 ponavljanja izbačaja tega sa grudi intenzitetom
40% od 1RM-a, kao i petominutnih vežbi labavljenja i statičkog rastezanja mišića grudi i opružača
ruku (Leontijevic, 2013; Sreckovic, 2015).
Izbačaj tega sa grudi koji je izvođen na modifikovanoj Smit mašini trebalo je da omogući opseg
opterećenja kojim bi se dobile varijable sile (F) i brzine (V) za dalju analizu (Slika 1). Ispitanicima je
data instrukcija da izbace teg najviše što mogu iz statičke startne pozicije. Šipka je bila pozicionira-
na 1cm od grudi ispitanika i bila je osigurana mehaničkim graničnicima. Ukupno, svi ispitanici su
izvršili 24 izbačaja (8 opterećenja po 3 izbačaja). Opseg opterećenja (koje je uključivalo težinu ruku,
šipke i tegova) koje je bilo primenjeno u pretestu i posttestu na Smit mašini (Slika 2)  iznosilo je: 30,
37, 44, 51, 58, 65, 72 i 79% od individualnog 1RM-a ispitanika. Opterećenja su bila nasumično raspo-
ređena za svakog ispitanika individualno.
Slika 1. Linearna relacija sila-brzina kod reprezentativnog ispitanika EKS grupe u pretestu
(puni kvadratići) i posttestu (prazni kvadratići).
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Trening je sproveden tokom vremenskog perioda od 8 nedelja, 3 puta nedeljno. Treningom je
bila obuhvaćena samo EKS grupa i on se sastojao od izbačaja šipke sa grudi na koju su bile zakačene
gume sa donje strane pružajući otpor koji je odgovarao opterećenju od 40kg, što je predstavljalo u
proseku oko 50% od 1RM ispitanika (Slika 2). Svaki trening je trajao u proseku oko sat vremena kome
je prethodila standardna procedura rastezanja i zagrevanja. Broj serija i ponavaljanja tokom treninga
se povećavao, pa je tako u prvoj i drugoj nedelji izvođeno 6 serija sa 7 ponavljanja, u trećoj i četvrtoj
7 serija sa 7 ponavljanja, u petoj i šestoj 8 serija sa 7 ponavljanja i u sedmoj i osmoj nedelji 9 serija sa
7 ponavljanja. Pauza između serija iznosila je 5 minuta, dok je između ponavljanja ona iznosila oko
5 sekundi. KON grupa nije bila podvrgnuta trenažnom procesu, ali im je naglašeno da se pridržavaju
standardnih fizičkih aktivnosti, tj. da nemaju dodatnih aktivnosti tokom trajanja studije.
Slika 2. Prikaz vrste opterećenja i prikupljanja podataka u pretestu i posttestu (panel A), kao i tre-
nažnog opterećenja (panel B) pri izbačaju tega sa grudi na modifikovanoj Smit mašini.
Za analizu su korišćeni podaci dobijeni izbačajem tega sa grudi pri 8 različitih nivoa optereće-
nja tokom pretesta i posttesta. Treba skrenuti pažnju da su pretest i posttest sprovedeni na optereće-
njima koje su karakterisali tegovi, dok je trening (samo kod EKS grupe) sproveden sa gumama koje
su pružale otpor prilikom izbačaja. Pomeraj šipke je sniman optičkim linearnim enkoderom (Vivis
Sport Med, Beograd, Srbija) čija je preciznost na nivou 0,01 cm i linearnost veća od 99 %. Podaci su
uzorkovani na frekvenciji od 200 Hz i filtrirani niskopropusnim Butterworth filterom sa frekvenci-
jom odsecanja od 5 Hz. Posebno napravljen softver (National Instruments LabVIEW 2010, Austin,
TX, SAD) je korišćen kako bi se zabeležilo vertikalno kretanje šipke. Uz pomoć softvera izračunate
su srednje vrednosti varijabli F i V samo u koncentričnoj fazi izbačaja, do trenutka napuštanja tega
iz ruku (kada su vrednosti ubrzanja tega postale niže od -9,81). Kako bi se dobila relacija sila-brzina,
individualne linearne regresije su računate za svakog ispitanika ponaosob. Nakon dobijene linearne
regresije, za dalju analizu korišćen je parametar maksimalne sile (koji predstavlja presek regresione
prave i ordinate). Ovaj parametar predstavlja teorijski maksimum sile koju bi ispitanik mogao da
ispolji u datim izometrijskim uslovima (u tom trenutku je brzina jednaka nuli).
Primenom Kolmogorov-Smirnov testa, utvrđeno je da su podaci normalno distribuirani. Re-
zultati deskriptivne statistike prikazani su kao srednje vrednosti i standardne devijacije. Od stati-
stičkih procedura primenjena je Pirsonova korelacija kako bi se utvrdila pouzdanost individualnih
parametara maksimalne sile dobijenih iz F-V relacija, dok je za utvrđivanje konkurentne validnosti
dodatno upotrebljen i t-test za nezavisne uzorke. Treba napomenuti da su za pouzdanost korišćeni
samo rezultati iz KON grupe, dok su za određivanje konkurentne validnosti upotrebljeni rezultati
obe grupe pre i nakon treninga. Za utvrđivanje razlika u vrednostima F0 i 1RM-a između pretesta i
posttesta, korišćen je t-test za zavisne uzorke.
REZULTATI
Pre svega trebalo bi napomenuti da je linearnost relacije sila-brzina izuzetno visoka i jaka (r >
0,95). U tabeli 1. prikazana je deskriptivna statistika maksimalnog podignutog opterećenja i parame-
tara maksimalne sile pri izbačaju tega sa grudi.
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Tabela 1. Deskriptivna statistika vrednosti F0 i 1RM-a u pretestu i posttestu po grupama
Grupa
F0_pre (N)
F0_post (N)
1RM_pre (N)
1RM_post (N)
EKS
726 ± 103
796 ± 97**
781 ± 112
834 ± 118**
KON
742 ± 94
740 ± 94
805 ± 97
805 ± 97
Može se primetiti da su vrednosti F0 i 1RM bile veće kod EKS grupe u posttestu nego u pre-
testu, kao i da je ta razlika statistički značajna (p < 0,01). Ove vrednosti kod KON grupe ostale su
praktično nepromenjene.
Za utvrđivanje pouzdanosti primenjena korelaciona analiza na rezultatima KON grupe poka-
zala je da je pouzdanost F0 veoma visoka (ICC > 0,97).
U tabeli 2. prikazani su rezultati korelacione analize i t-testa primenjenih na rezultatima pa-
rametra maksimalne sile i maksimalnog podignutog opterećenja, a sve sa ciljem utvrđivanja konku-
rentne validnosti parametra maksimalne sile.
Tabela 2. Pirsonova korelacija i t-test primenjeni na rezultatima F0 i 1RM-a u
pretestu i posttestu po grupama
 Grupa
r_pre
r_post
p_pre
p_post
EKS
0.97
0.94
0.23
0.40
KON
0.99
0.96
0.13
0.12
Kao što se može primetiti, dobijeni Pirsonovi koeficijenti korelacije u pretestu i posttestu u
obe tretirane grupe su veoma visoki, što govori da je konkurentna validnost parametra maksimalne
sile dobijenog iz linearne relacije sila-brzina izuzetno visoka. U prilog ovome, govori i nalaz da ne
postoje statistički značajne razlike između ovih varijabli ni u pretestu ni u posttestu. Na slici 3. dat je
detaljniji prikaz relacije između varijabli F0 i 1RM individualno po ispitanicima.
Slika 3. Prikaz vrednosti F0 i 1RM-a u pretestu i posttestu po grupama i pojedinačnim ispitanicima
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Pouzdanost i konkurentna validnost parametra maksimalne sile dobijenog iz linearne relacije sila-brzina
U gornjem panelu prikazani su rezultati EKS, a u donjem rezultati KON grupe u pretestu (levi
panel) i posttestu (desni panel) F0 i 1RM-a. Primećuje se da su se vrednosti obe varijable u posttestu
EKS grupe (gornji desni panel) povećale, dok su kod KON grupe (donji desni panel) ostale gotovo
nepromenjene u odnosu na pretest. Međutim, ono što se može uočiti, to je relacija između ove dve
varijable. Uočljivo je da pune linije (F0) uglavnom prate isprekidane linije (1RM) sa manjim odstu-
panjima, bez obzira o kom se panelu radi. Iz ovoga se može zaključiti da je korelacija između ovih
varijabli veoma visoka bez obzira o kojoj se grupi radi i da li je reč o pretestu ili posttestu.
DISKUSIJA
Kako bi pouzdanost i konkurentna validnost parametra maksimalne sile dobijene iz linearne
relacije sila-brzina kod izbačaja tega sa grudi bile utvrđene, primenjene su korelaciona analiza i ana-
liza razlika između pomenutog parametra i maksimalnog podignutog opterećenja kod izbačaja tega
sa grudi.
Što se tiče pouzdanosti, primenjena korelaciona analiza na rezultatima KON grupe pokazala
je veoma visoku pouzdanost F0 (ICC > 0,97). Ovakvi nalazi su u skladu sa dosadašnjim istraživanjima
(Sreckovic et al., 2015).
Vrednosti F0 i 1RM-a iz tabele 1. govore u prilog tome da je sprovedeni trening efikasno uticao
na razvoj sile. Rezultati iz tabele 2. pokazuju da su koeficijenti korelacije između F0 i 1RM-a veoma
visoki u obe grupe, kao i u pretestu i posttestu. Takođe, činjenica da ne postoje statistički značajne
razlike između pomenutih varijabli, još jedna je potvrda visokoj konkurentnoj validnosti parametra
F0 i pre, ali i nakon trenažnog procesa od osam nedelja. U prilog ovakvom nalazu govore i podaci
sa slike 3. Može se primetiti da su oblici punih linija koje predstavljaju vrednosti F0 individualno za
svakog ispitanika, uglavnom veoma slični i prate isprekidane linije koje predstavljaju individualne
vrednosti 1RM-a. Ovo je još jedna kvalitativna potvrda o visokoj konkurentnoj validnosti parametra
maksimalne sile dobijenog iz linearne relacije sila-brzina pri izbačaju tega sa grudi. Visoka konku-
rentna validnost zadržana je i nakon treninga od osam nedelja. Na grafiku se može primetiti da su
vrednosti F0 uglavnom manje od vrednosti 1RM-a. To se može objasniti činjenicom da su ovi para-
metri linearne regresije dobijeni iz srednjih vrednosti sile i brzine na svakom nivou opterećenja za
svakog ispitanika. Ovakvi nalazi su u skladu sa prethodnim istraživanjima (Sreckovic, 2015).
Iz dobijenih rezultata sledi da su obe hipoteze potvrđene. Potvrđene hipoteze su u skladu sa
dosadašnjim istraživanjima (Driss et al., 2002; Cuk et al., 2014; Vandewalle et al., 1987, Sreckovic et
al., 2015).
ZAKLJUČAK
Rezultati sprovedenog istraživanja govore u prilog tome da se parametar maksimalne sile do-
bijen iz linearne relacije sila-brzina može pouzdano i validno koristiti u funkcionalnim testiranjima
za procenu mehaničkih osobina mišića i pre i nakon sprovedenog trenažnog procesa. Prednosti ko-
rišćenja ovog parametra su višestruke. Može se koristiti u sportskoj dijagnostici, rekreaciji, rehabili-
taciji i mnogim drugim oblastima fizičke aktivnosti. Takođe, primena relacije sila-brzina omogućava
sveobuhvatniju sliku mišićne mehanike i na taj način bolje razumevanje mišićnog sistema čoveka.
LITERATURA
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part 2-Training considerations for impro-ving maximal power production. Sports Med, 41(2), 125-
146.
Cronin, J. B., McNair, P. J., & Marshall, R. N. (2003). Force-velocity analysis of strength-trai-
ning techniques and load: implications for training strategy and research. The Journal of Strength &
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Cuk, I., Markovic, M., Nedeljkovic, A., Ugarkovic, D., Kukolj, M., & Jaric, S. (2014). Force–
velocity relationship of leg extensors obtained from loaded and unloaded vertical jumps. European
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Driss, T., Vandewalle, H., Chevalier, J. M. L., & Monod, H. (2002). Force-velocity relationship
on a cycle ergometer and knee-extensor strength indices.Canadian Journal of Applied Physiolo-
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Driss, T., & Vandewalle, H. (2013). The measurement of maximal (anaerobic) power output on
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Fenn, W. O., & Marsh, B. S. (1935). Muscular force at different speeds of shortening. The Jour-
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Frost, D. M., Cronin, J., & Newton, R. U. (2010). A biomechanical evaluation of resistan-
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Hill, A. V. (1938). The heat of shortening and the dynamic constants of muscle.Proceedings of
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Nikolaidis, P. (2012). Age-and sex-related differences in force-velocity characteristics of upper
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relationships in squat exercise. European journal of applied physiology, 84(3), 227-232.
Ravier, G., Grappe, F., & Rouillon, J. D. (2004). Application of force-velocity cycle ergometer
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Sprague, R. C., Martin, J. C., Davidson, C. J., & Farrar, R. P. (2007). Force-velocity and power-
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UDK 796.012.11:796.012.13
RELIABILITY AND CONCURRENT VALIDITY OF THE MAXIMUM
FORCE PARAMETER OBTAINED FROM THE LINEAR FORCE-VELOCITY
RELATIONSHIP

Sasa Djuric1, Milena Zivkovic1, Dejan Suzovic1, Aleksandar Nedeljkovic1
1Faculty of sport and physical education, Belgrade, Serbia

INTRODUCTION
Mechanical properties of muscles are in the research focus due to importance of understanding
muscle-skeletal system, as well as, understanding effectiveness of influence of different training and
rehabilitation processes aimed at improving physical abilities in different populations (Cormie et al.,
2011; Frost et al., 2010). Research has been mainly focused on the ability of the muscular system to
exert a high level of external force during movement at high velocity and, consequently, exhibiting
high mechanical power output.
Since the seminal studies in the first half of the twentieth century, it is known that the
force of individual muscles and muscle groups decreases with increasing velocity in a nonlinear
(approximately hyperbolic) manner (Hill, 1938; Wilkie, 1949; Fenn & March, 1935). However, recent
studies have shown that the force-velocity relationship which is obtained by applying a certain load
ranges and performing maximum multi-joint movement is approximately linear.  These findings
were confirmed when performing various motor tasks such as biking (Driss & Vadewalle, 2013;
Nikolaidis, 2012; Ravier et al., 2004), vertical jumps (Cuk et al., 2014; Rahmani et al., 2001; Samozino
et al. 2014; Sheppard et al 2008; Vadewalle et al., 1987) as well as the movements of the upper
extremities (Nikolaidis, 2012; Van Der Tillar, 2004; Hintzy et al., 2003; Sprague et al., 2007; Cronin et
al., 2003; Sreckovic et al., 2015).
Due to linear shape of the relationship, linear regression is highly suitable in the analysis of the
mechanical properties of the muscles:
F(V) = F0 – aV
where F0 represents the y-axis intercept of the regression line representing maximum force parameter
(corresponding to theoretically maximum of isometric force, because velocity value is equal to zero),
while a represents slope corresponding to quotient of F0/V0 (where V0 represents x-axis intercept
corresponding to theoretically maximum of muscle shortening velocity, because force value is equal
to zero). Because of the simple calculation methods, in testing of a mechanical properties of muscles
in multi-joint movements, linear force-velocity relationship is often applied (Jaric, 2015).
However, although the applied linear models generally show a high and strong relationship
(Cuk et al., 2014; Hintzy et al., 2003; Ravier et al., 2004), only two studies have assessed the reliability
of their parameters (Cuk et al., 2014 ; Sreckovic et al., 2015).
On the other hand, although several studies have investigated the concurrent validity of the
linear force-velocity relationship parameters, the results proved to be rather inconsistent. Thus, the
concurrent validity of the maximum force parameter (F0) regarding the directly measured muscle
strength, according to some studies, could be moderate to high (Driss et al., 2002; Cuk et al., 2014;
Vandewalle et al., 1987, Sreckovic et al., 2015 ), low, and even negligible (Ravier et al., 2004; Yamauchi
& Ishii, 2007; Rahmani et al., 2001). For this reason, the reliability and validity of the linear force-
velocity parameters, especially F0 parameter, remain a problem.
Regarding the problem, the aim of this study was: To determine the reliability and concurrent
validity of linear force-velocity maximal force parameter obtained from performing bench press
throws exercise.
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Saša Đurić, Milena Živković, Dejan Suzović, Aleksandar Nedeljković
From the aim and results of previous studies, we set 2 hypotheses:
Hypothesis 1: Reliability of maximal force parameter will be high.
Hypothesis 2: Concurrent validity of maximum force parameter will be high.
METHOD
The sample consisted of 24 male students of the Faculty of Sport and Physical Education,
University of Belgrade. The participants were physically active as part of their academic curriculum
that included six to eight hours with physical activity per week. Physical activities did not include
intense and strenuous exercise for the upper body. All participants were aware of the potential
risks of the applied testing and they signed consent for participation in the study. The experimental
protocol and consent were in accordance with the Declaration of Helsinki and approved by the
Ethical Committee of the Faculty.
The participants were randomly assigned to two equal groups of 12 subjects – Experimental
Group (EXP; BM = 75.2 ± 9.1 kg; BH = 180.3 ± 7.8 cm; PBF = 11.2 ± 5% 1RM = 79.6 ± 11.4 kg) and
Control Group (CON; BM = 77.9 ± 7.8 kg; BH = 181.9 ± 5.5 cm; PBF = 10.6 ± 3.6%; 1RM = 82.1 ±
10,3kg). There were no significant differences in body mass (BM), body height (BH), percentage of
body fat (PBF) or the maximum lifted load (1RM) in the bench press exercise between the two groups.
The conducted study was longitudinal. The experimental protocol consisted of pretest, 8
weeks of training conducted on the EXP group and posttest. Pretest and posttest consisted of 2
testing sessions each, and conducted from 4 to 7 days before or after the experimental treatment.
The first pretest session included anthropometric measurements (BM, BH and PBF), determination
of 1RM in the bench press exercise, as well as familiarization with bench press throws exercise.
Measurement of BH was performed by standard anthropometer, while BM and PBF were determined
using bioelectrical impedance (IN BODY 720, USA). In the second pretest session measurements
were performed during the bench press throws. The first and second posttest sessions were identical
as in the pretest. Before each testing session subjects performed a standard warm-up procedure,
which consisted of five-minute dynamic shoulders and arms exercise, 2 sets of 6 reps of bench press
throws with intensity of 40% of 1RM, as well as five-minute static stretching of triceps and pectorals
(Leontijevic, 2013; Sreckovic, 2015).
Bench press throws were performed on a modified Smith machine that was supposed to enable
the load range in order to obtain force (F) and velocity (V) variables for further analysis (Figure 1).
Participants were instructed to throw the bar ‘as high as possible’ from the static starting position.
Bar was positioned 1 cm from the participant’s chest and assured by mechanical stops. In total, each
participant performed 24 throws (8 loads x 3 throws). Load range (which included the weight of the
hand, bar and weight plates), which was applied in the pretest and posttest on the Smith machine
(Figure 2) was 30, 37, 44, 51, 58, 65, 72 and 79% of individual participant’s 1RM. The loads were
randomly distributed to each participant individually.
Figure 1.Linear force-velocity relationship at representative participant of EXS group at pretest
(filled squares) and posttest (open squares).
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Reliability and Concurrent Validity of the Maximum Force Parameter Obtained from the Linear Force-Velocity Relationship
The training was conducted over a period of 8 weeks, 3 times per week. Only EXP group
trained. Training consisted of bench press throws with the attached elastic rubber bands that were
pulling the bar downwards. Resistance matched load of 40kg, which was about 50% of participant’s
1RM (Figure 2). Each training session lasted about an hour which was preceded by the standard
procedure of stretching and warming up. The number of sets and repetitions during training
increased, so in the first and second week participants performed 6 sets with 7 reps, in the third and
fourth 7 sets with 7 reps, in the fifth and sixth 8 sets with 7 reps, in the seventh and eighth week 9 sets
with 7 reps. Pause between sets was 5 minutes, while between repetitions was about 5 seconds. CON
group was not involved to the training process, but they were instructed to have standard physical
activities and not to have additional activities during the study period.
Figure 2.Illustration of the type of training load and data collection in the pretest and posttest
(panel A) as well as the training load (panel B) at the bench press throws exercise on modified Smith
machine.
Data obtained from the bench press throws at 8 different load magnitudes during the pretest
and posttest were used for analysis. Note that the pretest and posttest were conducted on the weight
plates attached, while the training (only for EXP group) was conducted with rubber bands attached
to the bar. Displacement of the bar was recorded with linear transducer (Vivis Med, Belgrade,
Serbia), with accuracy at the level of 0.01 cm and a linearity greater than 99%. The data was sampled
at a frequency of 200 Hz and low-pass filtered using Butterworth filter with cutoff frequency of 5
Hz. Custom designed software (National Instruments LabVIEW 2010, Austin, TX, USA) was used in
order to record vertical movement of the bar. Using this software, mean force and velocity variables
were calculated only in the concentric phase of movement, by the time bar left participant’s hands
(moment when the acceleration value become lower than -9,81). In order to obtain a force-velocity
relationship, individual linear regressions were calculated for each participant. After obtaining
linear regression, for further analysis we used the maximum force parameter (which represents the
intercept of regression line and the ordinate). This parameter represents the theoretical maximum
isometric force (at this point the velocity value is equal to zero).
The normality of the distribution was tested applying Kolmogorov-Smirnov test. The data
were normally distributed. Descriptive statistics are presented as means and standard deviations. For
assessing the reliability of individual maximum force parameter obtained from linear force-velocity
relationship, Pearson correlation was applied, while for establishing concurrent validity additionally,
the t-test for independent samples was applied. Note that reliability was assessed on the results from
only the CON group, while the results from both groups before and after the training were used
for determining the concurrent validity. To determine the difference of values F0 and 1RM between
pretest and posttest, we applied the paired samples t-test.
RESULTS
First of all, note that the linear force-velocity relationship was very high and strong (r > 0.95).
Descriptive statistics of maximal lifted load and maximum force parameter at bench press throws
are shown at table 1.
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Saša Đurić, Milena Živković, Dejan Suzović, Aleksandar Nedeljković
Table 1.Descriptive statistics of F0 and 1RM at pretest and posttest by groups
Group
F0_pre (N)
F0_post (N)
1RM_pre (N)
1RM_post (N)
EXP
726 ± 103
796 ± 97**
781 ± 112
834 ± 118**
CON
742 ± 94
740 ± 94
805 ± 97
805 ± 97
Note that values of F0 and 1RM were higher in EXP group in posttest than in the pretest, and
that this difference was statistically significant (p < 0.01). These values in CON group remained
almost unchanged.
In order to determine the reliability, correlation analysis was applied on the results of CON
group. Results showed that the F0 reliability was very high (ICC > 0.97).
Table 2 shows the results of correlation analysis and t-test applied to the results of the maximum
force parameter and the maximum load, all with the aim of determining the concurrent validity of
maximum force parameter.
Table 2.Pearson’s correlation and t-test applied on the F0 and 1RM results
at pretest and posttest by groups
 Group
r_pre
r_post
p_pre
p_post
EXP
0.97
0.94
0.23
0.40
CON
0.99
0.96
0.13
0.12
Pearson’s correlation coefficients in the pretest and posttest in both treatment groups were
very high, which indicates that the concurrent validity of the maximum force parameter obtained
from the linear force-velocity relationship was very high. The finding that there were no statistically
significant differences between these variables either in pretest to posttest, are in support for this
findings. Figure 3 depicts a more detailed shape of the relation between variables F0 and 1RM
individually by the participants.
Figure 3.Illustration of F0 and 1RM values at pretest and posttest by groups and individual
participants
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Reliability and Concurrent Validity of the Maximum Force Parameter Obtained from the Linear Force-Velocity Relationship
The upper panel shows the results of the EXP group, while lower panel shows results of the
CON group at pretest (left panel) and posttest (right panel) of F0 and 1RM. Note that the values of
both variables at the posttest in EXP group (upper right panel) are increased, while the values in
CON group (lower right panel) remained almost unchanged compared to the pretest. However, the
relationship between these two variables is specific. It is noticeable that the full lines (F0) generally
follow dashed lines (1RM) with minor variations, regardless of the observed panel. From these
results, we can conclude that the correlation between these variables was very high regardless the
group and whether it is a pretest or posttest.
DISCUSSION
To assess reliability and concurrent validity of maximum force parameter obtained from the linear
force-velocity relationship at bench press throws, we applied correlation analysis and analysis of the
difference between the above mentioned parameters and maximal lifted loads at bench press exercise.
Regarding reliability, applied correlation analysis on the results of CON group showed very
high reliability of F0 parameter (ICC > 0.97). These findings are in accordance with previous research
(Sreckovic et al., 2015).
The values
of F0 and 1RM in Table 1 support the fact that the conducted training effectively
influenced the development of muscular force. Results in Table 2 showed that the correlation
coefficients between F0 and 1RM were very high in both groups, as well as at the pretest and posttest.
Also, the fact that there were no statistically significant differences between the above mentioned
variables is another confirmation of the high concurrent validity of F0 parameter before, as well as
after the training of eight weeks. The data in Figure 3 are in support of this finding. It can be noted
that the shapes of solid lines which represent the values of F0 individually for each participant, are
generally very similar and follow the dashed lines representing the individual values
of 1RM. This
is another qualitative confirmation of the high concurrent validity of maximum force parameter
obtained from the linear force-velocity relationship at bench press throws. High concurrent validity
was maintained after eight weeks of training. Figure shows that the values
of F0 were generally less
than the values of 1RM. This can be explained by the fact that these parameters were obtained
by linear regression from the mean force and velocity variables at each load magnitude for each
participant. These findings are consistent with previous research (Sreckovic, 2015).
From the obtained results, we can conclude that both hypotheses are confirmed. The confirmed
hypotheses are in accordance with previous studies (Driss et al., 2002; Cuk et al., 2014; Vandewalle et
al., 1987, Sreckovic et al., 2015).
CONCLUSION
Results of the conducted research support the fact that the maximum force parameter obtained
from the linear force-velocity relationship could be reliably and validly used in functional testing to
assess mechanical properties of muscles before, as well as, after conducted training process. The
advantages of using this parameter are multiple. It can be used in the sports diagnostics, recreation,
rehabilitation and many other areas of physical activity. Also, the application of force-velocity
relationship provides a more comprehensive notion of muscular mechanics and thus, a better
understanding of the human muscular system.
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Cormie, P., MICHAEL, R., & ROBERT, U. (2011). Developing maximalneuromuscular power
part 2-Training considerations for impro-ving maximal power production. Sports Med, 41(2), 125-146.
Cronin, J. B., McNair, P. J., & Marshall, R. N. (2003). Force-velocity analysis of strength-
training techniques and load: implications for training strategy and research. The Journal of Strength
& Conditioning Research, 17(1), 148-155.
220
Conference Procedings
Saša Đurić, Milena Živković, Dejan Suzović, Aleksandar Nedeljković
Cuk, I., Markovic, M., Nedeljkovic, A., Ugarkovic, D., Kukolj, M., & Jaric, S. (2014). Force–
velocity relationship of leg extensors obtained from loaded and unloaded vertical jumps. European
journal of applied physiology, 114(8), 1703-1714.
Driss, T., Vandewalle, H., Chevalier, J. M. L., & Monod, H. (2002). Force-velocity relationship on
a cycle ergometer and knee-extensor strength indices.Canadian Journal of Applied Physiology, 27(3),
250-262.
Driss, T., & Vandewalle, H. (2013). The measurement of maximal (anaerobic) power output on
a cycle ergometer: a critical review. BioMed research international, 2013.
Fenn, W. O., & Marsh, B. S. (1935). Muscular force at different speeds of shortening. The
Journal of Physiology, 85(3), 277-297.
Frost, D. M., Cronin, J., & Newton, R. U. (2010). A biomechanical evaluation of resistance. Sports
medicine, 40(4), 303-326.
Hill, A. V. (1938). The heat of shortening and the dynamic constants of muscle.Proceedings of
the Royal Society of London B: Biological Sciences, 126(843), 136-195.
Hintzy, F., Tordi, N., Predine, E., Rouillon, J. D., & Belli, A. (2003). Force–velocity characteristics
of upper limb extension during maximal wheelchair sprinting performed by healthy able-bodied
females. Journal of Sports Science,21(11), 921-926.
Leontijevic, B., Pazin, N., Kukolj, M., Ugarkovic, D., & Jaric, S. (2013). Selective effects of
weight and inertia on maximum lifting. International journal of sports medicine, 34(3), 232-238.
Nikolaidis, P. (2012). Age-and sex-related differences in force-velocity characteristics of upper
and lower limbs of competitive adolescent swimmers.Journal of human kinetics, 32, 87-95.
Rahmani, A., Viale, F., Dalleau, G., & Lacour, J. R. (2001). Force/velocity and power/velocity
relationships in squat exercise. European journal of applied physiology, 84(3), 227-232.
Ravier, G., Grappe, F., & Rouillon, J. D. (2004). Application of force-velocity cycle ergometer
test and vertical jump tests in the functional assessment of karate competitor. J Sports Med Phys
Fitness, 44(4), 349-55.
Samozino P, Edouard P, Sangnier S, Brughelli M, Gimenez P, Morin JB (2014) Force–velocity
profile: imbalance determination and effect on lower limb ballistic performance. Int J Sports Med
35(6):505–510
Sheppard, J. M., Cormack, S., Taylor, K. L., McGuigan, M. R., & Newton, R. U. (2008). Assessing
the force-velocity characteristics of the leg extensors in well-trained athletes: the incremental load
power profile. The Journal of Strength & Conditioning Research, 22(4), 1320-1326.
Sprague, R. C., Martin, J. C., Davidson, C. J., & Farrar, R. P. (2007). Force-velocity and power-
velocity relationships during maximal short-term rowing ergometry. Medicine and science in sports
and exercise, 39(2), 358-364.
Sreckovic, S., Cuk, I., Djuric, S., Nedeljkovic, A., Mirkov, D., & Jaric, S. (2015). Evaluation
of force–velocity and power–velocity relationship of arm muscles.  European journal of applied
physiology, 1-9.
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and maximal power on a cycle ergometer. European Journal of Applied Physiology and Occupational
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physiology, 110(3-4), 249-280.
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UDK 796.1:37-055.2
THE EFFECTS OF THEORETICAL CLASSES ON HEALTH RELATED
FITNESS OF FEMALE STUDENTS
Josip Cvenić
Deparment of Mathematics, University of Osijek, Osijek, Hrvatska
INTRODUCTION
Young people spend less and less time participating in activities that require muscle work
meanwhile the activities associated with sitting and spending free time passively increases (Caspersen
et al., 2000). Physical and health educational field because of its importance to the harmonious
development of anthropological characteristics of students is unique for its features and specificities.
Slater and Tiggemann (2010) emphasize the importance of the application of theoretical lectures
in physical education for the promotion of learning motion structures with understanding and
development of thinking skills during the performance of activities. While physical education is the
type of school-based program that should promote lifelong PA, traditional sports-based physical
education has failed to achieve this goal (Dale & Corbin, 2000; Pangrazi, 2010). Many high school
programs around the nation have replaced traditional sports-based physical education in some grades
with other curricular models with a health promotion focus, one of which is conceptual physical
education (CPE). Differing from traditional physical education, these CPE courses generally follow a
curriculum that includes classroom lessons that teach important health and fitness concepts coupled
with activity sessions that teach fitness programming, self-monitoring, and fitness assessments (Dale
& Corbin, 2000). CPE courses teach health-related fitness knowledge and exercise skills which are
thought to help students understand and enjoy PA throughout their lifetime.
Health-related physical fitness components, consistent with modern definitions, include
cardiovascular fitness, muscular endurance, strength, flexibility, and body composition (Pate, 1988).
A more frequent of the conceptual topics often included in HRF courses are: Physical activity,
Components of fitness, Overweight and obesity, Stress management, Nutrition, Tobacco use and
Substance abuse. According to Hensley, “Fitness for Life” was the most common title used for
courses that combined health concepts with physical activity (Hensley, 2000). The Fitness for Life
textbook contains 18 chapters that cover the 5 components of fitness (muscular strength, muscular
endurance, cardiovascular fitness, flexibility, and body composition), nutrition, self-management
skills, goal setting, stress management skills, and personal program planning.  Health-related
assessments included in HRF courses are fitness testing, nutritional analysis, chronic disease risk
factors, and stress assessment.

METHOD
The experiment was run during the 2012-2013 academic year, at the University of Osijek. The
sample was consisteded of freshmen female students of the Department of Mathematics, Chemistry
and Physic (N=84) who were randomized  in two equal-sized groups, experimental (n=42) and
control group(n=42). In order to realize the goals, two different programs of physical education
were offered for a period of one academic year. Regarding the structure, experimental program was
conducted on the same principles as in the control group. The only difference between the groups
was that instead of the 90 minutes of practical training in the control group, the experimental group
included every second class theoretical lecture for 30 minutes on a particular topic.
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Josip Cvenić
The experimental program consisted of 13 lectures from health related fitness field and
kinesiology. Topics included kinesiology, anatomy of the human body, motor skills, energy systems,
obesity and risks of sedentary lifestyles, regular physical activity programs, injury prevention, health
nutrition, history of sport and exercise, substance abuse, fair-play, hygiene and exercise, psychological
benefits of exercise.
The control group performed 90 minutes resistance training per week in circuit training, using
an 8-12 repetition maximum (RM) and targeting major muscle groups of the upper and lower body.
Measurements were obtained in fitness centre before and after 8 month intervention by
trained personnel in kinesiology. The following tests were used for assessment health related fitness:
6 minute run, seated straddle stretch, standing broad jump, trunk lift for 60 seconds, 3-site skinfold
body fat.
Statistical analysis was made by Statistica, Version 10 for Windows package program.
Arithmetic average, standard deviation, the lowest and highest values were determined. The two-
measured ANOVA was performed on all health related fitness variables for comparison experimental
and control group.
RESULTS
Physical fitness characteristics and anthropometric measurement of experimental and control
groups at pretesting are presented in the Table 1.
Table 1. Health related fitness characteristics of experimental (E) and control (C) groups at pretesting
Variable
G
N
MEAN
MIN
MAX
SD
SKEW
KURT
MAXD
Triceps skin fold
(mm)
C
42
18.87
8.73
30.50
5.75
0.10
-0.55
0.10
E
42
18.74
9.26
46.73
6.70
1.95
6.23
0.14
Suprailiac skin fold
(mm)
C
42
26.33
12.53
43.06
8.87
0.10
-1.15
0.11
E
42
23.90
10.86
64.66
10.28
1.99
5.48
0.20
Thigh skin fold
(mm)
C
42
31.74
13.00
50.00
9.32
0.00
-0.76
0.06
E
42
30.30
15.80
60.93
9.61
1.03
1.25
0.15
Height
(cm)
C
42
167.19
146.40
182.80
7.42
- 0.43
0.85
0.11
E
42
167.40
155.20
180.90
6.00
0.08
-0.02
0.10
Weight
(kg)
C
42
61.50
40.30
80.80
10.84
0.10
-0.99
0.12
E
42
62.00
48.80
96.20
8.92
2.02
5.92
0.14
Seated straddle
stretch (cm)
C
42
68.65
39.00
99.66
12.91
0.13
0.06
0.07
E
42
64.64
41.33
90.66
12.86
0.21
-0.50
0.07
Standing broad
jump (cm)
C
42
172.26
93.66
211.00
23.59
-0.82
1.82
0.09
E
42
169.50
125.33
205.33
21.27
-0.19
-0.51
0.06
Trunk lift for 60
seconds (reps)
C
42
47.14
22
65
8.22
-0.49
1.37
0.12
E
42
43.33
30
60
7.17
0.00
-0.54
0.08
6 minute run (m)
C
42
1030.7
782
1302
128.1
0.12
-0.78
0.11
E
42
979.9
702
1276
130.2
0.14
-0.39
0.08
Legend: G-group, N-number of participants, E- experimental group, C - control group, MIN-minimum, MAX-
maximum, SD-standard deviation, SKEW-skewness, KURT-kurtosis, MAXD-Kolmogorov-Smirnov test
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The Effects of Theoretical Classes on Health Related Fitness of Female Students
    In comparison with other studies (Mraković, 2011) students from University of Osijek scored
lower in seated straddle stretch in relation with students from Medicine faculty University of Zagreb
(72.74 cm), higher in standing broad jump relate to students of Faculty Teacher education University
of Zagreb (7 cm). Compared with students of Faculty Teacher education in Čakovec, female students
perform better results in test trunk lift for 60 seconds for 5 repetition (Nikolić, 2014).
Table 2. Health related fitness characteristics of experimental (E) and control (C) groups at
pretesting (PRE) and posttesting (POST) using mean±standard deviation (SD)
Variable
G
MEAN±SD
p-value
PRE                 POST
Height
(cm)
E
167.40±6.00
167.38±6.14
0.46
C
167.19±7.42
167.38±6.14
Weight
(kg)
E
62.00±8.94
62.41±8.59
0.29
C
61.50±10.84
62.47±10.85
Triceps skin fold (mm)
E
18.74±6.69
18.76±5.69
0.28
C
18.87±5.75
19.90±6.68
Suprailiac skin fold
(mm)
E
23.90±10.28
20.99±8.82
0.71
C
26.33±8.87
23.96±9.33
Thigh skin fold (mm)
E
30.30±9.61
28.79±8.17
0.35
C
31.74±9.32
31.69±9.44
Fat percentage (%)
E
26.88±6.06
25.81±6.11
0.36
C
28.14±6.54
27.86±6.49
Seated straddle stretch
(cm)
E
64.64±12.86
65.32±13.31
0.87
C
68.65±12.91
69.36±13.17
Standing broad jump
(cm)
E
169.50±21.27
172.39±21.19
0.36
C
172.26±23.59
172.98±23.64
Trunk lift for 60
seconds (reps)
E
43.33±7.17
48.16±7.27
0.04*
C
47.14±8.22
49.85±8.30
6 minute run (m)
E
979.9±130.2
1047.1±122.5
0.00*
C
1030.7±128.1
1022.7±149.1
*p<0.05, **p<0.01
From the Table 2, it is clear that two-repeated measured ANOVA showed at posttesting, that
the experimental in comparison with the control group performed better interaction results on the
cardiovasculary endurance (p<0.01) and muscular endurance (p<0.05).
DISCUSSION
After enrolment to the faculty, inactivity of students grow rapidly, 41,53% of male students and
66,45% female students became sedentary (Fučkar Reichel et al., 2008). Physical education class in
higher education once on week for 90 minutes is not enough to make any improvements in physical
or health related fitness. Because of that, improvements were not expected to occur only with the
effects from the class neither for both groups. Only chance to activate student outside the classroom
is to promote regular physical activity with theoretical approach and give them some reasonable
information, feedback to help interpret results, instruction that is useful in planning programs for
improvement of fitness through regular physical activity, knowledge and “tools” how to exercise. The
primary goal is promoting activity patterns that lead to reduced health risk and improved health-
related physical fitness. Perry et al. (2002) found that biology curriculum integrated with exercise
physiology theory and exercise activities may result in significance improvements in physical fitness,
body size satisfaction, and physiology knowledge in high school adolescents.
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Josip Cvenić
   The purpose of this study was to evaluate the effectiveness of a newly implemented health
related theoretical lectures in traditional physical education class. Experimental group of two
classes (n=42) went through the program designed to motivate student for better understanding of
health related fitness concept, increase physical activity outside the classroom and enhance health
related physical fitness components. The control group went through a standard traditional physical
education curriculum.
  Results showed that at baseline, both groups were fairly similar to their physical and
anthropometrical characteristics. The control group showed better results at beginning in almost
all physical variables (standing broad jump, seated straddle stretch, trunk lift for 60 seconds), and
one cardiovascular variable 6 minute run as can be seen in Table 1. But after a 8 month period
experimental group also showed significantly higher values and progress in two of these variables
at posttesting (Table 2). It is possible that the cause of differences was also influence of the other
physical exercising contents, performed by extracurricular activities, and activities in the free time.

CONCLUSION
Potential limitation of this study could originate from several reasons. Relatively small number
of participants in samples could be one of them. Student evaluation of lectures and health related
topics is also desirable at the end of experimental program.
Student period, as the final stage of the educational process, by which a targeted intervention
to increase exercise and physical activity, provides a many options for intervention to change the
undesirable health behavior. Therefore, different interventions are necessary in order to increase
student physical activity, regular exercise and reduce sedentary behavior. Promoting participation
in physical activity, exercise and sports can make an important contribution to the prevention of
disease, promotion of health and community well being.

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Fučkar Reichel, K., Špehar, N. Gošnik, J., i Bunjevac, T. (2008). The level of sport activity of
students from three institutions of higher education. In: Milanović, D. and Prot, F. (eds.), Proceedings
book of 5th International Scientific Conference “Kinesiology research trends and Applications”
(pp.517-520). Zagreb: Faculty of kinesiology, University of Zagreb.
225
Zbornik radova
UDK 796.1:005
ANALIZA FAZA MENADŽMENTA U REALIZACIJI SPORTSKO
REKREATIVNOG KAMPA
Bojan Ugrinić1, Aleksandar Ivanovski2, Marija Zegnal Koretić3, Srđan Milosavljević4
1Fakultet za fizičku kulturu i menadžment u sportu, Univerzitet Singidunum, Beograd, Srbija
2Visoka sportska i zdravstvena škola, Beograd, Srbija
3Međumursko Veleučilište, Čakovec, Hrvatska
4Fakultet za fizičku kulturu i menadžment u sportu, Univerzitet Singidunum, Beograd, Srbija
UVOD
Rad je nastao kao potreba da se primene dosadašnja znanja i iskustva tokom dugogodišnje re-
alizacije različitih sportsko rekreativnih aktivnosti, kao i da se analiziraju faze menadžmenta u reali-
zaciji sportsko rekreativnog kampa. Pojava i razvoj savremene tehnologije dovela je do velike uštede
čovekove energije ali i do kompletne promene načina života. Čovek je izložen sve većim zahtevima
savremenog društva pa samim tim i stresu. Zaboravlja se, da je jedna od osnovnih potreba koju deca
žele da zadovolje potreba za igrom, kao i raznovrsno kretanje koje omogućava pravilan rast i razvoj
naše dece. Pošto veliki deo dana deca provode u zatvorenom prostoru (u školi, učionici, stanu...),
poželjno je van časovne slobodno izabrane aktivnosti izvoditi na otvorenom prostoru, čistom i sve-
žem vazduhu. Deca u okviru ovog kampa prolaze kroz razne poligone koji su različitog karaktera. U
njegovoj realizaciji veliku ulogu imaju i alati koji se upotrebljavaju. Od velike koristi su multimedi-
jalna i digitalna oprema i rekviziti, muzika, video, zvučni efekti, razna pomoćna sredstva itd. Shodno
tome jedna od definicije menadžmenta po Džejmsu i Stoneru (Stavrić, B., Stamatović M.,2003) koja
je ostavila utisak glasi: “Menadžment se određuje kao proces planiranja, organizovanja, vođenja,
odnosno liderstva i kontrole napora svih u organizaciji da bi se iskoristili svi organizacioni resursi i
ostvarili postavljeni ciljevi organizacije” Menadžment proces se sastoji od četiri osnovne aktivnosti:
planiranja, organizovanja, vođenja i kontrole, one se među sobom prepliću i jedna na drugu utiču.
Planiranje je aktivnost u kojoj se donose odluke o ciljevima organizacije i u kojoj se osmišljavaju akci-
je neophodne kako bi se postavljeni ciljevi ostvarili. Organizovanje sledi nakon planiranja i obuhvata
više aktivnosti istovremeno, pri čemu se sve aktivnosti usmeravaju na određivanje načina kako da
se postavljeni ciljevi ostvare. Vođstvo je aktivnost koja se sastoji u obezbeđivanju vođstva u smislu
korišćenja uticaja i motivacije na članove tima kako bi ispunili postavljene zadatke i tako ostvarili
ciljeve organizacije. Kontrola je faza koja omogućava da se sve planirane aktivnosti ostvare, i ona u
sebi uključuje više aktivnosti istovremeno.
Letnji kamp se realizovao u pet smena u periodu od 29. juna do 29. jula i trajanju od nedelju
dana po smeni na Divčibarima u okviru kompleksa hotela i dečijih odmarališta UTD “Vujić Divči-
bare” u čijem sastavu se nalaze hotel „Maljen“, odmaralište „Mladost“, odmaralište „Crni vrh“ i hotel
„Divčibare“. U realizaciji programa učestvovalo je trideset članova tima koji su obučeni sa svoje ak-
tovnosti, kroz kamp je prošlo približno 2000 dece.
Predmet rada predstavlja ulogu i značaj четири faze menadžmenta u analizi sportsko rekre-
ativnog kampa kroz program анимације рекреативних активности. Cilj rada je predstavljanje re-
kreativnih aktivnosti za decu, uzrasta od sedam do četrnaest godina, kroz planiranje, organizaciju,
vođenje i kontrolu.
226
Conference Procedings
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
METOD
Metod rada:
• Korišćeni su empirijski postupci kao što su posmatranje, razgovor, anketa.
• Koristila se metoda teorijske analize i bibliografska metoda prikupljanja podataka.
• Od velikog značaja bila je iskustvena metoda analize podataka.
Kao istraživačka tehnika korišćena je tehnika anketiranja i skaliranja. Коришћена је
петостепена Ликертова скала. Anketa je podrazumevala prikupljanje, analiziranje i prikazivanje
podataka. Rezultati su prikazani u procentima. Urađena je osnovna statistička obrada podataka
анкетираних 500 ispitanika.
REZULTATI
Planiranje kao prva faza menadžmenta je i najvažnija faza menadžmenta, ona određuje ci-
ljeve organizacije i načine za njihovu realizaciju, predstavlja proces gde se na početku realizacije
sportsko rekreativnog kampa postavljaju aktivnosti koje su bazirane kroz edukaciju, sport, rekreaciju
i avanturu, prirodu i zdrav život, zabavu. Utvrđuje se tačan broj smena i termina izvođenja, lokacija
i smeštajni kapacitet. Planirane aktivnosti  se odvijaju u tri segmenta: prepodnevne, popodnevne i
večernje.
•	Edukaciju kao sastavni deo prve faze predstavljamo kroz aktivnosti kao što su: časovi engle-
skog jezika, mala škola saobraćaja, osnove šaha, umetničke radionice.
•	Sport, rekreacija i avantura kao sastavni deo prve faze predstavljamo kroz aktivnosti kao što
su: streličarstvo, mačevanje, vožnja bagija, „zorbing“, „buble fudbal“, „zip line“, poligoni, igre u baze-
nu, penjanje na veštačku stenu, jahanje konja, tenis, stoni tenis, slip, pikado.
•	Priroda i zdrav život kao sastavni deo prve faze predstavljamo kroz aktivnosti kao što su:
mladi izviđači, postavljanje šatora, orijentacija u prostoru, logorska vatra, ekološke radionice, zdrava
ishrana i radne navike.
•	Zabavu kao sastavni deo prve faze predstavljamo kroz aktivnosti kao što su: žurke, ples, ka-
raoke, maskenbal, večernje animacije, kvizovi.
Tabela br. 1
DAN 1.
DAN . 2
1430-1530 1545-1645 17-18
1815-1915 1915-
1945 8-830
9-10
1015-1115 1130-1230 1245-1345 14-
1430
16-1645
17-1745
18-1845
1915-
1945
Zmajevi
O
T
V
A
R
A
Nj
E
Stena
P2
Bubl
V
D
P1
Bazen
Šah
Zorbin
R
P
A
U
Z
A
Šatori
Strelič.
Zip
V
Tigrovi
P2
Bubl
P1
V
D
Bazen
Šah
Zorbin
Šatori
R
Strelič.
Zip
Air
V
Orlovi
Bubl
P1
Bazen
V
D
Šah
Zorbin
Šatori
Strelič.
R
Zip
Air
Engleski
V
Lavovi
P1
Bazen
Šah
V
D
Zorbin
Šatori
Strelič.
Zip
R
Air
Engleski
Orijenti
V
Štrumfovi
Bazen
Šah
Zorbin
V
D
Šatori
Strelič.
Zip
Air
R
Engleski
Orijenti
P3
V
Aligatori
Šah
Zorbin
Šatori
V
D
Strelič..
Zip
Air
Engleski
R
Orijenti
P3
Mač.
V
Ajkule
Zorbing
Šatori
Strelič.
V
D
Zip
Air
Engleski
Orijenti
R
P3
Mač.
Slip
V
Vukovi
Šatori
Strelič.
Zip
V
D
Air
Engleski
Orijenti
P3
R
Mač..
Slip
Umetnos
V
Lisice
Strelič..
Zip
Air
V
D
Engleski
Orijenti
P3
Mač..
R
Slip
Umetnost
Saobr
V
Kobre
Zip
Air
Engleski
V
D
Orijenti
P3
Mač.
Slip
R
Umetnost.
Saobr
Bagi
V
Generali
Air
Engleski
Orijenti
V
D
P3
Mač.
Slip
Umetnost
.
R
Saobr
Bagi
Stena
V
Kauboji
Engleski
Orijenti
P3
V
D
Mač.
Slip
Umetnost
Saobr
R
Bagi
Stena
P2
V
Veverice
Orijenti.
P3
Mač.
V
D
Slip
Umetnos.
Saobr .
Bagi
R
Stena
P2
Bubl
V
Detlići
P3
Mač.
Slip
V
D
Umetnos  Saobr .
Bagi
Stena
R
P2
Bubl
P1
V
Delfini
Mač.
Slip
Umetnos.
V
D
Saobr
Bagi
Stena
P2
R
Bubl
P1
Bazen
V
227
Zbornik radova
Analiza faza menadžmenta u realizaciji sportsko rekreativnog kampa
Na tabeli br.1 prikazan je unapred planiran raspored aktivnosti na kampu za prvi i drugi dan.
Aktivnosti su raspoređene tako da idu po sistemu dijagonale, gde će učesnici na kampu imati prilike
da prođu kroz jednu aktivnost dva puta u toku svog boravka na kampu. U prvoj koloni vidimo nazive
ekipa kojih imamo petnaest na kampu zatim sledeća kolona je vreme početka aktivnosti kao i nazivi
aktivnosti kojih ima devetnaest na kampu. Plan aktivnosti je napravljen za svih sedam dana, gde se
u tabeli može videti da se prvi dan razlikuje u satnici sa početkom od 14:30 časova, dok ostali dani
kreću sa aktivnostima od 9 časova.
Organizacija kao druga faza menadžmenta je veoma važna da bi se planirani ciljevi ostvarili.
Potrebno je odrediti uloge koje će pojedini delovi ili članovi organizacije obavljati. Jedna od tih ulo-
ga je izbor terena koji je podoban za postavljanje stanica
•	aktivnosti kao i opremanje svake od aktivnosti. Zatim pronalaženje adekavatnog prostora za
kvalitetnu realizaciju same aktivnosti i opremanje potrebnim rekvizitima i opremom, za nesmetanu
realizaciju. Smeštaj dece po sobama, dogovaranje adekvatnog  jelovnika kao i postavljanje lekarske
službe su uloge koje imaju veliki značaj. Realizacija rasporeda aktivnosti kao i definisanje tačne sat-
nice za prepodnevni, popodnevni i večernji blok su veoma važne stavke.
◊	Prepodnevni blok počinje od 9 časova i traje do 14 časova u tom periodu se realizuju četiri
aktivnosti u trajanju od jednog sata.
◊	Popodnevni blok počinje od 16 časova i taje do 19 časova u tom periodu realizuju se tri ak-
tivnosti u trajanju od 45 minuta.
◊	Večernji blok počinje u 20 časova i traje do 22 časa i taj deo aktivnosti je rezervisan za zabavu
kroz večernju animaciju.
Blokovi se realizuju po sistemu stanica, gde je razmak između svake 15 minuta, dovoljan da
vođe grupa dovedu decu na novu aktivnost, gde ih prepuštaju članovima tima koji su zaduženi za tu
aktivnost. Nakon završetka aktivnosti grupa koju čini minimum dvadeset a maksimum trideset dece
formira kolonu i na čelu sa svojim pratiocem grupe odlazi do sledeće stanice, gde ih dočekuje tim
koji ih preuzima i priprema za sledeću aktivnost.
•	Vođenje kao treća faza menadžmenta predstavlja stalnu funkciju i jednako važan aspekt
menadžmenta. Na čelu organizacije je osoba koja donosi odluke, vodi ceo kamp  i upošljava članove
tima. Sistem je postavljen tako da svaki segment  ima svoje lidere koji su zaduženi za pravilno funk-
cionisanje kampa. Lideri imaju zadatak da postave normative zadatke i da vode aktivnosti tj. komu-
niciraju sa članovima tima koji su na pojedinačnim aktivnostima. Osoba koja je dobila odgovornost
vođenja aktivnosti dužna je da prilagodi teren za nesmetano obavljanje aktivnosti,  da obezbedi ne-
ophodnu opremu kao i da brine o bezbednosti dece na samoj aktivnosti. Po završetku smene prolazi
se detaljno kroz sve aktivnosti, vrši se osvrt na sve detalje, na koji način su se realizovale aktivnosti,
i to da li je oprema bila zadovoljavajuća i bezbedna. Nakon utvrđivanja prednosti i nedostataka vrši
se priprema za dolazak nove grupe, utvrđuje se raspored, satnica, broj grupa i dodeljuju se zadaci
za sledeću smenu. Vođe sektora raspoređuju članove tima, svako dobija broj svog autobusa koji do-
čekuje i smešta u objekat, nakon smeštaja sledi svečano otvaranje, dodeljivanje rasporeda vođama
grupa i početak realizacije aktivnosti. U timu vlada radna i vesela atmosfera zasnovana na fer i ko-
rektnom odnosu među članovima tima koji prate svog lidera.
•	Kontrola kao četvrta faza menadžmenta  ima za cilj kontrolu kvalitetnog rada i izvođenja
planiranih aktivnosti. Vođe tima dužne su da podnesu izveštaj tim lideru i direktoru kampa kako bi
se pravovremeno reagovalo, u slučaju da je potrebno preduzimati određene mere u cilju poboljšanja
kvaliteta same aktivnosti.
Kod četvrte faze je sprovedeno istraživanje na uzorku od 500 ispitanika. Ankete nam ukazuju
na ishod svega što smo planirali. Rezultati analize našeg kampa ukazuju na veoma visoke ocene, tj.
procente, koji su dobijeni sprovođenjem ankete, a samim tim su potvrde pravilne realizacije.
Neophodnost odlaska na organizovane kampove videli smo iz sledećih rezultata gde je 58%
ispitanika odgovorilo da su do sada  više puta išli organizovano na letovanje. 18% ispitanika je je išlo
jednom na letovanje dok 24% ispitanika nikada nije išlo organizovano na letovanje. Zabrinjavajuća je
činjenica da 24% dece nije nikada bilo na organizovanom letovanju što nam govori da je organizacija
ovakvih kampova preko potrebna  kao i rekreativne aktivnosti za decu ovog uzrasta.
228
Conference Procedings
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
Tabela br.2
Ocena 1
Ocena 2
Ocena 3
Ocena 4
Ocena 5
Smeštaj
3.6%
2.4%
14.4%
23.6%
56%
Ishrana
4%
5.8%
11.4%
25.8%
53%
Organizacija
0.4%
1.8%
2.8%
7.8%
87.2%
Tim animacije
0%
0.8%
1.8%
5%
92.4%
Dnevne aktivnosti
0%
0.6%
2.4%
5%
92%
Večernje aktivnosti
3.8%
1.8%
3.8%
13.4%
77.2%
Visoki procenti uspešne realizacije su potvrda dobro planiranih aktivnosti. U tabeli br.2 vi-
dimo da su veoma visoke ocene dobile sve aktivnosti. Dnevne aktivnosti su u visokom procentu
ocenjene ocenom 5. Odličnom organizacijom kampa ocenilo je čak 87,2% ispitanika, dok je tim koji
je vodio kamp dobio odličnu ocenu sa preko 90 procenata. Kroz četvrtu fazu kontrole došli smo da
zaključka da su aktivnosti na kampu veoma uspešno sprovedene dobijanjem visokih ocena od strane
velikog broja  ispitanika.
Tabela br. 3
Ocena 1
Ocena 2
Ocena 3
Ocena 4
Ocena 5
Šah
2%
0.8%
5.4%
10%
81.8%
Saobraćaj
1.2%
2.4%
4.4%
13.2%
78.8%
Engleski
4.4%
3%
7.4%
14.4%
70.8%
Umetnost
1.2%
1.4%
3%
12.8%
81.6%
U tabeli br. 3 je prikazan segment edukacije gde su ispitanici ocenom 5 sa 81.8% ocenili šah,
zatim umetnost 81.6%, saobraćaj 78.8% i radionicu engleskog jezika ocenilo je 70.8% ispitanika oce-
nom 5.
Tabela br. 4
Ocena 1
Ocena 2
Ocena 3
Ocena 4
Ocena 5
Bagi
0.6%
1.4%
3.8%
9%
85.2%
Zip
0.4%
0.6%
0.8%
5.2%
93%
Stena
3%
3.2%
13.6%
19%
61.2%
Slip
0.2%
0.2%
2.6%
4.2%
92.8%
Poligoni
2.67%
2%
4.4%
8.6%
82.33%
Bazen
0.8%
0.4%
4%
6.2%
88.6%
Zorbing
0.8%
0.2%
0.6%
0.8%
97.6%
Buble
1.6%
1.4%
2.8%
6.6%
87.6%
Mačevanje
0.6%
0.4%
3.2%
9.6%
86.2%
Streličarstvo
0%
0.2%
1.2%
3.6%
95%
Air soft
1.4%
2.4%
5.2%
9.4%
81.6%
Jahanje konja
1.8%
0.4%
2.2%
7.4%
88.2%
Iz segmenta sporta, rekreacije i avanture možemo videti u tabeli br.4 da je najzanimljivija ak-
229
Zbornik radova
Analiza faza menadžmenta u realizaciji sportsko rekreativnog kampa
tivnost koja je dobila ocenu 5 od 97.6% ispitanika bila „zorbing“, zatim streličarstvo sa 95%, „zip line“
sa 93% ispitanika itd. Jedna od najinteresantnijih tabela gde možemo da uvidimo raznolikost rekrea-
tivnih aktivnosti koje su imale pozitivan utisak na učesnike kampa.
Tabela br. 5
Ocena 1
Ocena 2
Ocena 3
Ocena 4
Ocena 5
Šatori
0.2%
1.8%
4%
14.6%
79.4%
Orijentiring
0.6%
1%
2%
9%
87.5%
Tabela br. 5 iz segmenta priroda i zdrav život je takođe dobro vrednovana od strane ispitanika
gde je orijentiring sa 87.5% dobio ocenu 5, dok su šatori ocenjeni ocenom pet od strane  79.4% .
Tabela br. 6
Ocena 1
Ocena 2
Ocena 3
Ocena 4
Ocena 5
Muzika
2%
1.4%
3.6%
10.8%
82.2%
Žurke
3.8%
2.2%
4.8%
8.8%
80.4%
Animacija
0%
0.8%
1.8%
5%
92.4%
U tabeli br.6 je prikazan segment zabave gde je animacija dobila ocenu 5 od strane 92.4% ispi-
tanika, dok su muzika 82.4% i žurke 80.4% nešto manjim brojem ispitanika ocenjene 5. Sve ukazuje
na neizostavni deo sportsko rekreativnog kampa a to je druženje i u večernjim satima tj. organizovan
večernji program.
ZAKLJUČAK
Dobijeni rezultati nam govore da su četiri faze menadžmenta neophodne za uspešnu reali-
zaciju rekreativnih aktivnosti ovog karaktera. Kroz analizu четврте faze kontrole uvideli smo da su
mnoga deca prvi put na ovakvoj vrsti sportsko rekreativnog kampa čak 66.4% i njihove impresije su
na zavidnom nivou. Iz istih rezultata smo uvideli visok procenat odličnih ocena kada su  u pitanju
raznolikost sportsko rekreativnih aktivnosti, tj. deci prija da budu angažovani sa velikim brojem ak-
tivnosti. Резултати анализе показују да су све четири теоријски постављене фазе менаџмента
веома интересантне за даља истраживања у области менаџмента спортско рекреативних
активности. Ovakvom analizom smo pokazali da planski organizovane sporsko rekreativne aktiv-
nosti mogu dati još bolje efekte primene. Rezultati pokazuju da je program kampa bio odličan, deca
su se upoznala sa novim igrama i aktivnostima a posebno je socijalаn efekat bio jako važan. Na ova-
kvim mestima mala deca se ponašaju kao veliki i zreli ljudi.
LITERATURA
Барттолучи, М., Шкорић, С. (2008). Улога менаџмента у спортској рекреацији. Зборник
радова, 17
Барттолучи, М., Шкорић, С. (2009). Менаџмент у спорту. Загреб: Кинезиолошки
факултет
Дугалић, С. (2007). Менаџмент спортских објеката. Београд: Висока спортска и
здравствена школа
Ivanovski, A. (2014). Animacija programima rekreativnih aktivnosti u turizmu: doktorska di-
sertacija. Beograd: Fakultet sporta i fizičkog vaspitanja
Ivanovski, A., Mitić, D. (2012). Animatorintourism. Brasov: Editura Universitati Transilvania
Din Brasov Monografija sa međunarodnom recenzijom
230
Conference Procedings
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
Ilić, R. (2009). Strategijski menadžment, Beograd: Visoka sportska i zdravstvena škola
Кастратовић Е. (2004). Основе менаџмента са менаџментом у спорту. Београд: Институт
за развој малих и средњих предузећа
Митић, Д., Ивановски, А., Пребег, Г. (2010). Камп као модел образовања и здравог начина
живота. Зборник радова, 279
Љубојевић, Ч. (2001). Менаџмент и маркетинг у спорту. Београд: Желнид
Ставрић, Б., Стаматовић, М. (2003). Менаџмент. Београд: Факултет за финансијски
менаџмент и осигурање
Томић, М. (2007). Спортски менаџмент. Београд: Дата статус
Шурбатовић, Ј. (2014). Менаџмент у спорту, Београд: Висока спортска и здравствена
школа
231
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UDK 796.1:005
ANALYSIS OF PHASE OF MANAGEMENT IN REALIZATION OF SPORTS
RECREATIONAL CAMP
Bojan Ugrinić1, Aleksandar Ivanovski2, Marija Zegnal Koretić3,Srdjan Milosavljević4
1Faculty of Physical Education and Sports Management, Singidunum University, Belgrade, Serbia
2College of Sports and Health, Belgrade, Serbia
3Medjumurje Polytechnic, Čakovec, Croatia
4Faculty of Physical Education and Sports Management, Singidunum University, Belgrade, Serbia
INTRODUCTION
The work was established as well as the need to use current knowledge and experience over
the years of implementation of the various sports and recreational activities, as well as to analyze
the phase of management in the implementation of sport and recreational camp. The emergence
and development of modern technology has led to significant savings of human energy, but also to
a complete change of lifestyle. Man is exposed to the increasing demands of modern society and
therefore stress. It is often forgotten that one of the basic necessities that children want to meet
the needs of the game, as well as a diverse movement that allows proper growth and development
of our children. Since a large part of the day children spend indoors (in the school, classroom,
apartment ...), it is desirable to time out freely selected activities carried out in the open, clean and
fresh air. The children in this camp pass various polygons which are different in character. In its
implementation have a significant role and tools used. Of great benefit as multimedia and digital
equipment and props, music, video, sound effects, various assets, etc... Consequently one of the
definitions of management at James and Stoner (Stavrić, B. Stamatović M., 2003), which made an
impression reads: „Management is defined as the process of planning, organization, leadership
and control efforts of everyone in the organization to make use of all organizational resources and
achieve the set goals of the organization „The management process consists of four main activities:
planning, organization, leadership and control, they are among themselves overlap and affect one
another. Planning is an activity in which decisions are made about the organization’s goals and where
devising actions necessary in order to set objectives. Organization follows the planning and includes
several activities at the same time, where all activities are directed to determine how to achieve the
set goals. Leadership is an activity consisting in providing leadership in terms of the use of influence
and motivation to the team members in order to fulfill the tasks and thus achieve the objectives
of the organization. Control is the phase that allows realizing all planned activities, and it in itself
involves multiple activities simultaneously.
Summer camp is conducted in five shifts in the period from 29 June to 29 July and lasting one
week per shift in Divcibare within the hotel complex and children’s resorts UTD „Vujic Divcibare”
,
which is composed of a hotel „Maljen” resort „Mladost „resort” Black top „and the hotel” Divčibare „.
In implementing the program participated thirty team members who are trained for their activities
mentioned, the camp passed about 2,000 children.
Subject and goal of the research
This research represents the role and importance of four stage management in the analysis
of sports and recreational camp program, through animation and recreational activities. The aim
is the presentation of recreational activities for children aged seven to fourteen years, through the
planning, organization, management and control.
232
Conference Procedings
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
METHOD
Methods:
• We used empirical methods such as observation, interview, survey.
• It was used the method of theoretical analysis and bibliographic data collection methods.
• Of great importance was the empirical methods of data analysis.
As a research technique was used survey techniques and scaling. We used a five-point Likert
scale. The survey involved the collection, analysis and presentation of data. The results are shown in
percentages. We performed basic statistical data processing surveyed 500 respondents.
RESULTS
•	Planning as the first phase of management is the most important phase of management, it
defines the organization’s goals and ways of their implementation, is a process where the beginning of
the sport and recreational camp set of activities that are based through education, sports, recreation
and adventure, nature and healthy life , entertainment.  We identify the exact number of shifts
and the term of performance, location and accommodation. Planned activities take place in three
segments: the late morning, afternoon and evening.
Education as part of the first phase we present through activities such as: English language
classes, small school traffic, the basics of chess, art workshops.
Sport, recreation and adventure as part of the first phase we present through activities such
as archery, fencing, riding a buggy, „zorbing”
, „buble football”
, „zip line”
, polygons, games in the pool,
climbing artificial rock, horseback riding, tennis, table tennis, slip, darts.
Nature and healthy life as part of the first phase we present through activities such as: young
scouts, pitching tents, orientation in space, campfire, environmental workshops, and healthy diet
and working habits.
Entertainment as part of the first phase we present through activities such as parties, dancing,
karaoke, costume party, evening entertainment, and trivia.
Table.1
DAY  1.
DAY . 2
1430-
1530 1545-1645
17-18
1815-1915 1915-
1945 8-830
9-10
1015-1115 1130-1230 1245-1345 14-
1430
16-1645
17-1745
18-1845
1915-
1945
Dragons
O
P
E
N
Rock
P2
Bublle
D
B
P1
Pool
chess
Zorbing
L
P
A
U
S
E
Tents
Archery.
Zip
D
Tigers
P2
Bublle
P1
D
B
Pool
Chess
zorbing
Tents
L
Archery
Zip
Air
D
Eagles
Bublle
P1
Pool
D
B
Chess
Zorbing
Tents
Archery.
L
Zip
Air
English
D
Lions
P1
Pool
Chess
D
B
Zorbing
Tents
Archery.
Zip
L
Air
English
orienteering
D
The Smurfs
Pool
Chess
Zorbin
D
B
Tents
Archery
Zip
Air
L
English
orienteerin
P3
D
Alligators
Chess
Zorbing
Tents
D
B
Archery..
Zip
Air
English
L
Orienteerin
P3
Fencing
D
Sharks
Zorbing
Tents
Archery
D
B
Zip
Air
гEnglish
orienteering
L
P3
Fencing
Slip
D
Wolves
Tents
Archery
Zip
D
B
Air
English
orienteering
P3
L
fencing.
Slip
art
D
Handcuffs
Archery.
Zip
Air
D
B
English
orienteering
P3
Fencing .
L
Slip
Art
Traffic
D
Cobras
Zip
Air
English
D
B
orienteering
P3
Fencing .
Slip
L
.Art
traffic
Buggy
D
Generali
Air
English
orienteering
D
B
P3
Fencing .
Slip
Art .
L
Traffic
Buggy
Rock
D
Cowboys
English
orienteering
P3
D
B
Fencing
Slip
Art
Traffic
L
Buggy
Rock
P2
D
Squirrels
orienteering
P3
Fencing .
D
B
Slip
Art
Traffic .
Buggy
L
Rock
P2
Bublle
D
Woodpecker
P3
Fencing
Slip
D
B
Art
 Traffic .
Buggy
Rock
L
P2
Bublle
P1
D
Dolphins
Fencing
Slip
Art
D
B
Traffic
Buggy
Rock
P2
L
Bublle
P1
Pool
D
233
Zbornik radova
Analysis of Phase of Management in Realization of Sports Recreational Camp
In table No.1 ghost is predetermined schedule of activities at the camp for the first and second
day. Activities are arranged so that they go through the system of diagonal, where the participants in
the camp will have the opportunity to go through an activity twice during his stay at the camp. In the
first column we see the names of the teams which have fifteen at the camp then next column is the
start time of activities as well as the names of the activities which has nineteen at the camp. Activity
plan is made for all seven days, where in the table can be seen that the first day is different in the
hourly rate starting from 14:30, while other days with activities ranging from 9 o’clock.
•	Organization as the second phase of management is very important to the planned
objectives. It is necessary to determine the role that the individual parts or members of the
organization to perform. One of those roles is a variety of terrain that is suitable for setting up cell
activity and equipping each of the activities. Then finding space for a quality implementation of the
activities and provide the necessary props and equipment for smooth implementation. Placement
of a Child in the rooms, arranging adequate menu and the setting of medical services have roles
that are of great importance. Implementation of the schedule of activities as well as defining the
exact timetable for morning, afternoon and evening block are very important items.
Morning block starts at 9 am and lasts up to 14 hours during this period are realized four
activities for a period of one hour.
Afternoon block starts at 16 pm and conceal up to 19 hours in that period were carried out
three activities for 45 minutes.
Evening block starts at 20 am and lasts up to 22 hours and such activity is reserved for the
entertainment through the evening entertainment.
The blocks are implemented by the system of cells, where the distance between every 15
minutes, enough to group leaders bring their children to a new activity, where they are left to team
members who are responsible for that activity. After completing the activity group consisting of a
minimum and a maximum of twenty and thirty children formed a column and led by their companion
group goes to the next station, where they greeted those who picks them up and prepare for the next
activity.
•	Leadership as the third phase of management is a continuous function, and equally important
aspect of management. The head of the organization is the person who makes decisions, takes the
whole camp and employs team members. The system is set up so that each segment has its own leaders
who are responsible for the proper functioning of the camp. Leaders have the task to set norms tasks
and activities that lead. Communicate with team members who are on individual activities. The person
who received the responsibility of keeping activities is required to adjust the ground for the smooth
conduct of activities, to provide the necessary equipment and take care of the safety of children in the
activities. Upon completion of the shift go through in detail all activities, carried out the review of all
the details, how they realize the activities, and whether the equipment was satisfactory and safe. After
identifying the strengths and weaknesses is done preparing for the arrival of a new group, determined
schedule, schedule, number of groups and assign tasks for the next shift. The leaders of the sector
distributed team members, each receives a number of its buses that welcomes and stored in the object,
after having been placed following the opening ceremony, the allocation schedule group leaders and
the start of implementation of activities. The government team working and cheerful atmosphere
based on a fair and correct relationship among the team members are following their leader.
•	Control as the fourth stage of management aims to control the quality of the city and carrying
out the planned activities. Team leaders are obliged to report to the team leader and director of
the camp in order to timely respond in the event that it is necessary to take adequate measures to
improve the quality of the activity itself.
In the fourth stage of the research conducted on a sample of 500 respondents. Polls indicate
a result of what we have planned. Results of the analysis of our camp indicate a very high marks, i.e.
percentages obtained execution of the survey, and therefore are confirming proper realization.
The necessity of going to the organized camps, we saw the following results where 58% of
respondents said they have so far organized several times went on vacation. 18% of respondents
went one on vacation while 24% of respondents never gone organized the summer vacation. The
disturbing fact is that 24% of the children had never been on an organized summer vacation, which
tells us that the organization of such camps urgently needed, as well as recreational activities for
children of this age.
234
Conference Procedings
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
Table. 2
Score 1
Score 2
Score 3
Score 4
Score 5
Accommodation
3.6%
2.4%
14.4%
23.6%
56%
Nutrition
4%
5.8%
11.4%
25.8%
53%
Organization
0.4%
1.8%
2.8%
7.8%
87.2%
Tim animation
0%
0.8%
1.8%
5%
92.4%
Daily activities
0%
0.6%
2.4%
5%
92%
Evening activities
3.8%
1.8%
3.8%
13.4%
77.2%
High percentage of successful realization has been confirmation of well-planned activities. In
table 2 we see that the very high ratings received all activities. Daily activities are a high percentage
of the estimated assessment 5. Good organization of the camp is even rated by 87.2% of respondents,
while those who led camp got excellent mark with more than 90 percent. Through the fourth phase
of control we have come to the conclusion that the activities at the camp successfully carried out by
obtaining high marks by a large number of respondents.
Table. 3
Score 1
Score 2
Score 3
Score 4
Score 5
Chess
2%
0.8%
5.4%
10%
81.8%
Traffic
1.2%
2.4%
4.4%
13.2%
78.8%
English
4.4%
3%
7.4%
14.4%
70.8%
Art
1.2%
1.4%
3%
12.8%
81.6%
Table no. 3 shows the education segment where respondents gave 5 with 81.8% rated chess,
then the art of 81.6%, transport 78.8% and English workshop assessed the 70.8% of respondents
Score 5.
Table. 4
Score 1
Score 2
Score 3
Score 4
Score 5
Bagi
0.6%
1.4%
3.8%
9%
85.2%
Zip
0.4%
0.6%
0.8%
5.2%
93%
Rock
3%
3.2%
13.6%
19%
61.2%
Slip
0.2%
0.2%
2.6%
4.2%
92.8%
Polygon
2.67%
2%
4.4%
8.6%
82.33%
Pool
0.8%
0.4%
4%
6.2%
88.6%
Zorbing
0.8%
0.2%
0.6%
0.8%
97.6%
Buble
1.6%
1.4%
2.8%
6.6%
87.6%
Fencing
0.6%
0.4%
3.2%
9.6%
86.2%
Archery
0%
0.2%
1.2%
3.6%
95%
Air soft
1.4%
2.4%
5.2%
9.4%
81.6%
Horseback riding
1.8%
0.4%
2.2%
7.4%
88.2%
235
Zbornik radova
Analysis of Phase of Management in Realization of Sports Recreational Camp
From the segment of sports, recreation and adventures we can see in Table 4 that the most
interesting activity that received a score of 5 out of 97.6% of respondents were „zorbing”
, then archery
with 95%, „zip line” with 93% of respondents, etc. This is one of the most interesting tables where
we can see variety of recreational activities that have had a positive impression on the participants
of the camp.
Table. 5
Score 1
Score 2
Score 3
Score 4
Score 5
Tents
0.2%
1.8%
4%
14.6%
79.4%
Orienteering
0.6%
1%
2%
9%
87.5%
Table no. 5 from the segment of nature and healthy life is also well valued by the respondents
which is orienteering with 87.5% received a rating of 5, and are graded with five tents by 79.4%.
Table. 6
Score 1
Score 2
Score 3
Score 4
Score 5
music
2%
1.4%
3.6%
10.8%
82.2%
Parties
3.8%
2.2%
4.8%
8.8%
80.4%
Animation
0%
0.8%
1.8%
5%
92.4%
Table No.6 shows the entertainment segment where the animation received 5 votes by 92.4%
of the respondents, while 82.4% music and parties 80.4% somewhat smaller number of respondents
rated 5. Everything points to an essential part of sports and recreational camp which is gathering and
in the evening i.e. organized evening.
CONCLUSION
The results tell us that there are four stages of management necessary for successful realization
of recreational activities of this character. Through the analysis of the fourth phase of control, we
realized that many children for the first time in this kind of sport and recreation camp 66.4% and
their impressions are very high. For the same results we have seen a high percentage of excellent score
when it comes to the variety of sports and recreational activities, i.e. children feels good to be involved
with a number of activities. The results show that all four theoretically set stage management is very
interesting for further research in the field of management of sports and recreational activities. Such
analyzes show that the planning organized recreational activities can provide even better effects
application. Results show that the program was an excellent camp, the children were met with
new games and activities, and especially the social impact was very important. In places like small
children behave as large and mature people.
REFERENCES
Bartoluci, M. Skoric, S. (2008). The role of management in sports rehabilitation. Proceedings, 17
Barttoluči, M. Skoric, S. (2009). Sports Management. Zagreb: Faculty of Kinesiology
Dugalić, S. (2007). Management of sports facilities. Belgrade: College of Sports and Health
Ivanovski A. (2014). Animation programs and recreational activities in tourism doctoral
thesis. Belgrade: Faculty of Sport and Physical Education
Ivanovski, A. Mitic, D. (2012). Animatorintourism. Brasov: Editura Universität Transilvania
Brasov Din monograph with an international review
236
Conference Procedings
Bojan Ugrinić, Aleksandar Ivanovski, Marija Zegnal Koretić, Srđan Milosavljević
Ilić, R. (2009). Strategic Management, Belgrade: College of Sports and Health
Kastratović E. (2004). Basics of management with management in sports. Belgrade: Institute
for Development of Small and Medium Enterprises
Mitic, D. Ivanovski, A. Prebeg, G. (2010). Camp as a model of education and a healthy lifestyle.
Proceedings, 279
Ljubojevic C. (2001). Management and marketing in sport. Belgrade: Želnid
Stavrić, B. Stamatović M. (2003). Management. Belgrade: Faculty for Financial Management
and Insurance
Tomic, M. (2007). Sports Management. Beograd: Data status
Šurbatović, J. (2014). Sports Management, Belgrade: College of Sports and Health
237
Zbornik radova
UDK 796.422.16(181km42):572.087
RESEARCH OF ANTHROPOMETRIC MARKS WITH MARATHON
RUNNERS
Ivaylo Lazarov
National Sports Academy “Vasil Levski”
, Sofia, Bulgaria
INTRODUCTION
The development of modern sport with its increasing specialization required to deepen the
knowledge about the structure of the human body. The modern world practice and research in the
field of athletics provide convincing evidence that the role of anthropometric marks is extremely
important, regardless of the sport level, age and gender (Fleck, 1983; Hollings, and  Robson, G (1991);
Housh, et al.,1984; Marfell-Jones, et al, 2006; Parizkova, J., 1977; Pastor, G. G., 2009). This requires
more detailed disclosure of relationships between body composition and functional capabilities
of humans to improve their methods of research, creation of model morphological characteristics
in different sports disciplines. A lots of publications have recently been devoted to identification
of the influence of the morphological characteristics of sports performance, describing the body
structure of the athletes or providing results of measurements on body sizes (Fleck,1983; Housh,
et al., 1984;  Pastor, 2009; Stellingwerff, et al., 2007). Anthropometric studies would enable us to
bring the real value of each mark for the competitors in the marathon running. The aim of this
study was to increase the effectiveness of the training process by theoretical justification of optimal
anthropometric parameters in athletes in of marathon running.
METHOD
The object of research are 35 athletes in marathon running, which were measured as following:
•
height (in cm right);
•
body weight (kg);
•
% body fat (FM), by measuring the skin folds using regression equations by Parizkova J.
(Parizkova,1977);
•
% muscle mass (MM);
•
free fat mass (FFM);
The anthropometric marks that were studied were part of the functional analysis of
competitors. The measurement of line dimensions of the body was done in standing position. From
the same starting position diameters were measured and body circumference of the upper limbs and
lower limbs of the torso - by standing feet apart. Measuring of the body fat was performed only on
the right body half with a vertical grip on the skin fold. Later in the results of the functional research,
an individual maximum speed (S max), was used associated to maximum oxygen consumption
(VO2max). The received data were systematized and subjected to statistical processing programs by
IBM SPSS Statistics and Microsoft Excel.
238
Conference Procedings
Ivaylo Lazarov
RESULTS
Height is the basic and permanent mark of the physical development of man. Its values are
mostly genetically determined and have the age and gender specificity. It is also affected by systemic
and specific training activities. The growth of the tested athletes ranged from 164.0 cm to 182.5
cm and the average value of the index was 175.15 centimetres. Weight is characterized by the total
mass of the human body (muscle, bones, internal organs, subcutaneous fat, etc.). Keeping it optimal
is crucial for the realization of high sports result in marathon running. The weight of researches
athletes ranged from 53.6 kg to 66.2 kg, and the average value is 60.25. Body fat. In anthropology it
is known that body weight has two basic components - body fat and free fat mass. This separation
is based on the most widely applied anthropology model - model Behnke (Fleck,1983). According
to him, free fat mass consists of all no fat tissues, internal organs, fluids, etc. Body fat is defined
metrically by two characteristics: an absolute amount of fat as a percentage (%) of body weight. More
objective information for body composition is provided by body fat percentage, because it gives the
impression of the proportion of active and bodyweight. Body fat in athletes ranged between 7.2%
and 13.7%. Its arithmetic mean is 9.75.
Muscle mass is a basic anthropometric measurements with essential sports result. The
endurance in marathon running is expressed by the relationship between muscle strength and time
for its maintenance. (Stellingwerff, et al., 2007) From these results it is clear that the tested long-
distance runners having high values of this mark - values vary between 44.7% and 51.2, the average
is 48.86. Free fat mass (FFM). As mentioned above, the free fat mass represents no fat component by
weight. FFM of athletes is between 49.4 kg and 61.4 kg, and its the average value is 57.64 kg. Smax.
The maximum speed of running is a key indicator of sporting achievement in the laboratory. It
ranges from 18.4 km / h to 20.8 km/h and average value is 19.8 km / h.
Table 1. shows the correlations between all tested parameters.
The height is highly correlated with body weight (r = 0.79). On one hand, it is logical, on the
other hand, and advantageously, because the higher competitors have longer levers, on the acting
muscles. Therefor,  the equally longer levers provide bigger amplitude of movements (and the length
of the running step), but also require less frequent moves for economical running, which is important
for long running distances in athletics. The body mass correlates most highly with basic strength of
the body muscles (muscle mass) and free fat mass. The bigger strength allows the athletes to run with
a bigger step, without reducing significantly the frequency. This leads to later onset of fatigue during
competition when the stride length hardly reduced.
High correlations of FFM with other marks supports this theory that it is advisable weight
is made of more muscle mass and less body fat. The lack of high correlation dependence of the
maximum speed of running (Smax) with body mass can be explained by the fact that well-trained
athletes reach and maintain high speed running, which is not very different for light and heavy
athletes so the best ratio for realize the speed potential is with athletes which have low body mass.
Optimal values of anthropometric marks for athletes running in a marathon are presented in
Table 2.
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Research of Anthropometric Marks with Marathon Runners
Table 2
CONCLUSION
1. There is high correlation of the standard anthropometric marks and the sport achievement
in running of marathon;
2. Muscle mass appears to be primary anthropometric mark that affects maximal speed in
running of men. Its levels vary between 49.9-50.9%;
3. The values of anthropometric features with athletes in marathon running should be in
followed ranges: height: 169.5-179.2 cm; weight: 56.7-61.2; fat mass (%): 9.6-11.3; muscle mass (%):
49.0-50.9.
4. The presented optimal values for anthropometric features could help sports theory and
practice in the following areas:
- recruitment and selection of promising athletes;
- evaluation of the effectiveness of the training process;
- adjusting the diet.
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Гутев, Г., Дисертация - Промени в спортно-техническите характеристики на
препятственото бягане съобразно комплексните фактори на постижението, НСА, 2015.
Карапетрова, Р., Дисертация – Моделиране на физическата подготовка на елитни
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Medicine, 11, 398-403.
Hollings, S. C. & Robson, G. J. (1991). Body Build and performance characteristics of male-
adolescent track and field athletes. Journal of Sports Medicine and Physical Fitness, 31(2), 178-182.
Housh, T. J.; Thorland, W. G.; Johnson, G. O.; Tharp, G. D. & Cisar, C. (1984). Anthropometric
and body builds variables as discriminators of event participation in elite adolescent male track and
field athletes. Journal of Sport Sciences., 2(1), 3-11.
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Pacheco, J. L. (1996). Valoración antropométrica de la masa magra en atletas de élite. In MEC-
CSD (Ed.), Metodos de estudio de composición corporal en deportistas. Madrid: MEC-CSD.
Parizkova, J. Body fat physical fitness. The Hauge: Martinus Nijhoff, 1977.
240
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Ivaylo Lazarov
Pastor, G. G., M. S. Quintana, A. García, Aparicio, A. C. Moreno, S. M. Sánchez. Dietary intake
and anthropometry in elite Spanish athletes. New Studies in Athletics, 24:4, 47-61, 2009.
Stellingwerff, T.; Boit, M. K. & Res, P. T. (2007). Nutrition strategies to optimize training and
racing in middle-distance athletes. Journal of Sport Sciences., 25(S1), S17-S28.
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241
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UDK 796.422.14:612
ASSESSMENT OF FUNCTIONAL EFFICIENCY AND ADAPTABILITY AT
THE INDIVIDUAL RUNNERS AT MIDDLE DISTANCES
Fehim Joshan1, Ivaylo Lazarov1, Rumyana Karapetrova1
1National Sports Academy “Vasil Levski”
, Sofia, Bulgaria
INTRODUCTION
One of the tasks of functional diagnostics in sport is a study of the changes that occur in
cardiorespiratory system when carrying out training activities. In contemporary sports science
and practice there are a lots of effective methodological approaches that are related to the precise
dosage of training effects. In our research we set such a task in one of the most interesting and
prestigious athletics disciplines - running at middle distances. Its solution implies a response to
some of the issues of monitoring and evaluation of the current situation and the effectiveness of the
specific running loads. Novelty in sports theory and practice is that these results are a function of
studies conducted entirely in terms of coaching with unique equipment. Similar studies in complex
exercise, in this case running with progressive increases in speed have been made so far only in the
laboratory, and test loads are modeled on the special flight simulation devices (tretban or stationary
bike). The research that we have made allows us to compare the results of laboratory and field
studies and to improve the regulatory system for monitoring and evaluation of adaptation processes
that characterize the effectiveness of the training process.The aim of the study is to increase the
effectiveness of the training process in running at middle distances through creating of criteria for
assessing the effects of adaptation running loads.
The aim assumes the following tasks:
1. Study of the functional capacity of athletes in running at 800m;
2.
Analysis of changes in levels of functional parameters in standard running load with
progressively increasing the intensity;
3. Evaluation of functional changes and individual adaptation to running loads.
METHOD
Object of the research are changes of functional marks with implementation of systematic
training loads over a six-week pre-competition training mesocycle.Subject of the study are 20 men
and 20 women athletes in running at middle distances. Competitors were tested in natural conditions
of sports training twice - the first time in the beginning of experimental stage and after its completion.
The test, which they performed is standard running load 6 x 1000 m in 3-minute passive pause with
progressively increasing speed. The test is performed on a standard running track. The pace of the
race was regulated with a special automatic pacemaker. During the testing by telemetry computer
complectation “K4” were measured following indicators of activity of the cardiorespiratory system:
• Dynamics of the pulse frequency in the phases of load and rest;
•
Dynamics of oxygen consumption (maximum and relative) in the operating and recovery
phases
• Dynamics of the oxygen pulse in operating and recovery phases of the load;
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Fehim Joshan, Ivaylo Lazarov, Rumyana Karapetrova
The data obtained is related to the speed running through statistical analysis of the respective
correlations and regressions.
RESULTS
The comparative analysis of results of the two testing created the opportunity for an individual
assessment of the functional effect of the applied training. The following two tables show the obtained
results. These data are the basis for assessing the general changes in the functional state.
Table 1. variation of the studied parameters before training mesocycle
N =40                        Smax
VO2
max
vVO2ан.
vAnT
vAeT
HtrVo2max
HtrAnT
HtrAeT
X
5,57
62,46
4,83
3,83
3,58
196,11
185,33
165,22
S
0,71
4,73
0,53
0,59
0,44
9,14
10,39
10,20
Sample Variance
0,50
22,39
0,28
0,35
0,19
83,61
108,00
103,94
Kurtosis
1,79
-0,63
-0,31
4,32
3,29
-0,73
0,47
0,43
Skewness
-0,85
0,69
-0,25
1,94
1,34
0,31
-0,25
-0,34
Range
2,52
13,2
1,68
1,87
1,58
28
35
34
Minimum
4,1
57,8
3,9
3,36
3,33
183
167
147
Maximum
6,62
71
5,58
5,23
4,27
211
202
181
Coefficient of
variance
12,7
9,0
10,88
15,38
12,25
4,66
5,51
6,17
Table 2. variation of the studied parameters after training mesocycle
N = 40                          Smax
VO2max
vVO2max
vAnT
vAeT
HtrVo2max
HtrAnT
HtrAeT
Mean
5,57
65,77
4,99
3,95
3,80
192,44
181,89
161,89
Standard
Deviation
0,71
4,65
0,56
0,39
0,24
6,78
8,46
8,46
Sample Variance
0,50
21,64
0,31
0,15
0,06
46,03
71,61
71,61
Kurtosis
1,79
2,17
-1,32
-0,73
2,90
0,85
-0,90
-0,90
Skewness
-0,85
0,75
0,32
0,36
1,59
0,93
0,16
0,16
Range
2,52
17
1,58
1,17
0,75
22
25
25
Minimum
4,1
58,4
4,3
3,47
3,59
184
169
149
Maximum
6,62
75,4
5,88
4,64
4,34
206
194
174
Sum
50,12
501,9
44,93
35,56
34,24
1732
1637
1457
Coefficient of
variance
12,7
8,3
11,14
9,9
6,23
3,53
4,65
5,23
Legend:
vVO2max-speed of running at VO2max (m / s)
vAnT – speed anaerobic threshold (m / s)
vAeT – speed aerobic threshold (m / s)
HtrVO2max - VO2max rate (beats / min)
HtrAnT - heart rate in threshold of anaerobic exchange (beats / min)
Smax - maximum running speed (m / s)
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Assessment of Functional Efficiency and Adaptability at The Individual Runners at Middle Distances
The comparing between the quantitative values of the researched marks confirms expectations
for change in the basic functional status of the athletes. Quantitative expression of this change are:
•
oxygen consumption increased from 62.46 mil. /kg  to 65.77 mil / kg
•
running speed associated with this value increased from 4.83 m / sec. to 4.99 m / sec;
•
running speed at the anaerobic transition increased from 3.83 m / sec. To 3.95 m / sec;
•
speed running at aerobic threshold increased from 3.58 m / s to 3.80 m / sec;
•
Limits of pulse markers reduced as follows: a maximum of 196.11 to 192.44 beats / min.,
Anaerobic from 185.33 to 181.89 beats / min., Aerobic from 165.22 to 161.89.
The described changes show that in the functional status of the athletes significant positive
changes occurred. Therefore, we have increased energetic potential of the organism, with improving
the effectiveness of its consumption, i. e. at high values of mechanical muscle work decreased
voltage in the operation of the cardiovascular system. The following two tables show correlations
between the basic parameters that characterize the level of adaptation and change before and after
the experiment.
Table 3. Correlation structure of functional status before the start of the six-week training
mesocycle

Smax
VO2max
vVO2max
vAnT
vAeT
HtrVO2max
HtrAn
HtAeТ
Smax
1,00

VO2max
0,33
1,00

vVO2max
0,55
0,45
1,00

vAnT
0,61
-0,16
0,70
1,00

vAeT
0,53
0,08
0,80
0,94
1,00

HtrVO2max
-0,36
-0,51
-0,37
-0,11
-0,26
1,00

HtrAnT
-0,22
-0,61
-0,45
-0,05
-0,25
0,93
1,00

HtAeT
-0,23
-0,63
-0,46
-0,05
-0,26
0,93
1,00
1,00
Analysis of correlations between basic marks before starting the trainings in the experimental
cycle showed a relatively significant spillage correlation connections. Their total number is 8 (Pt>
0,6). So the maximum running speed directly depends on the speed of running, associated with the
anaerobic transition. Speed associated to anaerobic transition has almost functional dependence
with speed associated to the aerobic threshold.
Table 4. Correlation structure after a six-week training mesocycle
Smax
VO2max
vVO2max
vAnT
vAeT
HtrVO2max
HtrAnT
HtAeT
Smax
1,00
VO2max
0,12
1,00
vVO2max
0,81
0,48
1,00
vAnT
0,59
0,03
0,56
1,00
vAeT
0,74
-0,02
0,56
0,92
1,00
HtrVO2max
-0,06
-0,75
-0,49
-0,07
0,04
1,00
HtrAnT
-0,20
-0,58
-0,70
-0,18
0,01
0,71
1,00
HtAeT
-0,20
-0,58
-0,70
-0,18
0,01
0,71
1,00
1,00
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Conference Procedings
Fehim Joshan, Ivaylo Lazarov, Rumyana Karapetrova
DISCUSSION
After the experiment correlation structure expands considerably, with significant correlations
increased to 11 and localized to specific marks. For example, such an important indicator of the
practice, the maximum speed of running logically turns associated with different speeds associated
functional adaptation to the respective markers. Expending the correlation influence of the maximum
oxygen consumption and pulse markers. All this gives us reason to believe that the data from the
experiment are correct enough to be the basis for developing assessments of the effectiveness of the
functional effects of the implementation of running loads.
CONCLUSION
The analysis of the studies and experiments have pulled out important conclusions for sports
practice. They are related to the assessment of the functional effects of specific running loads of elite
runners in middle distance running.
1. The speed of recovery of the pulse frequency in the phases of the shortened rest is correct
adaptation marker for determination of individual tolerance in running loads and level of training
of the athlet.
2. The intensity (speed) of running and pulse rate in the phases of load and rest are functionally
dependent.
3. Pulse ranges in the phase of recovery related to the speed and duration of the running loads
determine the extent of current tolerance and the level of individual functional preparedness.
4.The parametres of individual working pulse rate that characterize the specificity of adaptation
processes are grouped in the following three ranges: unlimited adaptation-pulse rate of 135 to 160
beats/min; limited adaptation-pulse rate of 161 to 175 beats/min.; impaired adaptation-over 175
beats/min.
5. This study allows to compare the results of laboratory and field studies and to improve the
regulatory system for individual monitoring and evaluation of adaptation processes that characterize
the effectiveness of the training process.
REFERENCES
Бонов П.  (2003) Бягане за издръжливост и адаптация Кн. Изд. Тип-топ Прес София;
Борилкевич В. (1982) Физическая работоспособность в экстремальних условиях
мышечной деятельности. Монграфия изд. Ленинградского университета. Ленинград;
Волков, Н.И., Е.Н. Несен, А.А. Осипенко, С.Н. Корсун. (2000) Биохимия мышечной
деятельности. Олимпийская литература. Киев;
Грънчаров Н. (1997)Анаеробният праг - същност и приложна стойност. Монграфия изд.
НСА, София;
Гутев, Г., Дисертация - Промени в спортно-техническите характеристики на
препятственото бягане съобразно комплексните фактори на постижението, НСА, 2015,
Дашева, Д. (2002)Тренировка и адаптация в спорта. Бинс, София;
Карапетрова, Р., Дисертация – Моделиране на физическата подготовка на елитни
лекоатлетки- копиехвърлячки, НСА, 2011., Лазаров Г. (1978)Бягане на средни разстояния УП
изд. ВИФ, София;
Фурнаджиев В., И. Абаджиев (2005) Адаптация в спорта. Кн. Издв. НСА, София,
Astrand, P.O., Rodahl, K(1986). Textbook of Work Physiology, New York – St. Louis,
Bauckaert, J., J. Vrigens, J. Pauner. (1999)Effect Special testsProcedures on Plasma lactate
concentration and EpoxyOxygen Uptake in endurance Athletes’
. The  Journal of Sport Medicine and
Physical fitness, v.30.,
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Assessment of Functional Efficiency and Adaptability at The Individual Runners at Middle Distances
Dick, F. W. (2002) Sports Training Principles A&C Black, London,
Keith, D. (2001).Genes training and other Constraints on individual,
Mattews, D., E.Fox. (2001).The Physiological Basis of Physical education and Athletes,
Vuorimaa T. (2007) Neuromuscular, hormonal and oxidative stress responses to endurance
running exercises in well – trained runners. Dissertation. University of Jyvskila.
246
Conference Procedings
UDK 796.322.015.527:612.766
POVEZANOST EKSPLOZIVNE SNAGE MIŠIĆA I TELESNOG SASTAVA
RUKOMETAŠA UZRASTA 14 DO 16 GODINA U ODNOSU NA IGRAČKU
POZICIJU
Jelena Vukosavljević1, Saša Bubanj1, Danijela Živković1, Milan Stojić1, Katarina Nejić1
1Fakultet sporta i fizičkog vaspitanja, Univerzitet u Nišu , Srbija
UVOD
Eksplozivna snaga je jedna od determinanti uspešnosti u svim aktivnostima koje zahtevaju
očitavanje maksimalne mišićne sile u što kraćoj jedinici vremena (Newton & Kreamer, 1994). Većina
izbačajnih aktivnosti tj. udaraca i dodavanja rekvizita (lopte) u sportu, a posebno u rukometu, zavisi
u najvećoj meri od eksplozivne snage mišićne regije kojom se vrši izbačaj.
Eksplozivna snaga predstavlja sposobnost koja omogućava jednom sportisti ubrzanje njego-
vog tela prema nekom objektu ili partneru. Ispoljena eksplozivna snaga zavisi od procenta i sastava
motornih jedinica odgovarajuće mišićne grupe (Bubanj & Branković, 1997).
Sastav tela - ljudsko telo sačinjeno je od kože, masnog tkiva, mišićnog tkiva (sa preovlađujućim
skeletnim mišićima), koštanog tkiva (i drugog vezivnog tkiva), nervnog sistema (mozak, itd.) i organa
(srce, jetra, itd.).
Idealna količina masnog tkiva (izražena u procentima) razlikuje se i veća je za žene u odnosu
na muškarce. Masno tkivo je ženama neophodno da bi održale menstrualni ciklus, tj. reproduktivnu
sposobnost (American Councilon Exercise, n.d.).
U savremenoj rukometnoj igri svaka igračka pozicija ima razvijene specifične motoričke spo-
sobnosti koje doprinose krajnjem timskom učinku (Oxyzoglou, Hatzimanouil, Kanioglou, & Papa-
dopoulou, 2008.). Bolek (1982.) navodi da kružni napadači ostvaruju veću snagu gornjih u odnosu
na donje ekstremitete, dok krilni igrači u odnosu na igrače na drugim pozicijama ostvaruju najveću
izdržljivost mišića trbušne regije i stopala.
Osnovni cilj ovog istraživanja je kvantifikovnje varijabli ispoljene eksplozivne snage ruku i
nogu i utvrđivanje korelacija između ekplozivne snage i telesnog sastava u zavisnosti od igračke
pozicije.
METOD
Uzorak ispitanika sačinjava 30 dečaka rukometnog kluba „Sloga„ iz Kraljeva koji se takmiče u
Drugoj ligi Zapad. Uzrast ovih dečaka je od 14 do 16 godina koji su podeljeni po igračkim pozicijama
na subuzorke i to bekovi (n=9), krila (n=10), golmani  (n=5) i pivoti (n=6). Osnovni kriterijum za
učešće u istraživanju je dužina bavljenja rukometom u trajanju od najmanje tri godine, kao i odsu-
stvo oboljenja i povreda koji bi mogli negativno da utiču na zdravstveni status ispitanika i rezultate
istraživanja.
Uzorak varijabli:
Antropometrijske karakteristike biće procenjene sledećim varijablama:
•
TelTež (telesna težina izražena u kg),
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Zbornik radova
Povezanost eksplozivne snage mišića i telesnog sastava rukometaša uzrasta 14 do 16 godina u odnosu na igračku poziciju
•
TelVis (telesna visina izražena u cm) i
•
BMI (indeks telesne mase, prema engl. Body mass index).
Upotrebom analizatora bioimpedanse „OmronBF511“, utvrdiće se vrednosti sledećih varijabli
telesnog sastava:
•
Body Fat (masno tkivo izraženo u procentima),
•
MUSCLE (količina skeletnih mišića izražena u procentima) i
•
RM kcal (dnevna potrošnja kalorija u kcal.).
Upotrebom bežičnog akcelerometra Myotest, utvrdiće se vrednosti sledećih varijabl ieksplo-
zivne snage gornjih ekstremiteta:
•
Power (snage izražene u W),
•
Force (sile izražene u N) i
•
Velocity (brzine izražene u cm/s).
Upotrebom bežičnog akcelerometra Myotest, utvrdiće se vrednosti sledećih varijabli eksplo-
zivne snage donjih ekstremiteta:
•
Height (visina izražena u cm),
•
Power (snaga izražena u W/kg),
•
Force (sila izražena u N/kg) i
•
Velocity (brzina izražena u cm/s).
Organizacija, instrumentarijum i uslovi merenja
Istraživanje je bilo transverzalnog karaktera, a sproveo ga je autor i za tu priliku posebno
obučeni saradnici za upotrebu analizatora bioimpedanse „OmronBF511“  i uređaja za procenu ek-
splozivne snage „Myotest”
. Merenju telesnog sastava i eksplozivne snage prethodilo je merenje tele-
sne visine upotrebom antropometra po Martinu. Istraživanje je sprovedeno u skladu sa Helsinškom
Deklaracijom, u sali Sportskog Centra „Ibar“ u Kraljevu. Svi ispitanici su biti upoznati sa zadacima
merenja, a svoje učešće, t.j. saglasnost o učešću u istraživanju potvrdili su pismenim putem. Merenju
ekplozivne snage donjih ekstremiteta prethodilo je zagrevanje koje se sastojatojalo iz laganog trčanja
800m, skipa unapred 4x30m, bočnog kretanja 4x30m i skipa unatrag 4x30m. Merenju ekplozivne
snage gornjih ekstremiteta prethodilo je zagrevanje koje se sastojalo iz protokola potiska sa klupe
sa 2x5 ponavljanja niskog inteziteta i opterećenjem od 10kg, 2x5 ponavljanja umerenog inteziteta i
opterećenjem od 10kg i 2x3 ponavljanja visokog inteziteta i opterećenjem od 20kg. Između navede-
nih serija potiska sa klupe, postojao je odmor u trajanju od 1 minuta, kao i nakon sprovedenih serija
zagrevanja i to u trajanju od 3 minuta.
Postupak merenja
Ispitanici su najpre pristupiti merenju telesne visine, a zatim i telesnog sastava u koloni jedan
iza drugog. U cilju utvrđivanja eksplozivne snage gornjih ekstremiteta potiskom sa klupe, autori su
postavljali uređaj “Myotest” na šipku Smith mašine, čija je ukupna težina sa tegovima iznosila 20 kg.
Iz početnog ležećeg položaja sa opruženim rukama u zglobovima laktova, ispitanici su izveodili po
pet spuštanja i podizanja opterećenja, nakon kratkih zvučnih signala uređaja “Myotest”
. U cilju utvr-
đivanja eksplozivne snage donjih ekstremiteta, neposredno pred skok oko struka  im je postavljen
poseban pojas na koji je bio pričvršćen uređaj “Myotest”
. Ispitanici su izvodili pet skokova sa počuč-
njem na način opisan u potpoglavlju. Takođe, ispitanicima su davane instrukcije da ruke postave o
bokove, kako njima ne bi saopštavali dodatni impuls telu prilikom odskoka, zatim da mesto odskoka
treba da bude identično mestu doskoka, kao i da kontakt sa podlogom treba da bude što kraći. Te-
lesni sastav utvrđivan je tako što su ispitanici, bosonogi, statajali najpre na elektronsku vagu koja
predstavlja sastavni deo uređaja „Omron BF511“ i tom prilikom utvrđivana je njihova telesna težina.
Zatim su uzimali pokretni deo bioimpendance, izvršavali određena podešavanja softvera u odnosu
na pol,godine života i ruke postavljali u položaj predručenja sa fleksijom u zglobovima ramena od
90 deg. Jedinstvena tehnologija „8 senzora“ preko kojih su bile postavljene ruke i stopala obezbeđuje
248
Conference Procedings
Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
najtačnije rezultate merenja telesnog sastava metodom bioimpedance. Vrednosti telesnog sastava,
očitavale se sa displeja uređaja „OmronBF511”
. Vrednosti varijabli eksplozivne snage, očitavale su
se sa displeja uređaja “Myotest”
, koji statistički obrađuje srednju vrednost istraživanih varijabli. U
cilju statističke obrade dobijenih podataka korišćen je paket “SPSS version 13”
, a dobijeni rezultati
su prikazani deskriptivnom statistikom (tabelarno i grafički). Za utvrđivanje  povezanosti varijabli
eksplozivne snage i telesnog sastava, korišćena je korelaciona analiza (Petković, 2000).  Provera nor-
malnosti raspodele podataka  proveravana Kolmogorov Smirnovljevim testom.
REZULTATI
Deskriptivna statistika
Tabela 1. Telesna težina i telesna visina igrača po pozicijama
Pozicija
Weight
Height
(Kg)
(cm)
bek
Mean
73,78
185,56
n=9
Std. Dev.
9,16
5,70

Minimum
62,00
175,00

Maximum
91,00
193,00
krilo
Mean
62,70
184,60
n=10
Std. Dev.
7,17
9,07

Minimum
54,00
174,00

Maximum
77,00
198,00
pivot
Mean
86,33
181,00
n=6
Std. Dev.
5,75
5,69

Minimum
79,00
171,00

Maximum
92,00
187,00
golman
Mean
67,60
184,40
n=5
Std. Dev.
1,14
4,39

Minimum
66,00
178,00

Maximum
69,00
189,00
Total
Mean
71,57
184,13
n=30
Std. Dev.
11,02
6,75

Minimum
54,00
171,00

Maximum
92,00
198,00
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Povezanost eksplozivne snage mišića i telesnog sastava rukometaša uzrasta 14 do 16 godina u odnosu na igračku poziciju
Tabela 2. Eksplozivna snaga gornjih ekstremiteta igrača po pozicijama.
pozicija
Power
(W)
Force (N)  Velocity
(cm/s)
bek
Mean
135,22
260,89
68,11
n=9
Std. Dev.
14,91
24,52
6,90

Min.
114,00
231,00
58,00
Max.
159,00
293,00
79,00
krilo
Mean
135,70
242,70
65,10
n=10
Std. Dev.
12,70
52,86
7,26

Min.
118,00
149,00
54,00

Max.
161,00
293,00
77,00
pivot
Mean
109,33
233,83
56,17
n=6
Std. Dev.
9,61
10,03
6,74

Min.
98,00
221,00
49,00

Max.
123,00
251,00
68,00
golman
Mean
139,20
255,40
68,40
n=5

Std. Dev.
19,20
12,60
4,22
Min.
112,00
241,00
62,00

Max.
163,00
273,00
73,00
Total
Mean
130,87
248,50
64,77
n=30

Std. Dev.
17,32
34,41
7,80
Min.
98,00
149,00
49,00

Max.
163,00
293,00
79,00
250
Conference Procedings
Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
Tabela 3. Eksplozivna snaga donjih ekstremiteta igrača po pozicijama.
pozicija
Height
(cm)
Power
(W)
Force
(N)
Velocity
(cm/s)
bek
Mean
37,56
38,33
24,47
222,11
n=9
Std.
Dev.
4,77
10,63
2,61
38,56
Min.
31,00
28,00
21,20
165,00
Max.
46,00
54,00
28,70
276,00
krilo
Mean
35,60
41,00
24,47
246,30
n=10
Std.
Dev.
3,75
7,21
4,43
20,19
Min.
32,00
30,00
20,20
208,00
Max.
43,00
52,00
33,40
278,00
pivot
Mean
33,50
39,67
24,83
227,17
n=6
Std.
Dev.
3,15
6,68
2,25
30,05
Min.
28,00
33,00
21,20
192,00
Max.
37,00
51,00
28,00
279,00
golman
Mean
39,00
40,40
24,40
216,60
n=5
S t d .
Dev.
9,46
8,56
2,83
59,20
Min.
29,00
30,00
21,60
117,00
Max.
51,00
51,00
27,80
261,00
Total
Mean
36,33
39,83
24,53
230,27
n=30
S t d .
Dev.
5,31
8,15
3,10
36,32
Min.
28,00
28,00
20,20
117,00
Max.
51,00
54,00
33,40
279,00
251
Zbornik radova
Povezanost eksplozivne snage mišića i telesnog sastava rukometaša uzrasta 14 do 16 godina u odnosu na igračku poziciju
Povezanost varijabli telesnog sastava sa eksplozivnom snagom
Tabela 4. Povezanost varijabli telesnog sastava sa eksplozivnom snagom gornjih ekstremiteta
kod krilnih igrača.

BMI
BodyFat
Muscle
RMkcal
(%)
(%)
(kcal)
Power
(W)
Pearson
Correlation
,741*
,765**
-,019
,448
Sig.(2tailed)
,014
,010
,957
,194
N
10
10
10
10
Force
(N)
Pearson
Correlation
,483
,278
-,476
,416
Sig.(2tailed)
,157
,437
,165
,231
N
10
10
10
10
Velocity
(cm/s)
Pearson
Correlation
,681*
,618
-,293
,543
Sig.(2tailed)
,030
,057
,412
,105
N
10
10
10
10
U subuzorku krila postoji značajna pozitivna korelacija između varijabli BMI i Power, BMI i
Velocityy, BodyFat i Power
Tabela 5. Povezanost varijabli telesnog sastava sa eksplozivnom snagom gornjih ekstremiteta kod
pivota
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Power
(W)
Pearson Correlation
,593
,348
,005
,221
Sig. (2-tailed)
,215
,499
,993
,674
N
6
6
6
6
Force
(N)
Pearson Correlation
,288
,050
-,203
-,130
Sig. (2-tailed)
,580
,925
,700
,807
N
6
6
6
6
Velocity
(cm/s)
Pearson Correlation
,390
,899*
,701
,876*
Sig. (2-tailed)
,445
,015
,120
,022
N
6
6
6
6
U subuzorku krila postoji značajna pozitivna korelacija između varijabli BodyFat i Velocityy,
Muscle i Velocity.
252
Conference Procedings
Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
Tabela 6. Povezanost varijabli telesnog sastava sa eksplozivnom snagom donjih ekstremiteta
kod bekova.
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Height
(cm)
Pearson Correlation
-,298
-,200
-,318
-,100
Sig. (2-tailed)
,436
,607
,404
,799
N
9
9
9
9
Power
(W/Kg)
Pearson Correlation
-,529
-,163
,535
-,036
Sig. (2-tailed)
,143
,675
,137
,927
N
9
9
9
9
Force
(N/kg)
Pearson Correlation
-,555
,136
,259
,114
Sig. (2-tailed)
,121
,728
,501
,770
N
9
9
9
9
Velocity
(cm/s)
Pearson Correlation
-,524
-,208
,669*
-,014
Sig. (2-tailed)
,148
,591
,049
,972
N
9
9
9
9
Na subuzorku bekova postoji značajna pozitivna korelacija između Muscle i Velocity.
Tabela 7. Povezanost varijabli telesnog sastava sa eksplozivnom snagom donjih ekstremiteta
kod krilnih napadača
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Height
(cm)
Pearson Correlation
-,123
,090
-,406
,213
Sig. (2-tailed)
,736
,805
,245
,554
N
10
10
10
10
Power
(W/Kg)
Pearson Correlation
,213
,353
-,294
,282
Sig. (2-tailed)
,555
,317
,409
,430
N
10
10
10
10
Force
(N/kg)
Pearson Correlation
,471
,289
,092
,238
Sig. (2-tailed)
,200
,450
,814
,538
N
9
9
9
9
Velocity
(cm/s)
Pearson Correlation
,492
,649*
-,179
,271
Sig. (2-tailed)
,149
,042
,620
,449
N
10
10
10
10
Na subuzorku krila postoji značajna pozitivna korelacija između BodyFat i Velocity.
253
Zbornik radova
Povezanost eksplozivne snage mišića i telesnog sastava rukometaša uzrasta 14 do 16 godina u odnosu na igračku poziciju
Tabela 8. Povezanost varijabli telesnog sastava sa eksplozivnom snagom donjih ekstremiteta
kod golmana.
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Height
(cm)
Pearson Correlation
,216
-,211
-,668
-,139
Sig. (2-tailed)
,727
,733
,218
,823
N
5
5
5
5
Power
(W/Kg)
Pearson Correlation
-,877
,350
,019
-,387
Sig. (2-tailed)
,051
,563
,976
,520
N
5
5
5
5
Force
(N/kg)
Pearson Correlation
-,543
-,150
-,058
-,573
Sig. (2-tailed)
,344
,809
,926
,312
N
5
5
5
5
Velocity
(cm/s)
Pearson Correlation
-,908*
,638
,526
-,385
Sig. (2-tailed)
,033
,247
,362
,522
N
5
5
5
5
U subuzorku golmana postoji značajna negativna korelacija između BMI  i Velocity.
DISKUSIJA
U subuzorku golmana i bekova ne postoji značajna korelacija između telesnog sastava i ek-
splozivne snage gornjih ekstremiteta, dok u subuzorku pivota postoji značajna pozitivna korelacija
između varijabli BodyFat i Velocity (p= ,015), Muscle i Velocity  (p= ,022), a kod subuzorka krila  po-
stoji značajna pozitivna korelacija između varijabli BMI  i Power (p= ,014), BMI i Velocity (p= ,030),
BodyFat i Power (p= ,010) . Rezultati istraživanja nam ukazuju na sledeće činjenice: posmatrajući
rezultate koji su postignuti kod ispitivanih golmana i bekova gde nismo uočili značajnu korelaciju,
da se zaključiti da u dosdašnjem trenažnom procesu nije dovoljno rađeno na specifičnosti pozici-
ja koje igrači zazuzimaju. Dok igrači na mestu pivota koju su obuhvaćeni ispitivanjem imaju veći
procenat masnoće u organizmu , veću opštu telesnu masu, a samim tim poseduju manju mišićnu
masu što sve ukupno (Noutsosetal 2004 ; Srhojetal 2002),  prouzrokuje sporiju pokretljivost samog
tela,slične rezultate su u svom istraživanju dobili i Sporiš i sar. (2010). Dok igrači na poziciji krila,
prema rezultatima u tabelama su sa manjim procentom masnoće u organizmu, samim tim  i većom
mišićnom snagom, manjom opštom masom organizma, pa sve to ukupno dovodi do veće pokretnji-
vosti celog organizma, a samim tim i delova tela. Matthysetal (2013) u svom istraživanju navod da se
za pozicije krila prilikom selekcije biraju uvek najniži igrači i igrači sa najmanjom telesnom masom,
čime možemo objasniti gore navede rezultate. Zato ovde ne smemo zanemariti ni principe selekcije,
njihove predispozicije i kratk vremenski periodo trenažnog postupka kao bitane faktore koje  utiču
na izmerene rezultate.
Na osnovu rezultata iz tabela možemo uočiti da na subuzorku bekova postoji značajna pozi-
tivna korelacija između Muscle i Velocity ( p= ,049), kao i da  na subuzorku krila postoji značajna po-
zitivna korelacija između BodyFat i Velocitya ( p=,042), a da na  subuzorku golmana postoji značajna
negativna korelacija između BMI i Velocity ( p=,033). Sama uloga pivota i mesto koje igra u ekipi
pod uticajem već napred pominjane selekcije i predispozicije pivotmena nam daje za pravo da po-
tvrdimo rezultate iz tabela. U ovom uzrastu ne postoji značajna uočljiva podudarnost u zadatim pa-
rametrima. Dok kod bekova se vidi da analizirani parametri bitno utiču na eksplozivnu sangu donjih
254
Conference Procedings
Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
ekstremiteta. To je uočljivo iz podataka u gore navedenim tabelama, da što je procenat mišićne mase
veći to je veći i procenat pokretljivosti tela, a to nam ukazuje na potrebu da prilikom trenažnog
postupka posebno obratimo pažnju na mišićnu masu odnosno snagu mišića. Foretić i sar.(2010) to
objašnjavaju činjenicom da se prilikom odabira igrača za  poziciju beka  u mlađem uzrastu selektiraju
igrači sa većom telesnom visinom i većim vrednostima longitudinalnih dimenzionalsnosti skeleta.
Krilni igrači su obično izuzetno brzi, eksplozivni, kako u premeštanju svog tela u vremenu i prostoru,
tako i u frekvenciji pokreta ruku i nogu, za njih je karekterističan brz prelaz iz faze odbrane u fazu
napada (Čaval, 2012) nada su i logični rezultati u tabelama koji nam govore da što je manji procenat
masnoće u organizmu, veća je pokretnjivost celokpnog tela, a samim tim i donjih ekstremiteta. U
ispitivanim uzorcima na pozicijama golmana, došlo se do saznanja da što je veći procenat masnoće
u organizmu brzina pokretljivosti je manja. Logika ovog zaključka može proizaći iz činjenice, da su
golmani dosta statični u igri, a samim tim i u trenažnom procesu, slične rezultate je u svom istra-
živanju dobio i Svrhoj (2006) gde objašnja da za golamane jeste potrebna eksplozivna snaga ali više
u vidu odraza i da su kod njih dominantna bočna kretanja, stavovi i dubinski izlasci. Ako želimo da
nam golman bude pokretljiv, sa brzim pokretima ruku i nogu, tokom treniga moramo voditi računa
o njegovoj mišićnoj masi i što većem smanjenju procenta masnoće u organizmu.
ZAKLJUČAK
Posmatrajući ovo istraživanje koje je sprovedeno na gore navedenom uzorku kao izolovanu
celinu, možemo doći do saznanja da je selekcija ispitivanih igrača zadovoljavajuće izvršena, prema
njihovim psihofizičkim sposobnostima i telesnoj kompoziciji u odnosu na mesta na kojima igraju.
Da je eksplozivna snaga povezana sa telesnom kompzicijomm i da je to najviše izraženo kod igrča na
poziciji pivota i kod krilnih igrača. Da je u dosadašnjem njihovom trenažnom postupaku mnogo više
pažnje posvećivano opštoj fizičkoj pripremi ispitanika, nego li njihovoj specifičnoj fizičkoj pripremi
u zavisnosti od mesta koje igraju u timu. Ekipa je u sistem takmičenja verovatno prerano uključena
pa treneri nisu imali dovoljno vremena da se posvete specifičnim potrebama pojedinaca. Trebalo
bi zato da u narednom periodu obrate što je moguće više pažnje kako o načinu ishrane, sportskom
načinu života i da se za svaku poziciju i za svakog pojedinca uradi program i plan sistema vežbi, a u
cilju postizanja što boljih rezultata svakog pojedinca na svom mestu u timu, a ujedno i boljem uspe-
hu ekipe uopšte. A da treneri ove informacije koristiti u procesu planiranja i progamiranja treniga u
cilju postizanja većeg  uspeha u rukometu.
Rezultati istraživanja ukazuju na potrebu posvećivanja veće pažnje specifičnim fizičkim pri-
premama pojedinaca ovog uzrasta u odnosu na igračku poziciju u timu i to na način da se kod:
1) krila – poboljšati sprintersku sposobnost i skočnost;
2) bekova – poboljšati sprintersku sposobnos i skočnost;
3) pivota – poboljšati skočnost i eksplozivnu snagu;
4) golmana – smanjenjiti  procenat masnoće u organizmu i poboljšati eksplozivnu snagu boč-
nim kretanjima, stavovima (golmanskim) i dubinskim izlascima.
LITERATURA
Bolek, E. (1982). Maksimalna i relativna snaga rukometaša (Maximal and relative strength in
handball players), Rukomet, 6, 68-70. In Serbian
Bubanj, R., & Branković, M. (1997). Atletika-tehnika i metodika (Athletics-techniques and
methodics). Samostalno izdanje autora, Niš. In Serbian
Foretić, N., Uljević, O., & Rogulj, N. (2010). Anthropometric characteristics of handball pla-
yers age 12 and 14. In Unapređenje kvalitete života djece i mladih. Hrvatska znanstvena bibliografija
i MZOS-Svibor
Srhoj, V., Marinović, W.M., & Rogulj, N. (2002). Position specific morphological characteri-
stics of top-level male handball players. Coll Antropol., 1: 219-227.
255
Zbornik radova
Povezanost eksplozivne snage mišića i telesnog sastava rukometaša uzrasta 14 do 16 godina u odnosu na igračku poziciju
Srhoj, V., Rogulj, N., & Čavala, M. (2006). Bazične motoričke sposobnosti hrvatskih vrhunskih
rukometašica s obzirom na igračku poziciju. 15. ljetna škola kineziologa Republike Hrvatske.
Sporiš, G., Vuleta, D., Vuleta Jr, D., & Milanović, D. (2010). Fitness profiling in handball: physi-
cal and physiological characteristics of elite players. Collegium antropologicum, 34(3), 1009-1014.
Matthys, S. P., Fransen, J., Vaeyens, R., Lenoir, M., & Philippaerts, R. (2013). Differences in
biological maturation, anthropometry and physical performance between playing positions in youth
team handball. Journal of sports sciences, 31(12), 1344-1352.
Newton, R.U., & Kraemer, W.J. (1994). Developing explosive muscular power: Implications for
a mixed methods training strategy. Strength & Conditioning Journal, 16 (5), 20-31.
Noutsos, K., Koutouloulis, A., Kororos, P., & Bayios, I. (2004). Morphological characteristics
of Greek female handball players. Health and Sport Performance, 3(3): 177-192
Oxyzoglou, N., Hatzimanouil, D., Kanioglou, A., & Papadopoulou, Z. (2008). Profile of elite
handball athletes by playing position. Physical Training, 24, 1-1.
Petković, D. (2000). Metodologija istraživanja u fizičkoj kulturi (Methodology of research in
physical culture). Samostalno izdanje autora, Niš. In Serbian
Čavala, M. (2012). Morfološke, motoričke i psiho-socijalne karakteristike mladih rukometaši-
ca različite igračke kvalitete i pozicije./Disertation. Split: Kineziološki fakultet.
256
Conference Procedings
UDK 796.322.015.527:612.766
CORRELATION OF EXPLOSIVE STRENGTH AND BODY COMPOSITION
IN HANDBALL PLAYERS AGED 14-16 DEPENDING ON PLAYING
POSITIONS
Jelena Vukosavljević1, Saša Bubanj1, Danijela Živković1, Milan Stojić1, Katarina Nejić1
1Faculty of sport nad physical education, University of Nis, Serbia
INTRODUCTION
Explosive strength is one of determinants of success in all activity which require maximal
muscle force developed in shortest amount of time (Newton & Kreamer, 1994). Most throw activities
i.e. shot or passing the prop (ball) in sport, and especially in handball, depends mostly of explosive
strength of a muscle region which is making the throw out.
Explosive strength represents ability which allows one sportsman body acceleration towards
an object or partner. Expressed explosive strength depends of percentage and composition of motor
units appropriate muscle built (Bubanj & Branković, 1997).
Body composition - Human body is made of skin,  Sastav tela - Ljudsko telo sačinjeno je od
kože, adipose tissue, muscle tissue (with the prevailing skeletal muscle), bone (and other connective
tissue), nervous system (brain, etc.) and organs (heart, liver, etc.). Typical, anthropometric, two-
component model of the human body is consisted of low fat and fat tissue with specific density.
The ideal amount of body fat (expressed in percentage) varies and is higher for women
compared to men. Adipose tissue is necessary to women in order to maintain the menstrual cycle,
i.е. reproductive capacity (American Councilon Exercise, n.d.).
In modern handball each playing position has developed specific motor skills that contribute
to the ultimate team performance (Oxyzoglou, Hatzimanouil, Kanioglou, & Papadopoulou, 2008).
Bolek (1982) states that the circular attackers have greater strength in upper nor in the lower
extremities, while wing attackers compared to players at other positions achieve maximum muscle
endurance in abdominal region and feet.
The main objective of this study is to quantify the variables of demonstrated explosive force
of arms and legs and to establish correlations between the explosive strength and body composition
depending on the playing positions.
METHOD
The sample consist 30 boys which are playing for handball team „Sloga„ from Kraljevo and
competing in Second West League. Boys were 14 to 16 years of age which were divided based on
playing positions on subgroups of backs (n=9), wings (n=10), goalkeepers  (n=5) and pivots (n=6).
Based criteria for participating in research was longiness in handball, which was mininum of three
years, and absence of any illness or injuries which would have negative inffluence on healh status of
participants and research results.
Variables sample
Anthropometric characteristics were evaluated with following variables:
•
TelTež (body weight in kg),
•
TelVis (body height in cm) and
257
Zbornik radova
Correlation of Explosive Strength and Body Composition in Handball Players Aged 14-16 Depending on Playing Positions
•
BMI (body mass index).
Using bioimpedance analyzer „Omron BF511,” value of the following variables of body
composition were determined:
•
Body Fat (adipose tissue is expressed as a percentage),
•
MUSCLE (the amount of skeletal muscle expressed as a percentage) and
•
RM kcal (daily consumption of calories in kcal).
Using wireless accelerometers Myotest, values of the following variables of explosive strength
of upper extremity ere determined:
•
Power (expressed in W),
•
Force (expressed in N) and
•
Velocity (expressed in cm/s).
Using wireless accelerometers Myotest, values of the following variables of explosive strength
of lower extremity ere determined:
•
Height (expressed in cm),
•
Power (expressed in W/kg),
•
Force (expressed in N/kg) and
•
Velocity (expressed in cm/s).
Organization, instrumentation and measurement conditions
The research had transversal character and was deducted by the author and for the occasion
by specially trained staff to use the analyzer bioimpedanse „OmronBF511” and devices for the
assessment of explosive strength „Myotest”
. Measurement of body composition and explosive
strength preceded by measurement of body height using anthropometry according to Martin.
The research was conducted in accordance with the Helsinki Declaration, in the hall of the Sports
Center „Ibar” in Kraljevo. All participants were familiar with the tasks of measurement, and their
participation, i.e., agreement on participation in the study was confirmed in writing. Measuring the
explosive power of the lower extremities was preceded by warm-up which was comprised of easy
running 800m, the forward skip 4x30m, the lateral movement of 4x30m and back skips 4x30m.
Measurement of explosive strength of upper extremities was preceded by a warm-up which was
composed of protocols bench-pressing with 2x5 repetitions of low intensity and load of 10 kg, 2x5
repetitions moderate intensity and load of 10 kg and 2x3 repetitions of high intensity and load of
20 kg. Among the above series of bench-pressing, there was a rest period of 1 min, and also after
conducting a series of warm-up for a period of 3 minutes.
Measurement method
Participants were initially access the measurement of height, and then the body composition
in the column one after the other. In order to determine the explosive power of the upper extremities
with bench thrust, the author has set device „Myotest” the rod Smith machines, whose total weight,
with weights was 20 kg. From the initial standing position with hands outstretched in elbows, subjects
performed five lifting and lowering of the load, after a short sound signal device „Myotest”
. In order to
determine the explosive power of the lower extremities, prior the jump, around the waist was set up
a special belt with attached device „Myotest”
. Participants performed five jumps from a half squat in
the manner described in presection. Also, participants were instructed to put hands on hips, as they
would not report these additional impulse to the body during the jump. It was required that the place
of rebound be identical to landing spot, and that contact with the ground be as short as possible.
For body composition, participants, barefoot, were standing first on the electronic scale which is an
integral part of the device „Omron BF511” and which determined their body weight. In the next step,
movable part of bioimpendance was taken, certain adjustments were made based on gender and age,
participants have placed their hands in outstretched position with flexion of the shoulder joints of
90 deg. Unique technology „8 sensors” through which they placed hands and feet has provided the
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Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
most accurate measurement results of body composition using bioimpendance method. Values of
body composition, was read from the display device „OmronBF511”
. The values of the variables of
explosive strength, was read to the display device „Myotest” which statistically processes the mean
value of the studied variables. For statistical analysis of data, package “SPSS version 13” was used,
and the results are presented by descriptive statistics (tables and graphs). To determine correlation
of variables of explosive strength and body composition, correlation analysis was used (Petkovic,
2000). Normality check of data distribution was checked by Kolmogorov-Smirnov test.
RESULTS
Descriptive statistic
Table 1. Body weight and body height of players in positions
Position
Weight
Height
(Kg)
(cm)
Back
Mean
73,78
185,56
n=9
Std. Dev.
9,16
5,70

Minimum
62,00
175,00

Maximum
91,00
193,00
Wing
Mean
62,70
184,60
n=10
Std. Dev.
7,17
9,07

Minimum
54,00
174,00

Maximum
77,00
198,00
Pivot
Mean
86,33
181,00
n=6
Std. Dev.
5,75
5,69

Minimum
79,00
171,00

Maximum
92,00
187,00
Goalkeeper
Mean
67,60
184,40
n=5
Std. Dev.
1,14
4,39

Minimum
66,00
178,00

Maximum
69,00
189,00
Total
Mean
71,57
184,13
n=30
Std. Dev.
11,02
6,75

Minimum
54,00
171,00

Maximum
92,00
198,00
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Correlation of Explosive Strength and Body Composition in Handball Players Aged 14-16 Depending on Playing Positions
Table 3.  Explosive strength of lower  extremities of players in positions.
Position
Height
(cm)
Power
(W)
Force
(N)
Velocity
(cm/s)
Back
Mean
37,56
38,33
24,47
222,11
n=9
Std.
Dev.
4,77
10,63
2,61
38,56
Min.
31,00
28,00
21,20
165,00
Max.
46,00
54,00
28,70
276,00
Wing
Mean
35,60
41,00
24,47
246,30
n=10
Std.
Dev.
3,75
7,21
4,43
20,19
Min.
32,00
30,00
20,20
208,00
Max.
43,00
52,00
33,40
278,00
Pivot
Mean
33,50
39,67
24,83
227,17
n=6
Std.
Dev.
3,15
6,68
2,25
30,05
Min.
28,00
33,00
21,20
192,00
Max.
37,00
51,00
28,00
279,00
Goalkeeper
Mean
39,00
40,40
24,40
216,60
n=5
S t d .
Dev.
9,46
8,56
2,83
59,20
Min.
29,00
30,00
21,60
117,00
Max.
51,00
51,00
27,80
261,00
Total
Mean
36,33
39,83
24,53
230,27
n=30
S t d .
Dev.
5,31
8,15
3,10
36,32
Min.
28,00
28,00
20,20
117,00
Max.
51,00
54,00
33,40
279,00
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Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
Table 2.  Explosive strength of upper  extremities of players in positions.
Position
Power
(W)
Force (N)  Velocity
(cm/s)
Back
Mean
135,22
260,89
68,11
n=9
Std. Dev.
14,91
24,52
6,90

Min.
114,00
231,00
58,00
Max.
159,00
293,00
79,00
Wing
Mean
135,70
242,70
65,10
n=10
Std. Dev.
12,70
52,86
7,26

Min.
118,00
149,00
54,00

Max.
161,00
293,00
77,00
Pivot
Mean
109,33
233,83
56,17
n=6
Std. Dev.
9,61
10,03
6,74

Min.
98,00
221,00
49,00

Max.
123,00
251,00
68,00
Goalkeeper
Mean
139,20
255,40
68,40
n=5

Std. Dev.
19,20
12,60
4,22
Min.
112,00
241,00
62,00

Max.
163,00
273,00
73,00
Total
Mean
130,87
248,50
64,77
n=30

Std. Dev.
17,32
34,41
7,80
Min.
98,00
149,00
49,00

Max.
163,00
293,00
79,00
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Correlation of Explosive Strength and Body Composition in Handball Players Aged 14-16 Depending on Playing Positions
Correlation of body composition with explosive strength
Table 4. Variable correlation of body composition with explosive strength in upper extremities
among wing players.

BMI
BodyFat
Muscle
RMkcal
(%)
(%)
(kcal)
Power
(W)
Pearson
Correlation
,741*
,765**
-,019
,448
Sig.(2tailed)
,014
,010
,957
,194
N
10
10
10
10
Force
(N)
Pearson
Correlation
,483
,278
-,476
,416
Sig.(2tailed)
,157
,437
,165
,231
N
10
10
10
10
Velocity
(cm/s)
Pearson
Correlation
,681*
,618
-,293
,543
Sig.(2tailed)
,030
,057
,412
,105
N
10
10
10
10
In subsample of wing players there is statisical significant correlation between variables BMI
and Power, BMI and Velocityy, BodyFat and Power
Table 5. Variable correlation of body composition with explosive strength in upper extremities
among pivot players.
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Power
(W)
Pearson Correlation
,593
,348
,005
,221
Sig. (2-tailed)
,215
,499
,993
,674
N
6
6
6
6
Force
(N)
Pearson Correlation
,288
,050
-,203
-,130
Sig. (2-tailed)
,580
,925
,700
,807
N
6
6
6
6
Velocity
(cm/s)
Pearson Correlation
,390
,899*
,701
,876*
Sig. (2-tailed)
,445
,015
,120
,022
N
6
6
6
6
In subsample of pivot players there is statisical significant correlation between variables
BodyFat and Velocityy, Muscle and Velocity.
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Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
Table 6. Variable correlation of body composition with explosive strength in lower extremities
among back players.
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Height
(cm)
Pearson Correlation
-,298
-,200
-,318
-,100
Sig. (2-tailed)
,436
,607
,404
,799
N
9
9
9
9
Power
(W/
Kg)
Pearson Correlation
-,529
-,163
,535
-,036
Sig. (2-tailed)
,143
,675
,137
,927
N
9
9
9
9
Force
(N/kg)
Pearson Correlation
-,555
,136
,259
,114
Sig. (2-tailed)
,121
,728
,501
,770
N
9
9
9
9
Velocity
(cm/s)
Pearson Correlation
-,524
-,208
,669*
-,014
Sig. (2-tailed)
,148
,591
,049
,972
N
9
9
9
9
In subsample of back players there is statisical significant correlation between variables
Muscle and Velocity.
Table 7. Variable correlation of body composition with explosive strength in lower extremities
among wing players.
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Height
(cm)
Pearson Correlation
-,123
,090
-,406
,213
Sig. (2-tailed)
,736
,805
,245
,554
N
10
10
10
10
Power
(W/
Kg)
Pearson Correlation
,213
,353
-,294
,282
Sig. (2-tailed)
,555
,317
,409
,430
N
10
10
10
10
Force
(N/
kg)
Pearson Correlation
,471
,289
,092
,238
Sig. (2-tailed)
,200
,450
,814
,538
N
9
9
9
9
Velocity
(cm/s)
Pearson Correlation
,492
,649*
-,179
,271
Sig. (2-tailed)
,149
,042
,620
,449
N
10
10
10
10
In subsample of wing players there is statisical significant correlation between variables
BodyFat and Velocity.
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Correlation of Explosive Strength and Body Composition in Handball Players Aged 14-16 Depending on Playing Positions
Table 8. Variable correlation of body composition with explosive strength in lower extremities
among goalkeepers.
BMI
BodyFat
(%)
Muscle
(%)
RMkcal
(kcal)
Height
(cm)
Pearson Correlation
,216
-,211
-,668
-,139
Sig. (2-tailed)
,727
,733
,218
,823
N
5
5
5
5
Power
(W/
Kg)
Pearson Correlation
-,877
,350
,019
-,387
Sig. (2-tailed)
,051
,563
,976
,520
N
5
5
5
5
Force
(N/kg)
Pearson Correlation
-,543
-,150
-,058
-,573
Sig. (2-tailed)
,344
,809
,926
,312
N
5
5
5
5
Velocity
(cm/s)
Pearson Correlation
-,908*
,638
,526
-,385
Sig. (2-tailed)
,033
,247
,362
,522
N
5
5
5
5
In subsample of goalkeepers there is statisical significant negative correlation between
variables BMI and Velocity.
DISCUSSSION
In the subsample of goalkeepers and backs there is no significant correlation between body
composition and explosive strength of upper extremities, whereas in the subsample of the pivot
there is a significant positive correlation between variables BodyFat i Velocity (p =,015), Muscle and
Velocity (p =, 022), and in subsamples wings there is a significant positive correlation between the
variables BMI and Power (p =, 014), BMI and Velocity (p =,030), BodyFat and Power (p =,010). The
research results point to the following facts: observing the results that were achieved in goalkeepers
and backs we did not observe a significant correlation, it can be concluded that in the current
training process is not enough done on the specifics of the position that players take. Pivot players
have a higher percentage of body fat, increased overall body weight, and therefore have less muscle
mass as a total (Noutsosetal, 2004; Srhojetal, 2002), all of which causes a slower mobility of the body
extremities and the body itself, similar to research of Sporis et al. (2010). Wing players according
to the results in the tables are with a smaller percentage of fat in the body, thereby have increased
muscle strength, overall reduced weight of the body, which all leads to a greater mobility of the whole
organism, and therefore the body parts. Matthysetal (2013) in his research indicate that in selection
for the wing players experts will always choose the lowest players and players with the lowest body
mass, which can be explained by the above-stated results. So therefore we must not neglect the
principles of selection, their predispositions and the short period of training process as important
factors which are affecting the measured results.
Based on the results from the tables we can see that the subsample of back players shows a
significant positive correlation between Muscle and Velocity (p =,049), and that the subsample of
the wing players shows a significant positive correlation between BodyFat and Velocity (p =,042),
and that the subsample of the goalkeepers shows a significant negative correlation between BMI and
Velocity (p =,033). The very role of pivot and the position he plays in the team is under the influence
already mentioned forward selection and predispositions, gives us the right to verify the results from
the table. At this age there is no significant noticeable correlation in the given parameters. While
at the back players, analyzed parameters are showing significant impact on the explosive power of
lower extremities. It is evident from the data in the tables above, that the higher percentage of muscle
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Conference Procedings
Jelena Vukosavljević, Saša Bubanj, Danijela Živković, Milan Stojić, Katarina Nejić
mass leads to the greater percentage of motion, and this indicates a need that at training process we
especially pay attention to muscle mass and muscle strength. Foretić et al. (2010) explained that the
selection of players for the quarterback position in younger children requires preparation of players
with greater body height and higher values of longitudinal dimension of skeleton. Wing players
are usually very quick, explosive, as in the transfer of their body in space and time, as well as the
frequency of movements of arms and legs, they have caracterisitc quick transition from defense to
attack (Cavallo, 2012) although, logical results in tables are telling us that the smaller the percentage
of fat in the body we have, the greater percentage of motion of the whole body is, and therefore in the
lower extremities. The examined sample on the goalkeepers, showed that the higher the percentage
of fat in the body leads to lower mobility speed. The logic of this conclusion may result from the
fact that goalkeepers are a mostly static in the game, and in the training process. Similar results
were found in Svrhoj (2006), where he describes that goalkeeper explosive strength is needed at
take-off, but for them most important are side movements, postures and deep outs. If we want agile
goalkeeper, with fast-moving arms and legs, during the trainings we have to take care of his muscle
mass and work on major reduction in the percentage of fat in the body.
CONCLUSION
Observing this research which was conducted on the above sample as isolated entity, we come
to realize that the selection of players was satisfactorily completed, according to their mental and
physical abilities and body composition in relation to the positions they play. That the explosive
strength is associated with body composition and that it is most prevalent in wing and pivot players.
That in their previous training procedure much more attention was devoted to the general physical
condition of the participants, rather than their specific physical preparation depending on the position
that they play in a team. The team was probably premature included in the competition system and
coaches did not have enough time to devote to the specific needs of individuals. Therefore, in the
future they should focus as much as possible attention to the diet, sports and lifestyle for every
position and for every individual, and make a program and plan of exercises, in order to achieve
the best possible results of each individual player position in the team, and also the better success
of the team in general. The coaches should use this information in planning and programming the
trainings in order to achieve greater success in handball.
The research results are showing the need for heightened attention to specific physical
preparation of individuals in this age group compared to the playing position in the team and
specifically:
1) wing players - improving sprint ability and explosive strength;
2) back players - improving sprint ability and explosive strength;
3) pivots - improving jumping ability and explosive strength;
4) goalkeepers - reducing the percentage of fat in the body and improve explosive power with
lateral movements, postures (goalkeepers) and deep outs.
REFERENCES
Bolek, E. (1982). Maksimalna i relativna snaga rukometaša (Maximal and relative strength in
handball players), Rukomet, 6, 68-70. In Serbian
Bubanj, R., & Branković, M. (1997). Atletika-tehnika i metodika (Athletics-techniques and
methodics). Samostalno izdanje autora, Niš. In Serbian
Foretić, N., Uljević, O., & Rogulj, N. (2010). Anthropometric characteristics of handball players
age 12 and 14. In Unapređenje kvalitete života djece i mladih. Hrvatska znanstvena bibliografija i
MZOS-Svibor
Srhoj, V., Marinović, W.M., & Rogulj, N. (2002). Position specific morphological characteristics
of top-level male handball players. Coll Antropol., 1: 219-227.
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Correlation of Explosive Strength and Body Composition in Handball Players Aged 14-16 Depending on Playing Positions
Srhoj, V., Rogulj, N., & Čavala, M. (2006). Bazične motoričke sposobnosti hrvatskih vrhunskih
rukometašica s obzirom na igračku poziciju. 15. ljetna škola kineziologa Republike Hrvatske.
Sporiš, G., Vuleta, D., Vuleta Jr, D., & Milanović, D. (2010). Fitness profiling in handball:
physical and physiological characteristics of elite players. Collegium antropologicum, 34(3), 1009-
1014.
Matthys, S. P., Fransen, J., Vaeyens, R., Lenoir, M., & Philippaerts, R. (2013). Differences in
biological maturation, anthropometry and physical performance between playing positions in youth
team handball. Journal of sports sciences, 31(12), 1344-1352.
Newton, R.U., & Kraemer, W.J. (1994). Developing explosive muscular power: Implications for
a mixed methods training strategy. Strength & Conditioning Journal, 16 (5), 20-31.
Noutsos, K., Koutouloulis, A., Kororos, P., & Bayios, I. (2004). Morphological characteristics
of Greek female handball players. Health and Sport Performance, 3(3): 177-192
Oxyzoglou, N., Hatzimanouil, D., Kanioglou, A., & Papadopoulou, Z. (2008). Profile of elite
handball athletes by playing position. Physical Training, 24, 1-1.
Petković, D. (2000). Metodologija istraživanja u fizičkoj kulturi (Methodology of research in
physical culture). Samostalno izdanje autora, Niš. In Serbian
Čavala, M. (2012). Morfološke, motoričke i psiho-socijalne karakteristike mladih rukometašica
različite igračke kvalitete i pozicije./Disertation. Split: Kineziološki fakultet.
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UDK 796.012.1:373.3/.4
PRIMJENA MODIFIKOVANE EUROFIT BATERIJE TESTOVA
U OSNOVNOJ ŠKOLI

Stela Srpak1, Zvonimir Tomac1, Tihomir Vidranski1
1J.J. Strossmayer, Univerzitet u Osijeku, Pedagoški fakultet, Hrvatska
UVOD
Tjelesna i zdravstvena kultura obavezni je predmet u hrvatskom odgojno obrazovnom sustavu
te se od prvog do trećeg razreda osnovne škole provodi tri sata tjedno, odnosno 105 sati godišnje,
dok se u četvrtom razredu provodi dva sata tjedno, odnosno 70 sati godišnje. Nastava tjelesne i
zdravstvene kulture treba biti primjerena razvojnim značajkama djece i mladeži, čime se osigurava
usmjerenost nastave tjelesne i zdravstvene kulture prema optimalnom razvoju i usavršavanju onih
znanja, sposobnosti i osobina koje su u pojedinom razvojnom razdoblju bitne za učenike (Nastavni
plan i program za osnovnu školu, 2006). Svrha tjelesnoga i zdravstvenoga područja prema Nacional-
nom okvirnom kurikulumu za predškolski odgoj i obrazovanje te opće obvezno i srednjoškolsko obra-
zovanje (2011), jest usvajanje znanja, stjecanje vještina i navika te razvijanje pozitivnoga stava prema
tjelesnoj aktivnosti i zdravomu načinu življenja kako bi se omogućilo dostizanje najboljih tjelesnih i
duševnih potencijala pojedinca. Pri tome kvaliteta rada u svim područjima primijenjene kineziolo-
gije izravno ovisi o kvaliteti procjene stanja sudionika kinezioloških programa (Malina i sur., 2004.).
Prilikom praćenja i provjeravanja motoričkih sposobnosti stručnjaci se često susreću s nedovoljno
kvalitetnim i neprimjerenim mjernim instrumentima.  Šegregur i sur. (2010, prema Matković, 1995)
navode kako se analiza procjene motoričkih sposobnosti čovjeka obavlja testovima koji se koriste u
praksi za mjerenje motoričkih sposobnosti, brzine pokreta, snage statičkog, eksplozivnog i repetitiv-
nog tipa, fleksibilnosti, koordinacije tijela, agilnosti, ravnoteže, preciznosti te funkcionalne sposob-
nosti kao aerobne izdržljivosti. U kineziološkoj edukaciji primjenjuje se primjeren kineziometrijski
sustav praćenja antropoloških obilježja za mlađu školsku dob koji je opisan i normiran (Findak i
sur. 1996.), a svrha praćenja jest kontrola rada te kvalitetno programiranje i provođenje planiranih
sadržaja tjelesne i zdravstvene kulture. Kineziološkim se mjerenjima na temelju nekog standardizi-
ranog postupka izaziva određena motorička reakcija ispitanika koje se veličina registrira, odnosno
koje se efekt, izazvan nekim standardnim podražajem, mjeri (Dizdar, 2006). Metoda mjerenja veoma
je važna za  uspješno cjelokupno odvijanje nastave tjelesne i zdravstvene kulture te za precizno i
objektivno utvrđivanje individualnih značajki, osobina i sposobnosti učenika, stanja i razine njihovih
motoričkih postignuća te drugih potrebnih informacija o učenicima.  Podaci i rezultati provjeravanja
dobiveni mjerenjem omogućavaju nastavniku lakšu i uspješniju izradu programa, praćenje njegove
realizacije te dobivanje objektivnih informacija o učincima provedenog programa (Findak, 2003).
Kako bi se pogreška mjerenja svela na minimum, testiranje je potrebno provoditi u jednakim stan-
dardiziranim uvjetima, ispitanici trebaju biti adekvatno zagrijani i pripremljeni za mjerenje, potreb-
no je osigurati adekvatnu izmjenu opterećenja i odmora, testovi trebaju biti relevantni za područje
primijenjene kineziologije, mjerni instrumenti moraju imati visoke metrijske karakteristike, a prikaz
i interpretacija dobivenih rezultata moraju biti razumljivi, pouzdani i pragmatički valjani te jasno
ukazivati na smjernice daljnjeg rada (Vučetić, 2010). U tjelesnoj i zdravstvenoj kulturi mjerenje se
provodi  pomoću standardiziranih mjernih instrumenata koji moraju imati primjerene metrijske
karakteristike. Koristi se kod procjene kinantropoloških obilježja učenika i motoričkih postignuća, a
podaci prikupljeni metodom mjerenja vrednuju se na različite načine (Neljak, 2013). Procjena mo-
toričkih sposobnosti veoma je kompleksan zadatak zbog „prikrivenosti“ motoričkih sposobnosti, i
to najčešće morfološkom građom pojedinca i/ili eventualno znanjem o izvođenju nekog motoričkog
zadatka koji se izvodi prilikom testiranje pojedine motoričke sposobnosti (Sekulić, Metikoš, 2007).
Jedna od najkorištenijih baterija testova jest Eurofit, koji predstavlja skup mjera i testova za
procjenu kinantropoloških obilježja učenika osnovnoškolske i srednjoškolske dobi. Također, pri
267
Zbornik radova
Primjena modifikovane Eurofit baterije testova u osnovnoj školi
tome pojam kinantropološka obilježja zajednički je naziv za morfološka obilježja, motoričke i funk-
cionalne sposobnosti učenika. Ovaj standardizirani skup testova preporučen je od strane Vijeća Eu-
rope te se provodi u mnogim europskim školama od 1988. godine. Eurofit niz testova odabran je
zbog mogućnosti provođenja testova s  malim brojem pomagala u vremenu od 35 do 40 minuta
(Neljak i sur, 2011).
Mjere skupa Eurofit baterije testova:
Morfološka obilježja:
- Tjelesna visina
- Tjelesna težina
- Indeks tjelesne mase
- Postotak masti
Testovi motoričkih sposobnosti:
- Flamingo – test ravnoteže
- Taping rukom – test brzine frekvencije pokreta
- Sjed i dohvat – test fleksibilnosti
- Skok u dalj s mjesta – test eksplozivne snage
- Stisak šake – test mišićne jakosti
- Ležanje sjed – test repetitivne snage
- Izdržaj u zgibu – test statičke snage
- Trčanje tamo – ovamo 10x5 m – test brzine i agilnosti
Test funkcionalnih sposobnosti:
- Beep test – test kardiovaskularne izdržljivosti
Crofit
„Metodologija praćenja i vrjednovanja u tjelesnom i zdravstvenom odgojno-obrazovnom po-
dručju“ Mrakovića i sur. iz 1986. godine metodologija je praćenja i vrjednovanja morfoloških obi-
lježja, motoričkih i funkcionalne sposobnosti, koja je 1994. godine osvježena novim vrijednostima
objavljenima u knjizi Primijenjena kineziologija u školstvu „Norme“ Findaka i sur. iz 1996. godine.
Nedovoljno provjerena pouzdanost uvrštenih mjera i testova u spomenutoj metodologiji zahtijevala
je izradu nove metodologije vrjednovanja  kinantropoloških obilježja učenika koja je opisana u na-
dolazećem tekstu (Neljak i sur, 2011).
Predložene mjere i testovi prema Findaku i sur. iz  1996. :
- tjelesna visina
- tjelesna težina
- opseg podlaktice
- nabor nadlaktice
- poligon natraške
- taping rukom
- pretklon sjedeći
- skok u dalj s mjesta
- izdržaj u visu zgibom
- podizanje trupa iz ležaja
- trčanje na 3 i 6 minuta
Projekt „Validacija mjera i testova za procjenu kinantropoloških obilježja učenika osnovnih i
srednjih škola“ proveden je s ciljem prikupljanja novih informacija o kinantropološkim obilježjima
djece i mladeži (Neljak i sur. 2011). Glavno istraživanje provedeno je školske godine 2008./2009., a
268
Conference Procedings
Stela Srpak, Zvonimir Tomac, Tihomir Vidranski
nakon provedenih mjerenja prikupljeni su podatci za 21 876 učenika i učenica osnovnih i srednjih
škola. Tako  velikim brojem učenika minimizirane su standardne pogrješke aritmetičkih sredina mje-
ra i testova, a uzorak je reprezentativan jer zahvaća oko 3% populacije učenika Republike Hrvatske.
Na temelju rezultata istraživanja, izrađene su orijentacijske vrijednosti. Ukupan broj mjera i testova
definiran s obzirom na rezultate predistraživanja bio je 23, od čega su 4 mjere morfoloških obilježja,
15 testova motoričkih sposobnosti i 4 testa funkcionalnih sposobnosti. Svaka varijabla mjeri se tri
puta, osim testova repetitivne snage i jednog testa funkcionalne sposobnosti koji se mjere jedanput.
Ciljevi istraživanja u ovom projektu (Neljak i sur. 2011) bili su:
1.
objektivno određivanje orijentacijskih vrijednosti pojedinih kinantropoloških obilježja
učenika osnovnih i srednjih škola u Republici Hrvatskoj
2.
određivanje strukture prostora motoričkih sposobnosti učenika i učenica
Glavna svrha istraživanja bila je izrada nove metodologije s novim i smanjenim skupom mjera
i testova kinantropoloških obilježja djece i mladeži. Novi skup mjera i testova moći će se provesti
u dva nastavna sata, a sva mjerenja osobno će provoditi učitelj ili nastavnik tjelesne i zdravstvene
kulture, što će doprinijeti većoj točnosti prikupljenih podataka i interpretaciji pojedinih razrednih
rezultata. Svi testovi upotrebljeni u ovom istraživanju pouzdani su i preporučljivi za korištenje (Ne-
ljak i sur, 2011).
Crofit je nastao standardizacijom mjernih instrumenata za procjenu kinantropoloških obiljež-
ja učenika u predmetnoj nastavi osnovne škole i srednje škole. Pomoću nove metodologije, u tjele-
snom i zdravstvenom području kinantropološka obilježja učenika osnovnih i srednjih škola prate se
i provjeravaju pomoću 8 varijabla, a dolje navedene mjere i testovi koriste se u osnovnom školstvu.
Mjere morfoloških obilježja:
- visina
- težina
- indeks tjelesne mase
- postotak masnog tkiva
Testovi motoričkih sposobnosti:
- prenošenje pretrčavanjem
- pretklon u uskom raznoženju
- podizanje trupa iz ležaja
Test funkcionalne sposobnosti:
- trčanje na 600 metara za djevojčice
- trčanje na 800 metara za dječake
Cilj ovog rada je utvrditi primjerenost i pouzdanost Crofit testova za procjenu motoričkog
statusa učenika u razrednoj nastavi S obzirom na pretpostavku kako Crofit mjerni instrumenti imaju
zadovoljavajuću razinu pouzdanosti i faktorsku strukturu u predmetnoj nastavi za očekivati je kako
je moguća i njihova primjena u razrednoj nastavi.
METOD

Uzorak ispitanika
Uzorak ispitanika činilo je 52 učenika i učenica prva četiri razreda Osnovne škole Donji Kra-
ljevec. Od ukupnog broja učenika njih 32 bili su dječaci, a 20 djevojčice. Mjerenje je provedeno
tijekom veljače i ožujka 2015. godine, a svaki je učenik pojedinačno mjeren u četrnaest varijabli. Svi
učenici pohađali su redovni nastavni program tjelesne i zdravstvene kulture i nisu imali nikakvih
zdravstvenih poteškoća.
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Primjena modifikovane Eurofit baterije testova u osnovnoj školi
Uzorak varijabli
U ovom  istraživanju su korišteni standardizirani testovi iz projekta „Metodologija vrjednova-
nja kinantropoloških obilježja učenika u tjelesnoj i zdravstvenoj kulturi, Crofit norme“ (Neljak i sur.,
2011) te „Primjenjena kineziologija u školstvu – Norme“  (Findak i sur., 1996).
1. Tjelesna visina (ATV)
2. Tjelesna težina (ATT)
3. Opseg podlaktice (AOP)
4. Poligon natraške (MPN)
5. Kotrljanje lopte nedominantnom rukom (MKOKLR)
6. Prenošenje pretrčavanjem (MAGPRP)
7.  Pretklon raznožno (MPR)
8. Skok u dalj s mjesta (MSD)
9. Sprint iz visokog starta na 20 m (MESS20)
10. Podizanje trupa (MPT)
11. Čučnjevi (MRSCUC)
12. Taping rukom (MTR)
13. Izdržaj u visu zgibom (MIV)
14. Trčanje na 3 minute (F3)
Od četiri motorička testa koja se primjenjuju u višim razredima osnovne škole dva su bila
standardizirana; čučnjevi, za procjenu repetitivne snage (MRSCUCU) i prenošenje pretrčavanjem,
za procjenu agilnosti (MAGPRP). S obzirom na dob ispitanika druga dva testa su bila modificirana,
te je tako test za procjenu eksplozivne snage sprint 20 metara koji u standardiziranoj verziji provodi
na udaljenosti 20 metara skraćen i provodio se na udaljenosti od 10 metara. Test za procjenu koor-
dinacije kotrljanje lopte ne dominantnom rukom u standardiziranoj verziji se provodi u izvođenju 4
dužine za redom, a u modificiranoj izvedbi samo 2 dužine.
Metode obrade podataka
U svim varijablama izračunati su osnovni deskriptivni parametri (aritmetička sredina i stan-
dardna devijacija, minimalni i maksimalni rezultat), za utvrđivanje spolnih razlika u promatranim
varijablama koristio se t-test za nezavisne uzorke (p=0,05). Pouzdanost CROFIT mjernih utvrđivala
se metodom interne konzistencije čestica Cronbachovom α, a homogenost prosječnom korelacijom
među česticama (AVR). Za utvrđivanje povezanosti skupa varijabli koristio se Personov koeficijent
korelacije, a za utvrđivanje strukture promatranog motoričkog prostora koristila se faktorska analiza
metodom glavnih komponenata, uz Gutmann- Kaiserov kriterij za ekstrakciju glavnih kompone-
nata. Za utvrđivanje normalnosti distribucije podataka koristio se Kolmogorov – Smirnov test. U
kompozitnim mjernim instumentima izračunao se prosječan rezultat tri čestice (mjerenja) koji se
koristio za daljnju obradu i interpretaciju rezultata.
REZULTATI
Kolmogorov smirnovim testom utvrdilo se da distribucije podataka niti u jednoj varijabli ne
odstupa značajno od normalne.
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Conference Procedings
Stela Srpak, Zvonimir Tomac, Tihomir Vidranski
Tabela 1. Deskriptivni parametri u standardizovanim testovima i Krosfit testovima
N
Mean
SD
Min
Max
ATV
52,00
135,12
8,40
114,00
157,00
ATT
52,00
35,00
10,04
20,00
74,00
AOP
52,00
20,83
2,09
18,00
27,00
MTR
52,00
22,88
3,48
16,00
30,00
MSD
52,00
141,90
22,64
90,00
200,00
MPN
52,00
23,24
6,31
10,74
47,10
MPT
52,00
33,33
6,93
15,00
45,00
MPR
52,00
53,15
10,70
36,00
80,00
MIV
52,00
32,81
8,39
15,00
52,00
F3
52,00
526,19
60,13
410,00
690,00
MESS
52,00
3,76
0,56
2,40
5,09
MRSCUC
52,00
43,58
8,37
28,53
63,07
MKOKLR
52,00
14,77
3,07
7,02
19,25
MAGPRP
52,00
17,77
2,37
13,68
24,89
Usporedivši dobivene rezultate s normativima za 5. razred (Neljak i sur., 2011), koji su izra-
čunati na način da se uzela prosječna vrijednost oba spola, možemo uočiti kako razlike svim testo-
vima. Tako u  testovima koji nisu modificirani učenici 5. razreda postižu bolje rezultate od učenika
u razrednoj nastavi; u testu MRSCUC rezultat učenika 5. razreda iznosi 45,84 čučnja, a učenika u
razrednoj nastavi 43,58 čučnjeva, a u testu MAGPRP učenici 5. razreda ostvaruju prosječan rezultat
od 11,92 sekunde, dok učenici razredne nastave ostvaruju rezultat 17,77 sekundi. U dva testa koja
su modificirana iz objektivnih razloga, očekivano su uočene razlike. U testu za procjenu eksplozivne
snage MESS učenici petih razreda ostvaruju prosječan rezultat od 4,12 sekundi, a učenici razredne
nastave od 3,76. Dakle, unatoč upola kraćoj udaljenosti razlika je neznatna. U testu MKOKLR uče-
nici 5. razreda ostvaruju prosječan rezultat od 20,45 sekundi, a učenici razredne nastave 14,77, opet
unatoč skraćenosti testa za dvije dužine razlika je gotovo zanemariva.
Tabela 2. Razlike u motoričkim sposobnostima između dečaka i devojčica
Mean _M
Mean _ F
Mean _M
Mean _ F
t- value
SS
p
ATV
134,90
135,43
8,38
8,62
-0,22
50,00
0,83
ATT
34,84
35,24
8,86
11,79
-0,14
50,00
0,89
AOP
21,03
20,52
2,04
2,18
0,86
50,00
0,40
MTR
23,45
22,05
3,59
3,20
1,44
50,00
0,16
MSD
145,71
136,29
23,82
20,02
1,49
50,00
0,14
MPN
23,07
23,49
7,20
4,87
-0,23
50,00
0,82
MPT
34,55
31,52
6,90
6,74
1,57
50,00
0,12
MPR
50,84
56,57
10,64
10,08
-1,95
50,00
0,06
MIV
35,77
28,43
7,25
8,19
3,40
50,00
0,00*
F3
539,10
507,14
62,37
52,41
1,93
50,00
0,06
 MESS
3,73
3,81
0,61
0,49
-0,53
50,00
0,60
MRSCUC
45,22
41,16
8,41
7,88
1,75
50,00
0,09
MKOKLR
13,82
16,16
3,38
1,83
-2,89
50,00
0,01*
MAGPRP
17,34
18,40
1,92
2,85
-1,60
50,00
0,12
*p=0,05
T –testom za analizu razlika utvrdilo se kako dječaci statistički značajno bolje rezultate posti-
žu samo u standardiziranom testu za procjenu statičke jakosti (MIV) te u CROFIT testu za procjenu
koordinacije (MKOKLR), dok u ostalim testovim dobivene razlike nisu statistički značajne.
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Primjena modifikovane Eurofit baterije testova u osnovnoj školi
Metrijske karakteristike, pouzdanost i homogenost CROFIT mjernih instrumenata se u svima
pokazala na zadovoljavajućoj, pa čak i visokoj razini.
Tabela 3. Pouzdanost i homogenpst Krosfit testova
Cronbach  α
AVR
MESS
0,86
0,59
MRSCUC
0,91
0,85
MKOKLR
0,94
0,86
MAGPRP
0,87
0,74
Iz tablice 4. vidljivo je kako samo test eksplozivne jakosti (MESS – sprint 20m) ima niže koefi-
cijente pouzdanosti i osobito homogenosti, iako su sve vrijednosti na zadovoljavajućoj razini.
Usporedbom dobivenih koeficijenata pouzdanosti i vrijednosti standardiziranih testova u
predmetnoj nastavi osnovne škole, uočljivo je kako su razlike vrlo male,  pri čemu se vrijednosti
Cronbach α u testu MESS kreću u rasponu od 0,90 – 0,95, u testu  MKOKLR 0,88 – 0,92 i u testu
MAGPRP 0,88 – 0,94.
Tabela 4. Korelaciona matrica
ATV
ATT
AOP
MTR
MSD
MPN
MPT
MPR
MIV
F3
MESS
MRSCUC
MKOKLR
MAGPRP
ATV
1,00
0,81
0,68
0,41
0,23
0,01
0,01
0,56
0,02
0,44
-0,16
0,25
-0,61
0,24
ATT
0,81*
1,00
0,90
0,37
-0,10
0,12
-0,16
0,46
-0,28
0,18
0,00
0,10
-0,40
0,52
AOP
0,68
0,90
1,00
0,33
-0,12
0,18
-0,05
0,39
-0,22
0,16
0,05
0,12
-0,39
0,47
MTR
0,41
0,37
0,33
1,00
0,43
-0,26
0,02
0,45
0,24
0,61
-0,39
0,48
-0,67
-0,01
MSD3
0,23
-0,10
-0,12
0,43
1,00
-0,60
0,38
0,28
0,69
0,70
-0,44
0,42
-0,54
-0,48
MPN
0,01
0,12
0,18
-0,26
-0,60
1,00
-0,25
-0,13
-0,51
-0,57
0,29
-0,35
0,30
0,18
MPT
0,01
-0,16
-0,05
0,02
0,38
-0,25
1,00
-0,09
0,55
0,31
-0,22
0,25
-0,18
-0,41
MPR
0,56
0,46
0,39
0,45
0,28
-0,13
-0,09
1,00
0,01
0,42
-0,19
0,32
-0,36
0,00
MIV
0,02
-0,28
-0,22
0,24
0,69
-0,51
0,55
0,01
1,00
0,70
-0,34
0,57
-0,49
-0,59
F3
0,44
0,18
0,16
0,61
0,70
-0,57
0,31
0,42
0,70
1,00
-0,43
0,69
-0,74
-0,31
 MESS
-0,16
0,00
0,05
-0,39
-0,44
0,29
-0,22
-0,19
-0,34
-0,43
1,00
-0,32
0,41
0,20
MRSCUC
0,25
0,10
0,12
0,48
0,42
-0,35
0,25
0,32
0,57
0,69
-0,32
1,00
-0,54
-0,28
MKOKLR
-0,61
-0,40
-0,39
-0,67
-0,54
0,30
-0,18
-0,36
-0,49
-0,74
0,41
-0,54
1,00
0,18
MAGPRP
0,24
0,52
0,47
-0,01
-0,48
0,18
-0,41
0,00
-0,59
-0,31
0,20
-0,28
0,18
1,00
* p=0,05
Iz matrice korelacije vidljivo je kako postoje statistički značajne korelacije CROFIT mjernih
instrumenata sa standardiziranim motoričkim testovima.
Test sprint iz visokog starta na 10 m (MESS10) ima pozitivne korelacije s testovima: poli-
gon natraške (MPN); kotrljanje lopte nedominantom rukom (MKOKLR); prenošenje pretrčavanjem
(MAGPRP); i negativne korelacije s testovima taping rukom (MTR); skok u dalj s mjesta (MSD);
podizanje trupa (MPT); pretklon raznožno (MPR); izdržaj u visu zgibom (MIV); trčanje na 3 minute
(F3); čučnjevi (MRSCUC). Ovaj test je namijenjen procjeni i eksplozivne jakosti, međutim, nisu po-
tvrđene statistički značajne korelacije sa standardiziranim testovima koji su konstruirani za procjenu
tih motoričkih sposobnosti..
Test čučnjevi (MRSCUC) ima pozitivne korelacije s testovima: taping rukom (MTR);  skok
u dalj s mjesta (MSD); podizanje trupa (MPT); pretklon raznožno (MPR); izdržaj u visu zgibom
(MIV); trčanje na 3 minute (F3); i negativne korelacije s testovima: poligon natraške (MPN); sprint
iz visokog starta na 20 m (MESS20); kotrljanje lopte nedominantom rukom (MKOKLR); prenošenje
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Conference Procedings
Stela Srpak, Zvonimir Tomac, Tihomir Vidranski
pretrčavanjem (MAGPRP). Vidljivo je kako je ovaj test koji služi za procjenu jakosti značajno koreli-
ran s standardiziranim testovima za procjenu različitih pojavnih oblika snage i jakosti.
Test kotrljanje lopte nedominantom rukom (MKOKLR) ima pozitivne korelacije s testovi-
ma: poligon natraške (MPN); sprint iz visokog starta na 20 m (MESS20); prenošenje pretrčavanjem
(MAGPRP); i negativne korelacije s testovima: taping rukom (MTR); skok u dalj s mjesta (MSD);
podizanje trupa (MPT); pretklon raznožno (MPR); izdržaj u visu zgibom (MIV); trčanje na 3 minute
(F3): čučnjevi (MRSCUC). Ovaj test služi za procjenu koordinacije i značajno je pozitivno povezan
s standardiziranim testovima za procjenu te sposobnosti.
Test prenošenje pretrčavanjem (MAGPRP) ima pozitivne korelacije s testovima: poligon na-
traške (MPN); sprint iz visokog starta na 20 m (MESS20); kotrljanje lopte nedominantom rukom
(MKOKLR); i negativne korelacije s testovima: taping rukom (MTR); skok u dalj s mjesta (MSD);
podizanje trupa (MPT); izdržaj u visu zgibom (MIV); trčanje na 3 minute (F3);  čučnjevi (MRSCUC).
I kod ovog testa je značajna povezanost sa standardiziranim testovima testovima koji procjenjuju
istu sposobnost, odnosno agilnost.
Struktura promatranog antropometrijskog i motoričkog prostora utvrđivala se faktorskom ana-
lizom. Dobivene su dva statitstički značajna faktora koja zajedno objašnjavaju približno 63% varijance.
Tabela 5.  Eigenvalue of factors
ekstrakcije
Eigenvalue
% Total
Cumulative
Eigenvalue
Cumulative
%
1
5,22
37,26
5,22
37,26
2
3,59
25,65
8,81
62,91
Prp.Totl
0,34
0,29
Faktorskom analizom dobila su se dva interpretabilna faktora. Prvi faktor može se nazvati
faktor motoričkih sposobnosti i saturiran je najviše svim varijablama motoričkih sposobnosti, izuzev
testa za procjenu fleksibilnosti. Drugi faktor se može nazvati morfološki faktor, i saturiran je svim
antropometrijskim varijablama i testom fleksibilnosti.
Tabela 6. Obrazac matrice
Factor 1
Factor 2
ATV
0,54
-0,70
ATT
0,28
-0,91
AOP
0,25
-0,85
MTR
0,71
-0,28
MSD3
0,77
0,35
MPN
-0,55
-0,35
MPT
0,38
0,41
MPR1
0,50
-0,44
MIV
0,70
0,56
F3
0,92
0,07
 MESS
-0,55
-0,15
MRSCUC
0,73
0,08
MKOKLR
-0,84
0,21
MAGPRP
-0,33
-0,69
Expl.Var
5,22
3,59
Prp.Totl
0,37
0,26
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Primjena modifikovane Eurofit baterije testova u osnovnoj školi
Tabela 7. Struktura matrice
Factor
Factor
ATV
0,10
0,87
ATT
-0,23
0,92
AOP
-0,22
0,86
MTR
0,47
0,60
MSD
0,84
0,10
MPN
-0,65
0,02
MPT
0,54
-0,16
MPR1
0,21
0,64
MIV
0,88
-0,12
F3
0,83
0,41
 MESS
-0,54
-0,15
MRSCUC
0,67
0,30
MKOKLR
-0,62
-0,61
MAGPRP
-0,64
0,43
Expl.Var
4,79
4,02
DISKUSIJA
Rezultati ovog istraživanja pokazali su kako učenici petih razreda postižu bolje rezultate u dva
standardizirana CROFIT testa od učenika u razrednoj nastavi, dok razlike u rezultatima modifici-
ranih testova nisu velike u odnosu na veličinu modifikacije, u kojima je količina gibanja skraćena za
50%. Takvi rezultati nisu iznenađujući s obzirom kako su razlike po dobi kod djece uočene već i u ra-
nijim istraživanjima. Tako Pejčić, Malacko (2005), navode kako antropometrijske karakteristike, kao
i motoričke sposobnosti učenika od 1. do 4. razreda osnovne škole, ravnomjerno i stabilno napredu-
ju, a statistički značajne razlike dobivene su u svim motoričkim testovima između učenika od 1. do
4. razreda, kod oba spola pri čemu svaka starija generacija postiže bolje rezultate. Slične rezultate na
uzorku iste dobi dobili su i Katić, Pejčić i Viskić – Štalec (2004), analizirajući morfološko-motoričku
strukturu u odnosu na starosnu dob. Rezultati jasno pokazuju progresivno napredovanje u motorič-
kim sposobnostima tijekom odrastanja, kao i promjenu u morfološko-motoričkom funkcioniranju
ovisno o starosnoj dobi. S obzirom na navedeno, dobivene razlike između učenika različite starosne
dobi ne trebaju utjecati na odabir mjernih instrumenata.
Metrijske karakteristike standardiziranih i modificiranih mjernih instrumenata korištenih u
ovom istraživanju pokazale su zadovoljavajuću razinu potrebnu za primjenjivost testova u razred-
noj nastavi. Samo test eksplozivne snage (MESS – sprint 10m) ima niže koeficijente pouzdanosti
i osobito homogenosti, iako su sve vrijednosti na zadovoljavajućoj razini. Usporedbom dobivenih
koeficijenata pouzdanosti i vrijednosti standardiziranih testova u predmetnoj nastavi osnovne ško-
le, uočljivo je kako su razlike vrlo male,  pri čemu se vrijednosti Cronbach α u testu MESS kreću u
rasponu od 0,90 – 0,95, u testu  MKOKLR 0,88 – 0,92, a u testu MAGPRP 0,88 – 0,94 (Neljak i sur.,
2011). Visoke razine pouzdanosti motoričkih testova dobivene su i u drugim istraživanjima, tako su
Caput Jogunica, De Privittelo i Lončarić (2009) u pet različitih testova za procjenu eksplozivne snage
dobili vrijednosti Cronbach α između 0,90 i 0,95.
S obzirom kako su vrijednosti dobivene ovim istraživanjem visoke i ne odstupaju od vrijed-
nosti Cronbach α u predmetnoj nastavi može se zaključiti kako su testovi primjereni za procjenu
motoričkih sposobnosti učenika u razrednoj nastavi.
Također iz matrice korelacija vidljivo je kako svi testovi, osim testa MESS10 imaju statistički
značajne korelacije s standardiziranim testovima čija je faktorska struktura već i ranije potvrđe-
na za procjenu pojedine sposobnosti. Tako čučnjevi (MRSCUC) ima pozitivne korelacije s testom
izdržljivosti (F3), testom snage (MIV), testom snage (MSD), testom brzine (MTR) i testom fleksi-
bilnosti (MPR). Test kotrljanje lopte nedominantnom rukom (MKOKLR) ima pozitivne korelacije
s testovima: poligon natraške (MPN); sprint iz visokog starta na 10 m (MESS10). Test prenošenje
274
Conference Procedings
Stela Srpak, Zvonimir Tomac, Tihomir Vidranski
pretrčavanjem (MAGPRP) ima značajne pozitivne korelacije s dvije antropometrijske varijable
(ATV i AOP),  te pozitivne ali ne i statistički značajne korelacije s testovima koordinacije (MPN,
MKOKLR) i eksplozivne snage  (MESS10).
Jedini test koji nema značajnu povezanost s ostalima slobodnostima je MESS10 koji je  kon-
struiran za procjenu eksplozivne snage. Iz dobivenih korelacija je vidljivo kako je statistički značajno
povezan s testovima za procjenu koordinacije (MPN, MKOKLR). Očito ovaj test u svojoj strukturi
sadrži elemente koji u ovoj dobi djece zahtijevaju više koordinacije tjelesnih pokreta.
Faktorskom analizom dobila su se dva značajna faktora, 1. faktor motoričkih sposobnosti i 2.
morfološki faktor. Faktor motoričkih sposobnosti saturiran je s testovima MIV, MSD, F3, MRSCUC,
MKOKLR,MAGPRP,MPN, MPT, MTR i MESS10. Drugi faktor je saturiran varijablama ATV, ATT,
AOP i MPR. Iako je 1. faktor relativno čist, 2. faktor, morfološki je saturiran i sa fleksibilnosti. Neljak
i sur. (2011) su u svom istraživanju 5. razredu dobili tri značajna faktora: 1. koordinacije agilnosti i
eksplozivne snage, 2. faktor repetitivne snage i 3. samostalni faktor fleksibilnosti. Očigledno fleksi-
bilnost u ovoj dobi nije u vezi s ostalim motoričkim sposobnostima. Povezanost fleksibilnosti i an-
tropometrijskih karakteristika utvrdili  su Bala, Jakšić i Katić (2009), pri čemu je kod djece u dobi od
6. godina utvrđena kanonička korelacije tjelesne mase, tri kožna nabora i fleksibilnosti.
ZAKLJUČAK
Na osnovu  provedenog istraživanja na uzorku od 52 ispitanika može se zaključiti kako Crofit
testovi svojim metrijskim karakteristikama zadovoljavaju kriterije koji bi opravdali njihovo korište-
nje u nastavi tjelesne i zdravstvene kulture od 1. do 4. razreda osnovne škole.
U ovom istraživanju se pokazalo kako modificirani mjerni instrumenti za procjenu motorič-
kih  sposobnosti imaju zadovoljavajuću razinu pouzdanosti te zadovoljavajuću faktorsku strukturu
za procjenu pojedinih motoričkih sposobnosti. U svrhu povećanja pouzdanosti dobivenih rezultata
u ovom radu, preporučljivo je proširiti istraživanje na veći broj ispitanika te u isto uključiti svih 8
varijabla preporučenih CROFIT testova u osnovnoj školi.
LITERATURA
Bala, G., Jakšić, D. i Katić, R. (2009). Trend of Relations between Morphological Characteri-
stics and Motor Abilities in Preschool Children. Novi Sad: Faculty of Sports and Physical Education.
373-375, 382-383
Caput –Jogunica, R., De Privitellio, S. & Lončarić, D. (2009). Children’s Achievements in Com-
posite Measurement Instruments for Explosive Strength. Acta Kinesiologica, 3(2), 38 – 42.
Dizdar, D., (2006). Kvantitativne metode. Zagreb: Kineziološki fakultet Sveučilišta u Zagrebu.
262, 267-270, 274, 301-302
Findak, V. (1996) Primjenjena kineziologija u školstvu. Zagreb: Hrvatski pedagoško-književni
zbor, Fakultet za fizičku kulturu Sveučilišta.
Findak, V. (2003). Metodika tjelesne i zdravstvene kulture, priručnik za nastavnike tjelesne i
zdravstvene kulture,III. Izdanje. Zagreb. 214
Katić, Pejčić, A., Viskić-Štalec, N. (2003). The Mechanism of Morphological-Motor Functi-
oning in Elementary School Female First- to Fourth-Grades. Collegium Antropologicum, 28 (1),
264-269.
Malina R.M., Bouchard, C., & Bar –Or, O. (2004). Growth, Maturation and Physical Activity,
2nd edition. Champaign, IL: Human Kinetics.
Nacionalni okvirni kurikulum za predškolski odgoj i obrazovanje te opće obvezno i srednjoš-
kolsko obrazovanje. (2011). Zagreb: Ministarstvo znanosti, obrazovanja i športa Republike Hrvatske
Nastavni plan i program za osnovnu školu. (2006). Zagreb: Ministarstvo znanosti, obrazovanja
i športa
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Primjena modifikovane Eurofit baterije testova u osnovnoj školi
Neljak, B. (2013). Kineziološka metodika u osnovnom i srednjem školstvu. Zagreb: Gopal d.o.o.
599-602
Neljak, B., Novak, D., Sporiš, G., Višković, S., Markuš, D. (2011). Metodologija vrjednovanja
kinantropoloških obilježja učenika u tjelesnoj i zdravstvenoj kulturi - Crofit norme. Zagreb. 9-10, 15,
23, 27-28, 35, 53, 63, 77, 86, 92, 158-159
  Pejčić, A., Malacko, J. (2005). The ontogenetic development of morphological characteristics
and motor abilities of boys and girls in early elementary school.  Rijeka: Teacher training college. 42,
53-54
Šegregur, D., Kuhar, V., Paradžik P. (2010). Antropometrijska, motorička i funkcionalna obi-
lježja učenika prvih razreda srednjih škola. Zagreb. 68
Sekulić, D., Metikoš, D. (2007). Uvod u osnovne kineziološke transformacije: Osnove transfor-
macijskih postupaka u kineziologiji. Split: Fakultet prirodoslovno-matematičkih znanosti i kinezio-
logije. 156
Vučetić, V. (2010). Dijagnostički Postupci za Procjenu Razine Treniranosti Brzine, Agilnosti i
Eksplozivnosti. U: 8. Godišnja Međunarodna Konferencija Kondicijska Priprema Sportaša, Zagreb,
Kineziološki Fakultet i Udruga Kondisijskih Trenera, 27 – 35.
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UDK 616.899.6:796

HRONIČNE BOLESTI KAO DETERMINANTA U PLANIRANJU FIZIČKIH
AKTIVNOSTI KOD OSOBA SA DAUNOVIM SINDROMOM
Sanela Pacić¹, Vasilija Krstić², Radmila Nikić³, Fadilj Eminović³
1Fakultet za specijalnu edukaciju i rehabilitaciju, Beograd, Srbija
2Ustanova za dnevni boravak dece, mladih i odraslih osoba sa smetnjama u razvoju „Sunce”
,
Smederevo, Srbija
3Fakultet za specijalnu edukaciju i rehabilitaciju, Beograd, Srbija
UVOD
Čovek je društveno i biološko biće. Bez obzira na pol i starost, kretanje je biološka potreba
svakog čoveka bez koje fizički i mentalno degeneriše (Eminović i sar., 2011). Sprovođenje fizičkih
aktivnosti (fizičko vaspitanje, spotrske aktivnosti i rekreacija) ima za cilj unapređenje opšteg zdrav-
stvenoh stanja, otklanjanje ili ublažavanje stanja nastalih usled prisustva telesnih deformiteta kao i
unapređenje psihičkog stanja samog pojedinca, razvoj sprtskog duha i osećaja za funkcionisanje u
grupi.
Daun sindrom ili Syndroma Langdon Down je najčešći hromozomski poremećaj, a nastaje
usled prisutnosti treće kopije celog ili dela hromozoma 21 u naslednom materijalu čoveka. Detaljne
karakteristike ovog sindroma prvi je opisao engleski lekar John Langdon Down 1866. godine i zato
ovaj sindrom po njemu nosi ime. Dr J. L. Down je svoju porodičnu kuću pretvorio u sanatorijum
za osobe sa invaliditetom, gdе je uočio da postoji bar deset procenata dece koja su jako ličila jedna
na druge. Primetio je njihovu psihofizičku posebnost koja ih je izdvajala u odnosu na ostalu decu
sa intelektualnim teškoćama. Od 1975. godine, kada je u Denveru američki Nacionalni institut za
zdravstvo održao Konferenciju o standardizovanju naziva urođenih malformacija, preporučeno je da
se sindromi ne nazivaju po autorima. Ipak naziv Daun sindrom se i dalji koristi. Naziv Daun (Down)
prihvaćen je u Americi, Kanadi i velikom broju zemalja Evrope i sveta, dok se naziv Daunov (Do-
wnov) sindrom koristi u Engleskoj i nekim zemljama anglosaksonskog jezičkog područja (Dimitrije-
vić i sar., 2013). Incidenca Daunovog sindroma iznosi jedan na 650–1.000 živorođene dece. U Srbiji
je učestalost Daunovog sindroma 13 na 10.000 živorođenih godišnje. Daunov sindrom je najčešći
uzrok mentalne retardacije u dečijoj patologiji i uz karakterističnu kraniofacijalnu dismorfiju često
se javljaju teške abnormalnosti različitih organa i organskih sistema, posebno kad su u pitanju srčane
mane, što neretko zahteva hiruršku intervenciju u prvih nekoliko godina života.
Cilj našeg rada da revijalnim pregledom literature izdvojimo najčešće hronične bolesti koje se
javljaju kod dece/odraslih sa daunovim sindromom kao i smernice za planiranje fizičkih aktivnosti
kod ove populacije u odnosu na prisustvo istih. Za identifikovanje najznačajnijih hroničnih bolesti
kod osoba sa daunovim sindromom korišćen je metod teorijske analize, deskriptivni metod.
Hronične bolesti kod osoba sa Daunovim sidromom
Postoje brojna određenja hroničnih boleti pa tako Rapaić i Nedović (2003) smatraju da se
pod pojmom hronična bolest podrazumeva patološka promena u organizmu koja ima dugotrajan
tok, kod koje postoji sklonost njenog ponavljanja u određenim vremenskim razmacima, pri čemu je
sposobnost funkcionisanja smanjena. Bolovi, povišena temperatura, emocionalni stres i poremećena
motorika su najčešći pratioci hroničnih bolesti. Hronične bolesti ne podrazumevaju istovremeno i
invalidnost, ali se ona može dogoditi, a u ranom uzrasnom dobu, značajno može usporiti motorički
razvoj, kao i ugroziti obavljanje aktivnosti zasnovanih, prevenstveno, na gruboj motorici. U grupu
hroničnih nezaraznih bolesti spadaju sledeća oboljenja: oboljenja kardiovaskularnog, respiratornog,
endokrinog sistema, oboljenja ureopoeznog aparata i maligna oboljenja.
277
Zbornik radova
Hronične bolesti kao determinanta u planiranju fizičkih aktivnosti kod osoba sa Daunovim sindromom

Kada govorimo o vrsti hroničnog oboljenja, kod osoba sa intelektualnom ometenošću se če-
sto javljaju zdravstveni poremećaji poput oboljenja tiroidne žlezde, epileptičnih napada, mentalnih
oboljenja, gojaznosti i različitih oralnih bolesti. Višestruki poremećaji su veoma česta pojava kod
starijih osoba sa intelektualnom ometenošću (Fortin et al., 2005; Van den Akker et al., 1998). Oni se
mogu definisati kao skup više različitih zdravstvenih poremećaja istovremeno prisutnih kod neke
osobe (Van den Akker et al., 1996;). Jedna kanadska studija (Fortin et al., 2005) je pokazala da kod
osoba od  45 do 64 i od 65 godina starosti i naviše, čak 95% i 99% žena i 89% i 97% muškaraca ima 2
ili više hroničnih zdravstvenih poremećaja. Time su autori ove studije došli do zaključka da je stopa
višestrukih poremećaja prilično visoka kod oba pola i da raste sa godinama. Pacijenti koji se leče od
višestrukih poremećaja kod porodičnog lekara predstavljaju pravilo pre, nego izuzetak (Fortin et al.,
2005; Van den Akker et al., 1998).
Fisher & Kettl (2005), istražujući koliko se tokom godina povećao prosečni životni vek kod
osoba sa intelektualnom ometenošću, otkrivaju da izvestan broj faktora ima značajan uticaj na pro-
sečni životni vek kod ovih osoba, kao što su kvalitetna zdravstvena i društvena nega, smeštaj u odgo-
varajuće centre za zbrinjavanje kao i napredak u tehnologiji i programima rada sa takvim osobama.
Dokazano je, takođe, da povećana stopa smrtnosti kod osoba sa intelektualnom ometenošću, može
biti uslovljena različitim naslednim bolestima, (Janicki et al. 1999; Hollins et al. 1998; Patja et al.
2000), rasnim (Yang et al., 2002) ili urođenim (naslednim) faktorima (Bittles et al., 2002).
Kardiovaskularna oboljenja kod Daunovog sindroma
U prilog, da je kod osoba sa sniženom intelektualnom ometenošću veći rizik od pojave srča-
nog oboljenja nego u opštoj populaciji, govore brojne studije. McDermott, Plann i Krishnaswami
(1997) ispitivali su da li osobe sa intelektualnom ometenošću podležu većem riziku od hroničnih
bolesti. Analizirajući 366 osoba sa primarnom dijagnozom intelektualna ometenost, dve grupe ljudi
bez  ove dijagnoze  (427 ispitanika bilo je u prvoj i 746 ispitanika u drugoj grupi), došli su do rezul-
tata da su, osobe sa intelektualnom ometenošću, imale veći broj neurofizioloških poremećaja, EPI
napada, senzornih poremećaja i poremećaja CNS-a, u poređenju sa ostale dve grupe. Međutim, kod
njih je primećen manji broj nekih hroničnih poremećaja (npr. hipertenzije, migrenoznih napada ili
hroničnog dijabetesa, anskioznosti, gojaznosti) u poređenju sa ljudima iz ostale dve grupe.
Finska studija  (Patja et al., 2001) zasnovana je na  tridesetpetogodišnjem posmatranju sveobu-
hvatne populacije od 2319 osoba sa intelektualnom ometenošću, starosti između 2 i 97 godina. Od
tog broja njih 1095 umrlo je tokom perioda posmatranja. Kod 36% ustanovljeno je da su vaskularne
bolesti bile primarni uzrok smrti. Ovaj procenat je daleko niži od procenta opšte populacije poređe-
ne po polu i starosti. Prosečni rizik od smrtnosti usled vaskularnih bolesti je niži kod svih muškaraca
sa intelektualnom ometenošću i kod većine žena, osim onih starosti između 20 i 39 godina sa lakšom
ili težom intelektualnom ometenošću. U mlađoj starosnoj grupi, srčana insuficijencija, aneurizma
srčane aorte i kardiomiopatija, bili su najčešći uzroci smrti, i to kod osoba sa Daunovim ili dru-
gim sindromima, uopšteno povezanim sa valvularnim i drugim strukturalnim poremećajima. Među
svim ovim srčanim oboljenjima, u 38% slučajeva glavni uzrok smrti bio je akutni srčani miokard (in-
farkt), kod 33% osoba moždani udar ili izliv krvi na mozak, kongenitalno srčano oboljenje kod 18%,
i plućni infarkt kod 6%. Prosečna starosna granica u trenutku smrti od kardiovaskularnih bolesti je
63.2 godine. Od ukupnog broja umrlih koji, su bili stariji od ovog proseka, vaskularne bolesti bile su
ređe prisutne nego kod opšte Finske populacije.
Iako nisu bile zasnovane na posmatranju opšte populacije, i druge studije su takođe zabe-
ležile primetan porast broja slučajeva smrti usled kongenitalnih srčanih poremećaja kod osoba sa
Fragilnim X sindromom, Daunovim i Rubenstajn-Tajbi sindromom (Barnard et al., 2002), kao i vi-
soku smrtnost prouzrokovanu visokim pritiskom kao propratnim stanjem kod osoba sa Williams i
Turner sindromom (O’Brien, 2008), ali ovi poremećaji, prema rezultatima istraživanja,više pogađaju
mladu i populaciju srednjih godina nego starije. Rezultati finske studije (Patja et al., 2001) vezani za
uzročnike smrti veoma su slični rezultatima istraživanja u SAD (Strauss et al., 1998; Janicki et al.,
1999; Esbensen et al. 2007). Najčešći uzročnici smrti prema tim istraživanjima su kardiovaskularne
bolesti, respiratorna oboljenja i rak. Kao i u opštoj populaciji, životni stil i ponašanje prema zdravlju
povezan sa načinom ishrane, količinom fizičke aktivnosti doprinosi u velikom procentu rizika ka
kardiovaskularnim bolestima.
Van den Akker et al. (2006) je istraživao slučajeve kardiovaskularnih bolesti kod osoba sa inte-
lektualnom ometenošću u stambenim naseljima, na uzorku od 436 ispitanika. Njegovo istraživanje
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Conference Procedings
Sanela Pacić, Vasilija Krstić, Radmila Nikić, Fadilj Eminović
je pokazalo da je stopa kardiovaskularnih oboljenja viša kod osoba sa intelektualnom ometenošću
starije dobi. U poređenju sa ljudima opšte populacije od  30-49 godina starosti, ljudi stari 50-59, 60-
69 i  preko 70 imali su znatno uvećan rizik od kardiovaskularnih bolesti. Stariji su takođe češće patili
od hipertenzije i cerebrovaskularnih bolesti.
Janicki i saradnici (2002) su prikupili informacije o zdravstvenom stanju i različite modele
poremećaja i oboljenja kod velikog broja odraslih sa intelektualnom ometenošću, starosti 40 ili više
godina, koji su smešteni u ustanovama za male grupe ljudi, na teritoriji države Njujork. Kod većine
ispitanika ustanovljeno je dobro zdravstveno stanje, uz neke poremećaje koji su se pogoršavali sa
godinama (npr. kardiovaskularna oboljenja) i neke poremećaje koji su postajali blaži sa godinama
(npr. mentalna oboljenja). Iako se većina poremećaja pogoršavala sa godinama, njihova učestalost
se razlikovala u zavisnosti od pola i težine poremećaja. Uočeno je da se kod odraslih osoba sa in-
telektualnom ometenošću uglavnom ređe ispoljavaju znaci kardiovaskularnih bolesti, uključujući
hipertenziju, hiperlipidemiju, kao i pozni dijabetes. Ovi podaci se ne poklapaju sa podacima o stopi
smrtnosti kod odraslih sa intelektualnom ometenošću.
Skorije istraživanje (Henderson et al, 2008) sprovedeno u sličnoj sredini u SAD, pokazalo je
nižu stopu povećane telesne težine, ali veću stopu goajznosti kod institucionalizovanih odraslih oso-
ba sa intelektualnom ometenošću (<5% preko 65 godina starosti) i približno istu stopu hipertenzije
u odnosu na opštu populaciju (Haveman et al., 2010).
Draheim i saradnici (2002), govore nam, takođe, o postojanju veće stope pojave kardiova-
skularnih oboljenja kod osoba sa intelektualnom ometenošću, nego u opštoj populaciji, kao i da se
prevalenca ovog oboljenja povećava sa godinama. Podaci o hipertenziji u okviru  studije Havemana i
sar. (2011) pokazuju da se ovo oboljenje javlja u procentu od 5,8% kod osoba sa intelektualnom ome-
tenošću starosti od 19 do 34 godine, i u 30,4% kod ljudi starosti od 65 godina i više. U poređenju sa
mlađom grupom, veći je procenat srčanih udara, zabeležen je kod starosti od 65 godina i više.
Garrod (1894) je prvi govorio o prevalenci srčanih oboljenja kod osoba sa dijagnozom Dauno-
vog sndroma. Pueschel i Werner (1994) govore o postojanju kongenetalnih srčenih mana u oko 40%
osoba sa Daunovim sinromom, koje se obično koriguju na rođenju, a ukoliko se to ne desi i obolje-
nje se nastavi tokom celog detinjstva, skraćuje se životni vek ovih osoba. Isti autor napominje da je
prolaps srčenog zaliska najprisutnije kod osoba sa Daunovim sindromom (44,44-57%) u odnosu na
ostale osobe sa intelektualnom ometenošću (5-10%).
Kardiovaskularne bolesti karakteristične su za mlađe pripadnike ove populacije, i predviđa
se da će prosečni broj ovih oboljenja rasti sa dužim životnim vekom ovih osoba. Van der Akker et
al. (2006), govore o tome da su hipertenzija i kardiovaskularne bolesti češće u starijoj polulaciji, i da
zavise od nivoa intelektualne ometenosti, pola i etiologije. Istraživanje je vršeno uključujući osobe sa
Daunovim sindromo, u odnosu na ostale etiologije.
Hahn i saradnici (1986, prema McGinis and Foege, 1993) govore o dva rizika faktora kada su
u pitanju kardiovaskularna oboljenja kod osoba sa intelektualnom ometenošću, a to su: gojaznost i
nedostatak fizičke aktivnosti. Studija koja je ispitivala odrasle osobe sa Daunovim sindromom, ot-
krila je da 31% muškaraca i 22% žena, iz te grupe, pati od gojaznosti, što se pokazalo kroz indeks
(vrednost) telesne mase (BMI) 25–29, dok je kod 48% muškaraca i 47% žena ta vrednost bila dosta
viša (BMI ³30). Svi ovi podaci sadrže poređenja u skladu sa godištem, a izveštaji govore o porastu
prevalence koardiovaskularnih oboljenja i postojanju povećanog rizika kod odraslih sa intelektual-
nom ometenošću.
 Patološke promene na kardiovaskularnom sistemu, koje ometaju njegovu pravilnu hemodi-
namiku, zahtevaju zabranu fizičkog naprezanja usled nemogućnosti adaptacije srca na izmenjene
hemodinamske uslove, kao i zbog nemogućnosti njegovog prilagođavanja na potrebe organizma pod
uslovima pojačanog fizičkog rada ili naprezanja; stoga, oboljenja srca i cirkulatornog aparata vode
ka sekundarnom oštećenju motorike. Srčana aktivnost je jedan od veoma bitnih faktora, kada je u
pitanju sačinjavanje individualnog programa za sprovođenje sportskih aktivnosti. Ovom temom su
se bavili mnogi autori (Varela & Pitetti, 1995; Fernhall et al, 1996; Eberhad et al, 1997). Varela i Pitetti
(1995) su došli do zaključka da su, u okviru grupe osoba sa Daunovim sinromom, neke uspele da
dostignu maksimalnu srčenu ferkvenciju, a neke ne. Fernhall et al. (1996)  takođe govore o varijabil-
nosti kada je u pitanju maksimalna srčena ferkvencija. Pored srčane ferkvencije, kao bitni elementi
pri koncipiranju individualnih sportskih aktivnosti navodi se i manjak motivacije, manjak maksimal-
nog postignuća, niska potrošnja kiseonika, niska maksimalna ventilacija i neadekvatna respiratorna
razmena.
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Ostala oboljenja o kojima je potrebno voditi računa kada je u pitanju kapacitet vežbanja  i
same fizičke aktivnosti su: poremećaj štitne žlezde, problem sa utroškom energije kao i poremećaj
utroška substrata i neadekvatan odgovor na vežbe, kao i prisustvo anemije (Pitetti et al., 1992).
Bolesti endokrinog sistema kod Daunovog sindroma
Dokazano je da se tiroiditis (zapaljenje štitne žlezde), celijačna bolest, i dijabetes melitus (še-
ćerna bolest) češće dešavaju kod osoba sa Daunovim sindromom nego kod opšte populacije (Kinik,
ÖZÇAy, & Varan, 2006; Hanssonet al., 2005), kao i da kod tih osoba postoji izmenjena aktivnost
T-ćelija (belih krvnih zrnaca) i nivo tumor markera (Prada et al., 2005; Oda et al., 1993; Ugazio et
al., 1990). Anomalije tiroidne žlezde su češće kod osoba sa intelektualnom ometenošću. Povećani
hormon tiroidne žlezde (TSH) nađen je kod  48% osoba sa  Daunovim sindromom, koje su smeštene
u nekoj instituciji. Druga studija je ukazala na to da kod 50% osoba sa Daunovim sindromom nikada
nije ispitan rad tiroidne žlezde, uprkos tome što je opšte poznato da je kod ovih osoba povećan broj
slučajeva sa poremećenim radom tiroidne žlezde (Jones & Kerr, 1997). Bolesti tiroidne žlezde je
zajednički problem osoba sa intelektualnom ometenošću, dijagnoza je uglavnom hiper i hipotiroza.
Sama terapija i praćenje simptoma koje osobe manifestuje je jako bitan činilac u struktuiranju
tretmana i fizičkih aktivnosti kod ovih osoba. Kada govorimo o primarnom hipertiroidizisu koji je i
najčešći, trauma, ekstremni napor i infekcija ukazuju na poremećeno hipermetaboličko stanje. Ta-
kođe kod ovih osoba ishrana i terapija lekovima usko su povezane. Potrebno je izbaciti sve namirnice
koje blokiraju asorpciju joda.
Respiratorna oboljenja kod Daunovog sindroma
Problem aspiracije osoba sa sniženim intelektualnim funkionisanjem može izazvati patolo-
giju pluća (bronhitis, pneumoniju) i može dovesti i do smrti usled respiratornih infekcija (Chany &
Eyman, 2000). Kada govorimo o respiratornim tegobama osobe sa intelektualnom ometenošću, po-
sebno osobe sa Daunovimm sindromom, imaju opstruktivnu apneu tokom spavanja (Mitchell, Call
& Kelly, 2003). Većina ovih pacijenata takođe ima problem sa gutanjem, disanjem, neuhranjenošću i
dehidratacijom (Kennedy et al., 1997). „Testiranje dece sa Daunovim sindromom na potrošnju kise-
onika (VO2) može se vršiti samo kod onih kod kojih nije prisutan nikakav oblik urođenih ili stečenih
srčanih mana“ (Romanov, 2010, str. 68). Deca i adolescenti sa dijagnozom ovog sindroma imaju niže
vrednosti za maksimalnu potrošnju kiseonika  kako u odnosu na decu opšte populacije (18-25ml/kg/
min), tako i za vršnjačku populaciju sa intelektualnom ometenošću koja nemaju ovu dijagnozu. Gu-
erra et al. (2000) govore o tome da se kod dece sa intelektualnom ometenošću  i nakon sprovedenog
programa fizičkih aktivnosti (10 sati nedeljno u toku godina) ne mogu dostići prosečne vrednosti
potrošnje kiseonika u okviru vršnjaka redovne populacije.
Autori su se u svojim radovima bavili kardiorespiratornim kapacitetom osoba sa hroničnim
bolestima i osoba sa intelektualnom ometenošću. “Kardiorespiratorni kapacitet kod osoba sa Dau-
novim sinromom je niži nego kod drugih osoba u okviru populacije sa intelektualnom ometenošću“
(Fernhall et al, 1996, str. 366). Isti autori govore da je ova stopa 10% niža nego kod njihovih vršnjaka
kod koji nije konstatovana ova dijagnoza (Fernhall et al, 1997). Pomenuto istraživanje se sprovelo na
111 ispitanika (od toga 31 osoba muškog i 16 osoba ženskog pola sa dijagnozom Daunovog sindro-
ma, dok je sa intelektualnom ometenošću, ali bez ove dijagnoze, bilo 35 muškaraca i 29 žena). Centri
koji su učestvovali u ovom istraživanju koristili su testove u vidu pokretnih traka. Rezultati su poka-
zali da osobe sa intelektualnom ometenošću imaju nizak nivo maksimalnog unosa kiseonika (VO2),
i u skladu sa tim nizak nivo kardiorespiratornih sposobnosti. Maksimalan unos kiseonika i maksi-
malna ventilacija po minutu kao viša  zabeležena je kod osoba muškog pola (r=0,006) i kod osoba
koje nemaju Daunov sindrom. Maksimalna srčana ferkvencija i maksimalna respiratorna razmena je
takođe veća kod osoba bez dijagnoze Daunovog sindroma (r=0,006). Isti autori (Fernhall et al, 1997)
su istražili i validnost i pouzdanost kardiovaskularnih tzv,“terenskih“ testova kod dece sa intelektu-
alnom ometenošću. U okviru pomenutog  istraživanja došli su do zaključka da su pomenuti testovi
validni i pouzdani i da se mogu koristiti kao pokazatenji kapaciteta maksimalnog unosa kiseonika
(VO2), kod dece sa umerenom i teškom intelektualnom ometenošću. Pitetti et al. (1992)  takođe u
okviru populacije sa intelektualnom ometenošću, govore o niskom unosu kiseonika, ventilaciji u
minuti i srčanoj frkfenciji.
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Sanela Pacić, Vasilija Krstić, Radmila Nikić, Fadilj Eminović
Oboljenja bubrega i urinarnog sistema kod Daunovog sindroma
Kada govorimo o provalenci bubrežnih oboljenja kao i anomalijama urinarnog trakta kod dece
sa intelektualnom ometenošću  u svom istraživanju Kupferman, Druschel i Kupchik (2009), ističu da
su ova oboljenja u najvećem stepenu zastupljena kod Daunovog sindroma u odnosu na druge dija-
gnoze a o kojima govorimo kada je u pitanju populacija dece sa intelektualnom ometenošću. S toga,
deca koja imaju Daunov sindrom su pod velikim rizikom  kada su u pitanju ova oboljenja. Pomenuto
istraživanje obuhvatalo je grupe dece sa intelektualnom ometenošću, sa i bez dijagnoze daunov sin-
drom, koja su rođena u oblasti Njujorka, u periodu od 1992. do 2004. godine. Studija potvrđuje hipo-
tezu da su deca koja imaju Daunov sindrom pod značajnim rizikom, tako da je potrebno da pregled
i ultrazvuk bubrega i urinarnog trakta, bude obavezan sastavni deo u okviru pregleda novorođenih
beba sa ovim sindromo. Studije na ovu temu dovele bi do otkrivanja što većeg broja anomalija, a
takođe bi dovele do dijagnostikovanja istih što ranije, čime bi se smanjila  stopa smrtnosto kod ovih
osoba.
Kad govorimo o urođenim anomalijama bubrega i urinarnog trakta, prevalenca kod Dauno-
vog sindroma iznosi 4-5% u odnosu na provalencu istih oboljenja u opštoj populaciji (Mason et al.,
2005. Veliki broj studija, takođe, beleži postojanje  anomalija i urođenih defekata kod odojčadi sa
daunovim sindromom (Cleves et al, 2007; Torfs & Christianson, 1998).
Kao najčešća oboljenja kada su u pitanju bubrezi i problemi urinarnog trakta, možemo izdvo-
jiti sledeća oboljenja:  prednja opstrukcija uretra, cistčna dispeneja bubrega,  hidronefroza. Kada
govorimo o oboljenjima bubrega, autori se slažu da one nalažu motorička ograničenja i ograničenja
fizičkih aktivnosti (Manojlović i sar., 2003; Stošljević i sar, 1997).
Maligna oboljenja kod Daunovog sindroma
Još jedna od posledica povećanog životnog veka kod osoba sa intelektualnom ometenošću je
učestala pojava oboljenja od kancera (Hollins et al., 1998; Janicki et al., 1999, 2002; Maaskant et al.,
2002; Patja et al., 2000; Strauss et al., 1998; Sullivan et al., 2004; Yang et al., 2002). U studiji Janicki
et al. (2002) i Merrick et al. (2004) zabeležen je značajan porast broja starijih osoba obolelih od kan-
cera, ali stopa i učestalost ove bolesti nije bila ništa veća nego kod opšte populacije. Istraživanja su
pokazala da u današnje vreme svaka deseta osoba sa intelektualnom ometenošću umre od kancera
(Cooke, 1997; Hollins et al., 1998).
Standardna stopa osoba sa Daunovim sindromom obolelih od leukemije daleko je viša nego
kod opšte populacije (Sullivan et al., 2007) Kod osoba sa Daunovim sindromom leukemija je vrlo
prisutna, a skorije studije  pokazuju da imaju samo 50% rizika od dobijanja neke druge vrste kancera
(Henderson et al., 2000).
ZAKLJUČAK
Shodno svim osobenostima populacije sa intelektualnom ometenošću, generalne smernice
tokom koncipiranja programa fizičkih aktivnosti  su:
→
individualni sadržaj preporučenih fizičkih aktivnosti (u saradnji sa kardiologom, lekarom
sportske medicine i lekarom specijalistom),
→
uzeti u obzir medikaciju i njen uticaj na organizam, kao i njen uticaj tokom samog vežba-
nja,
→
pružanje konstantnog i povećanog nadzora,
→
inkorporirati bihejvoralnu terapiju i motivacione tehnike.
Program može uključivati sledeće grupe vežbi:
•
program kardiovaskularnih vežbi (šetnja, džoging, stacionarni bicikl, aerobni ples),
•
vežbe snage – povećanje mišićne snage u velikim mišićnim grupama,
•
vežbe oblikovanja
•
„vežbe fleksibilnosti/istezanja SE NE PREPORUČUJU, usled hipermobilnosti i laksaliteta,
koje nalazimo udružene u okviru dijagnoze Daunovog sinroma“.
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Hronične bolesti kao determinanta u planiranju fizičkih aktivnosti kod osoba sa Daunovim sindromom

Kada je u pitanju trening snage potrebno je povećati mišićnu snagu u velikim mišićnim gru-
pama. Za opštu populaciju trening treba da bude intenziteta 70-80% 1 RM, međutim s obzirom na
specifičnosti populacije osoba sa sniženim intelektualnim funkcionisanjem  intenzitet treninga je
niži i treba da iznosi 50-70 % (iz tri seta od 8-12 ponavljanja). Program treba da smenjuje 2-3 minuta
treninga, 30-60 sekundi odmora između svakog seta vežbi.
Bitno je, takođe, kada pristupamo struktuiranju tretmana, istaći da li je hronično oboljenje
progresivnog ili neprogresivnog karaktera, prisustvo medikamentozne terapije i njenog delovanja na
izvođenje motoričkih aktivnosti (usporenost, zamorljivost).
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UDK 616.899.6:796

CHRONIC DISEASES AS A DETERMINANT IN THE PLANNING OF
PHYSICAL ACTIVITY IN PEOPLE WITH DOWN’S SYNDROME
Sanela Pacić¹, Vasilija Krstić², Radmila Nikić³, Fadilj Eminović³
1Faculty of Special Education and Rehabilitation, Belgrade, Serbia
2Institution for day care for children, youth and adults with disabilities, “Sunce”
, Smederevo, Serbia
3Faculty of Special Education and Rehabilitation, Belgrade, Serbia
INTRODUCTION
The man is a social and biological creature. Regardless of one’s gender or age, movement is
a biological necessity of every human being without which they degenerate, both physically and
mentally (Eminović et al., 2011). Conducting physical activities (physical education, sports activities
and recreation) has the aim to improve one’s overall health condition, remove or alleviate conditions
caused by presence of physical deformities as well as to improve mental state of an individual
themselves, develop sport spirit and sense of functioning in a group.
Down’s syndrome or Syndroma Langdon Down is the most frequent chromosome abnormality,
and is caused by the presence of the third copy of the whole or partial chromosome 21 in the human’s
genetic material. The characteristics of this syndrome were first described in detail by an English
physician John Langdon Down in 1866, therefore this syndrome was named after him.  Dr J. L. Down
turned his family home into a sanatorium for people with disabilities, where he came to notice that
there were at least ten per cent of children who bore a striking resemblance to each other. He observed
their psychophysical distinctiveness which distinguished them from other children with mental
disabilities. Since 1975, when the Conference on standardizing the names for inborn malformations
was held in Denver by the American National Health Istitute, it has been recommended that
syndromes should not be named after the authors. Nevertheless, the term Down’ssyndrome is still
used. The term Down is accepted in America, Canada and a number of countries in Europe and the
world, whereas the term Down’s syndome is used in England and some countries of Anglo-Saxon
speaking area (Dimitrijević et al., 2013). The incidence rate of Down’s syndrome is one in every 650-
1000 liveborn children. In Serbia that rate is 13 in 10000 liveborn children per year. Down’s syndome
is the most common cause of intelectual disability in pediactric pathology and along with typical
craniofacial dysmorphia there are frequently severe abnormalities of different organs and systems of
organs, especially when it comes to heart anomalies, which quite often requires undergoing surgery
in the first few years after birth.
The goal of our work is to use literature review so as to extract the most frequent chronic
diseases which occur in children/adults with Down’s syndrome as well as to offer some guidelines
for planning physical activities in this population considering the presence of the aforementioned.
We have used the method of theoretical analysis, descriptive method to identify the most significant
chronic diseases in pepole with Down’s syndrome.
Chronic diseases in people with Down’s syndrome
There are numerous definitions of chronic diseases and so Rapaić and Nedović (2003)
consider that the notion of chronic disease entails some long-lasting pathological change in one’s
organism,with the tendency to re-appear in certain time intervals, which largely decreases the
ability to function. Feeling pain, increased body temperature, emotional stress and disturbed motor
skills most commonly go hand in hand with chronic diseases. Chronic diseases do not necessarily
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Sanela Pacić, Vasilija Krstić, Radmila Nikić, Fadilj Eminović
imply disability, but there is a possibility of its occurrence, and if that happens at an early age, it can
significantly slow down the development of motor skills, as well as endanger performing activities
based primarily on gross motor skills. The following conditions belong to the group of chronic
non-communicable diseases: diseases of cardiovascular, respiratory, endocrine system, diseases of
urinary sistem and malignant diseases.
When it comes to the type of chronic disease, in people with intellectual disabilities often
occur health disorders such as thyroid disease, epileptic attacks, mental disorders, obesity and
various oral diseases. Multiple disorders are a very frequent phenomenon in elderly people with
intellectual disabilities (Fortin et al., 2005; Van den Akker et al., 1998). They can be defined as a set of
a few different health disorders simultaneously present in a person (Van den Akker et al., 1996;). One
Canadian study (Fortin et al., 2005) has shown that in the range of people between 45 and 64 years
of age and in those older than 65, as many as 95% and 99% of women and 89% and 97% of men have
two or more chronic health disorders. Thus the authors of this study came to the conclusion that the
rate of multiple disorders is pretty high in both genders and that it increases with age. Patients who
are treated for multiple disorders by their family physicians represent a rule rather than an exception
(Fortin etal., 2005; Van den Akker et al., 1998).
Fisher & Kettl (2005), while doing a research on how much the average life expectancy of
people with learning disabilities has increased over the years, discovered that a certain number of
factors has a significant affect on the average life expectancy of such people, such as good health
and social care, being accommodated in proper care centers as well as technological advancement
and advancement in working programme. It has also been proven that the increase in the mortality
rate in people with intellectual disabilities can be caused by various hereditary diseases (Janicki et
al. 1999; Hollins et al. 1998; Patja et al. 2000), racial (Yang et al., 2002) or inborn (genetic) factors
(Bittles et al., 2002).
Cardiovascular diseases in Down syndrome
A number of studies speak in favour of the fact that there is a higher level of risk of getting a
cardiovascular disease in people with intellectual disabilities than in general population. McDermott,
Plann, & Krishnaswami (1997) performed a study on whether people with intellectual disabilities
undergo a higher level of risk of chronic diseases. Analyzing 366 people with the primary dyagnosis
of intellectual disability, two groups of people without this dyagnosis (there were 427 examinees
in the first group and 746 examinees in the second one), reached the conclusion that the people
with intellectual disabilities had a higher number of neurophysiological disorders, epileptic attacks,
sensory disorders and disorders of CNS, comparing to the other two groups. However, they detected
a lower number of some chronic diseases (e.g. hypertension, migraine headaches or chronic diabetes,
anxiety, obesity), in comparison to the people from the other two groups.
A Finnish study (Patja et al., 2001) is based upon a 35-year observation of general population
of 2319 people with intellectual disabilities, age between 2 and 97. Of that number 1095 people died
during the period of observation. In 36% of them it was established that vascular diseases had been
the main cause of death. This percentage is far lower than the percentage of general population
sorted by gender and age. Average risk of mortality due to vascular diseases is lower in all men
with intellectual disabilities and most women as well, except for those between 20 and 39 years of
age  who have lighter or more severe form of learning disabilities. In the younger age group, heart
failure, aortic aneurysm and cardiomyopathy, were the most frequent causes of fatal outcome, and
that in people with Down’s syndrome or other syndromes, generally related to valvular and other
structural disorders. Among all these heart diseases, in 38% of all cases the main cause of death was
acute myocardial heart attack (infarction),  in 33% of people the cause was a stroke (cerebrovascular
accident- CVA) .
Congenital heart disease was the cause in 18% of people and pulmonary infarction in 6%. The
average age limit at the time of death in people who had died of cardiovascular diseases was 63.2
years. In all the people who died and were above this age limit, vascular diseases were less present
than in general Finnish population.
Although they were not based on observing general population, other studies also recorded
a notable increase in number of cases in which death was caused by congenital heart anomalies in
people with Fragile X syndrome, Down’s and Rubinstein-Taybi syndrome (Barnard et al., 2002), as
well as high mortality rate caused by high blood pressure as a side effect in people with Williams
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Chronic Diseases as a Determinant in the Planning of Physical Activity in People with Down’s Syndrome
and Turner syndrome (O’Brien, 2008), but these anomalies, according to the research results, affect
young and middle-aged people rather than the elderly. The results of the Finnish study (Patja et
al., 2001) in relation to the causes of death are quite similar to the results of studies conducted in
the USA (Strauss et al., 1998; Janicki et al., 1999; Esbensen et al. 2007). The most frequent causes
of death, according to those studies, are cardiovascular diseases, respiratory diseases and cancer.
The same as in general population, lifestyle and one’s attitude to their health directly connected
with nutrition regimen and the amount of physical activity can contribute to the increase in risk of
cardiovascular diseases.
Van den Akker et al. (2006) was conducting a study on cases of cardiovascular diseases in
people with intellectual disabilities in housing estates, on a sample of 436 examinees. His research
showed that the rate of cardiovascular diseases is higher in elderly people with intellectual disabilities.
Compared with people of general population between the age of 30 and 49, people who were 50-59,
60-69 and 70 years old had a significantly increased risk of cardiovascular diseases. The elderly also
showed propensity to suffering from hypertension and cerebrovascular diseases.
Janicki et al. (2002) gathered information on health condition as well as various behavioural
patterns and diseases in a number of adults with intellectual disabilities, age 40 or older, who are
placed in institutions for small groups of people, on New York state teritory. Most examinees were
diagnosed with good health condition, with some anomalies which deteriorated over the years (e.g.
cardiovascular diseases) and some anomalies which alleviated over the years (e.g. mental disorders).
Although most disorders got worse over the years,their frequency differed depending on gender
and the severity of the disorder. It was noticed that in adults with intellectual disabilities symptoms
of cardiovascular diseases, including hypertension, hyperlipidemia and late-onset diabetes, were
mostly not expressed very frequently. These data do not match the data on mortality rate in adults
with intellectual disabilities.
A recent stady (Henderson et al., 2008) conducted a similar envinonment in the USA, has
shpwn a lower rate of incrased body weight,but a higher rate of obesityin institucionalized adults
suffering from intellectual disabilities (< 5% over 65 years of age and aproximately the same rate f
hipertension compared to general population (Haveman et al., 2010)
Draheim at all. (2002), also talk about the existence of a higher rate of cardiovascular diseases
appearing in people with learning disabilities  than in a general population, as well as that the
prevaence of this kind of condision increseases with age.
The date on hipertension within in stady Havemana et al. (2011), show that this condition
afflicts around 5,8% of people with intellectual disabity age between of 19-34 years, and in 30,4% in
people age of 65 years and older. Comparing the younger  age  group, there is a higher percentage of
hurt attacks notet in a age or older.
Garrod (1894) was the first onewho talked about the prevalence of heart diseases in people
dyagnosed with Down syndrome. Pueschel & Werner (1994) talks about the existence of congenetal
heart anomalies in about 40% of people with Down syndrome wich usually treat upon  birth and if
does not  happen and the heart  anomaly continues existing trought the childhood life expectsncy
of these  people get affected. The same author emphasizes that mitral valve prolaps is most present
in people with Downs syndrome (44,44-57%) compared to other people with intellectual disabilites
(5-10%).
Cardiovascular diseases are typical of younger members of this population and it is praticed
that theoverage number of these disease will increase with the increase in life expect ancy of these
people. Van der Akker et al. (2006) talk abouy hipertension and cardiovascular diseases occur more
frequently in the elderly and that they depend on the level of learning disability, gender and etiology.
This research was conducted by including people with Downs syndrome in comparison to other
etiologies.
Hahn at al. (1986, McGinis & Foege, 1993) talk about two risk factors when it comes to
cardiovascular diseases in peopla with intellectual disabilities,which are obesity and lack of physical
activity. A study which has done a research on people with Down syndrome  has discovered that
31% of man and 22% of women from that group suffer from obesity which shown trought the
BMI(body mass index)25-29,whereas in 48% of man and 47% of women that number was much
higher (BMI30). All these data contain comparisons in accordance with the age and the reports
witness the increase of the prevalance of cardiovacular diseases and the existence of increased risk
in people with intellectual disabilities.
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Sanela Pacić, Vasilija Krstić, Radmila Nikić, Fadilj Eminović
 Pathological changes in cardiovascular system which impede its regular hemodynamics,
require prohibition of physical strain due to inability of the heart to adapt to altered hemodynamic
conditions, as well as because of its inability to adapt to the needs of an organism in conditions of
higher physical strain; therefore, heart and circulatory system diseases lead to the secondary motor
impairments. Heart activity is one of very significant factors when it comes to making up an individual
programme for conducting sports activities. Many authors have tackled this issue (Varela & Pitetti,
1995; Fernhall et al., 1996; Eberhad et al., 1997). Varela & Pitetti (1995) reached the conclusion that
some of the people with Down’s syndrome had managed to reach maximum heart frequency, and
some of them had not. Fernhall et al. (1996) also talk about variability when it comes to maximum
heart frequency. Besides heart frequency, other elements significant for making up individual sports
activities are stated, such as lack of motivation, lack of maximum achievements, poor oxygen uptake,
low level of maximum voluntary ventilation and inadequate respiratory exchange.
Other diseases which we should take into consideration when it comes to practicing capacity
and physical activity itself are: thyroid gland disorder, problems with energy consumption, the
disorder of substrate consumption and inadequate response to execise, as well as the presence of
anaemia  (Pitetti et al., 1992).
Endocrine system diseases within Down syndrome
It is proven that thyroiditis (inflammation of the thyroid gland), celiac disease, and diabetes
mellitus (diabetes) more often affect people with Down syndrome rather than the general population
(Kinik, ÖZÇAy, & Varan, 2006; Hanssonet al., 2005), and those people have changed activity of
T-cells (white blood cells) and a level of tumor marker (Prada et al., 2005; Oda et al., 1993; Ugazio
et al., 1990). Thyroid gland anomalies are more often present within the people with intellectual
disability. Increased hormone of thyroid gland (TSH) is found within 48% of people with Down
syndrome, who are situated in an institution. Another study has shown that 50% of people with
Down syndrome never got examined for the functioning of thyroid gland, in spite of the fact that
cases of thyroid gland functioning disorder are more often noticed with these people (Jones & Kerr,
1997). Diseases of the thyroid gland are the common problem that affects people with intellectual
disorder, the diagnosis is usually hyper or hypothyroidism.
The therapy itself and the monitoring of symptoms those people manifest are a very important
factor in the structuring of treatments and physical activities for them. When it comes to primary
hyperthyroidism, which is also the most common, the trauma, extreme effort and infection indicate
a disordered hypermetabolic condition. Also diet and medical therapy are closely connected for
those people. It is necessary to take out all types of food that block absorption of iodine.
Respiratory diseases within Down syndrome
Respiratory problems of people with lowered intellectual function can cause lung pathology
(bronchitis, pneumonia) and can lead even to death in case of respiratory infections (Chany &
Eyman, 2000). When we talk about respiratory problems of people with lowered intellectual function,
especially people with Down syndrome have obstructive sleep apnea (Mitchell, Call, & Kelly, 2003),
A large number of this patients also have problem with swallowing, breathing, malnutrition and
dehydration (Kennedy et al., 1997). „Testing children with Down syndrome for oxygen consumption
(VO2) can be done only with those who don’t have any kind of congenital and acquired heart defects“
(Romanov, 2010, pp. 68).
Children and adolescents diagnosed with this syndrome have lower values for the maximum
oxygen consumption, in comparison with children of the general population (18-25ml/kg/min), as
well as in comparison with the same age population with intellectual disorder who are not diagnosed
with this syndrome. Guerra et al. (2000) say that children with intellectual disorder even after
executing a program of physical activities (10 hours per week within a year) cannot reach the average
values of oxygen consumption of the same age standard population children.
In their papers, the authors dealt with cardio respiratory capacity of the people with chronic
diseases and people with intellectual disability. “Cardio respiratory capacity of the people with Down
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Chronic Diseases as a Determinant in the Planning of Physical Activity in People with Down’s Syndrome
syndrome is lower than of other people within the population with intellectual disability.” (Fernhall
et al,1996, pp. 366). The same authors say that this rate is 10% lower than the rate within the same
age people who are not diagnosed with this disease (Fernhall et al, 1997). The mentioned research
was conducted among 111 respondents (31 males and 16 females with Down syndrome, and there
were 35 males and 29 females with intellectual disability, but without this diagnosis). The centers
that participated in this research used the tests in the form of conveyor belts. The results showed
that the people with intellectual disability have low level of maximal oxygen uptake (VO2), and in
accordance with that, they have low level of cardio respiratory abilities. The maximal oxygen uptake
and the maximal ventilation per minute are recorded to be higher within males (r=0,006) and people
who don’t have Down syndrome. The maximal heart rate and the maximal respiratory exchange are
also higher within people without Down syndrome (r=0,006). The same authors (Fernhall et al, 1997)
have also researched the validity and reliability of cardiovascular so called “terrain“ tests within
children with intellectual disability. Within the mentioned research they came to the conclusion that
the mentioned tests are valid and reliable and that they can be used as indicators of the capacity of
the maximal oxygen uptake (VO2), within children with moderate and serious intellectual disability.
Pitetti et al. (1992) also talk about low oxygen uptake, ventilation per minute and cardiac frequency
within the population with intellectual disability.
Kidneys and urinary system diseases within Down syndrome
When it comes to kidney diseases prevalence, as well as the anomalies of the urinary tract
within children with intellectual disability, Kupferman, Druschel, & Kupchik (2009) point out in
their research that these diseases are mostly present within Down syndrome in comparison with
other types of diagnosis which are present when it comes to population of children with intellectual
disability. Therefore, children with Down syndrome are at high risk when it comes to these diseases.
The mentioned research included groups of children with intellectual disability, with or without
Down syndrome, born in the New York region, in the period from 1992 to 2004. The research confirms
the hypothesis that the children with Down syndrome are at high risk, so it is necessary that the
examination and ultrasound of kidneys and urinary system are required during the examination of
newborns with this syndrome. The studies with this topic would help discover many more anomalies,
and it would lead to diagnosing these diseases as early as possible, which would lower the death rate
of these people.
When it comes to congenital anomalies of kidneys and urinary system, the prevalence
within Down syndrome is 4-5% in comparison with the prevalence of the same diseases within the
general population (Mason et al., 2006). Numerous studies also record the existence of anomalies
and congenital defects within newborns with Down syndrome (Cleves et al, 2007; Torfsand &
Christianson, 1998).
As most common diseases, when it comes to kidneys and the urinary system problems, we can
mark out the following diseases: front urethral obstruction, cystic kidney dyspnea, hydronephrosis.
When it comes to kidney diseases, the authors agree that they bring along motor and physical
activities limitations (Manojlović et al., 2003; Stošljević et al., 1997).
Malignant diseases within Down syndrome
Another consequence of the longer lifespan of people with intellectual disorder is the common
appearance of cancer diseases (Hollins et al., 1998; Janicki et al., 1999, 2002; Maaskant et al., 2002;
Patja et al., 2000; Strauss et al., 1998; Sullivan et al., 2004; Yang et al., 2002). The research Janicki et
al. (2002) and Merrick et al. (2004) records the significant increase of elderly people suffering from
cancer, but also the rate and the frequency of this disease was not higher than within the general
population. The researches have shown that in today’s world every tenth person with intellectual
disorder dies from cancer. (Cooke, 1997; Hollins et al., 1998).
The standard rate of people with Down syndrome who suffer from leukemia is much higher
than within the general population.(Sullivan et al., 2007). Leukemia is very often noticed within
people with Down syndrome, and the recent studies show that those people have only 50% risk of
suffering from another type of cancer (Henderson et al.,  2000).
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CONCLUSION
The general guidelines during the conceptualization of the physical activities program are:
→
individual content of the recommended physical activities,
→
take into account the medication and its effect on the organism, as well as its effect during
the exercising itself,
→
constant and increased supervision,
→
incorporate behavioral therapy and motivation techniques.
The program can include the following groups of exercises:
•
the program of cardiovascular exercises (walking, jogging, stationary bicycle, aerobic dance),
•
strength exercises – increase of muscular strength  in big muscular groups,
•
shaping exercises,
•
“flexibility/stretching exercises ARE NOT RECOMMENDED, due to hyper mobility and
instability which are usually combined within the diagnosis of Down syndrome”
.
  When it comes to strength training, it is necessary to increase muscle strength in big muscle
groups. For the general population the training should have an intensity of 70-80% 1 RM, whereas
having in mind the specific situation of the people with lowered intellectual functioning, the training
intensity is lower and should be 50-70 % (in three sets with 8-12 repetitions). The program should
balance 2-3 minutes of training and 30-60 seconds of rest between every set of exercises.
When the treatment structure is being created, it is also important to take into account
whether the chronic disease has progressive or non-progressive character, whether there is any
medical therapy and how it affects the execution of motor activities (slowness, fatigue).
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UDK 796.921-053.5
SPECIFIČNOSTI OBUKE SKIJANJA KOD DECE
Dragiša Mladenović
Škola skijanja, Kopaonik, Srbija
UVOD
Sport se smatra izuzetno korisnim za fizički i psihički razvoj deteta. Već u ranom uzrastu deca
počinju da učestvuju i takmiče se u sportu. On pomaže detetu da unapredi koordinaciju, poveća
svest o sopstvenom telu, ostvaruje socijalne kontakte, usvaja i poštuje pravila ponašanja, poveća
koncentraciju i razvija samopouzdanje. Deca kroz sport uživaju u fizičkoj aktivnosti, razvijaju fizičke
sposobnosti, takmiče se, uzimaju učešće, donose odluke, vrednuju bezbednost, poštuju druge, pri-
hvataju odgovarajuće uloge i usvajaju aktivan stil života (Andrews, 1999). Skijanje je sport u kojem
značajnu ulogu igra veština ili drugim rečima - motoričko znanje. Skijanje kao veština predstavlja
neprirodan oblik kretanja odnosno motoričku veštinu koja nije biološki urođena i mora da se nauči
(Ilić, 1988). Skijaško znanje se sastoji od određenih elemenata skijaške tehnike, na osnovu kojih se
procenjuje postignuti nivo skijaškog znanja. Definisanje osnovnog nivoa ovladanosti skijaškom teh-
nikom zahteva izvršavanje neke zadate motoričke radnje na skijama, čiju strukturu i sklop predsta-
vljaju skijaški elementi (Dopsaj, 2004). Obučavanje i usvajanje osnovnih elemenata tehnike alpskog
skijanja kod dece je veoma složen i organizovan proces koji se kroz teoriju i praksu, temelji na potvr-
đenim principima (postupnosti, sistematičnosti, očiglednosti...), metodama (demonstracije, usme-
nog izlaganja, metod igre...) i postupcima (sintetički, analitički, situacioni). Osnovne karakteristike
vežbanja u predškolskom periodu rasta i razvoja dece proističu iz potrebe za stvaranjem senzitivne
osnove u funkciji stvaranja motivacije za telesnom aktivnošću i sportskim aktivnostima. Na osnovu
doživljenih radosti u vežbanju i razdraganosti u igri omogućavaju se uslovna formiranja radosti ži-
vljenja i smisla telesnog vežbanja u toku života (Balsevič i Zaporožanov, 1987).
Škola skijanja može da predstavlja značajan činilac i važan faktor koji učestvuje u formiranju
i razvijanju svestrane ličnosti. Škola skijanja predstavlja organizovni, planski i sistematski proces
sportskog usavršavanja, (obrazovanja) usmeren na usvajanje, racionalne i celishodne tehnike kreta-
nja skijama na snegu (skijanja). U toku obuke, kroz proces usvajanja tehnike skijanja, deca se susreću
sa vrednostima, zahtevima i normama, koje vladaju u društvu i na taj način škola skijanja daje svoje-
vrstan doprinos povoljnim uslovima za razvoj ličnosti. Dobro organizovana i sistematska obuka, uz
odgovarajući pedagoški pristup, pri obuci skijanja dece predškolskog uzrasta, predstavlja značajno
vaspitno-obrazovno sredstvo (Lazarević, 1987): sredstvo vaspitanja (kroz formiranje određenih mo-
ralno-voljnih osobina, stavova, vrednosti, usmerenja, samokontrole i dr.), kao i sredstvo obrazovanja
(kroz sticanje i razvijanje sposobnosti za učenje određenih znanja i veština).
Obrazovna koristi od skijanja prema Frejzeru (Fraser, 2004) se može podelititi u 4 kategorije:
socijalnu edukaciju, fizičku, akademsku i eksperimentalnu. Od posebnog značaja su socijalna edu-
kacija (učenje više o sebi i svojim vršnjacima, dostizanje više ili manje od očekivanog, reagovanje
na nove situacije, ohrabrivanje međusobnog uticaja među vršnjacima, izazov za lične barijere…) i
fizička edukacija (šansa da se proba nova aktivnost, šansa da se istakne u sportu koji ne uključuje
timski rad, šansa da se bude aktivan bez obzira na telesnu građu, težinu ili fizičke sposobnosti, razvoj
motričkih sposobnosti…). Mnogi đaci koji se ne ističu u timskim sportovima napreduju u skijanju;
uče o sopstvenim sposobnostima i sposobnostima njihovih vršnjaka i često su iznenađeni svojim
reagovanjem u različitim okruženjima.
U trogodišnjem istraživanju sprovedenom u Rusiji Lisovski (Lisovskiy, 2007) na eksperimen-
talnoj i kontrolnoj grupi od po 30 dece uzrasta od 4-6 godina (pri čemu je istraživanje obuhvatalo
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Specifičnosti obuke skijanja kod dece
testiranje fizičkih sposobnosti deteta, medicinske parametre zdravlja, upitnik za roditelje, psihološke
metode, pedagošku opservaciju, pedagoški eksperiment i statističku obradu) potvrđeno je da raspo-
loženje dece tokom skijanja raste u odnosu na inicijalni nivo (pre početka skijanja). Analiza odgo-
vora roditelja takođe pokazuje da je skijanje presudan pozitivni faktor za unapređenje međusobnog
razumevanja između roditelja i dece i unapređenja psihičke klime u njihovoj porodici. Autori ovog
istraživanja zaključuju da je: organizovano alpsko skijanje dece predškolskog uzrasta aktivan način
za promociju njihovog zdravlja, unapređenje njihovog fizičkog razvoja i jačanje porodičnih odnosa.
METOD
Ovaj rad je empirijskog karaktera i bazira se na teorijskim saznanjima iz oblasti psihofizičkog
razvoja dece i usvajanja osnovne tehnike skijanja kod dece, i logički je doveden u sklad sa empirij-
skim zapažanjima autora nakon višegodišnjeg rada sa decom polaznika škole skijanja.
REZULTATI SA DISKUSIJOM
Skijanje je specifičan sport po tome što su retki skijaši koji imaju prilike da skijaju tokom
cele godine (pogotovo u detinjstvu). Upravo zbog toga, može se dogoditi da u razdoblju kada dete
ne skija, usled ubrzanog rasta i razvoja, dođe do promena u morfološkom i funkcionalnom smislu.
Ukoliko bi se to dogodilo u razdoblju kada dete skija, tada bi se i dete i treneri postepeno navikavali
na promenu u longitudinalnim, transverzalnim dimenzijama i masi tela. Međutim, kada se to do-
godi u periodu treninga van skijaških staza, tada ove promene mogu imati negativne posledice jer
se javlja poremećaj motoričkog programa. Dete u narednoj skijaškoj sezoni upotrebljava motorički
program skijanja iz prethodne sezone, kada je poslednji put skijalo i kada mu je masa tela bila manja.
Taj motorički program tada treba modifikovati i nadopuniti novim informacijama koje će omogućiti
jednako efikasno skijanje kao i u prošloj sezoni. Zbog toga treninzima treba pokušati unaprediti one
motoričke programe koji bi mogli biti najviše „narušeni“ porastom mase ili visine tela do čega tokom
rasta i razvoja deteta neminovno dolazi. S obzirom na ovaj problem skijanje je vrlo specifično, jer
su vrlo retki sportovi u kojima postoji tako velika pauza u specifičnom treningu kao što je slučaj u
skijanju (Bompa, 2000).
Navedene činjenice treba imati u vidu prilikom obuke i usavršavanja tehnike skijanja, pogo-
tovo kada su deca u pitanju. Deca imaju drugačije kapacitete i drugačije se adaptiraju na vežbanje,
odnosno drugačije reaguju na trenažne podražaje i kineziološke operatore. Kod dece istog uzrasta
mogu postojati velike razlike u morfološkim obeležjima, kao i motoričkim i funkcionalnim sposob-
nostima zbog različite brzine biološkog razvoja ali i različitih polnih obeležja što različito dolazi do
izražaja u različitim razvojnim fazama (Petošić, 2009).
Prema teorijskom modelu motornog razvoja (Gallahue i Ozmun 1996) fundamentalne kretne
veštine predškolskog uzrasta dele se na 3 stupnja: inicijalni (2-3 godine), elementarni (4-5 godina) i
zreli stupanj (6-7 godina). Zreli stupanj karakterišu mehanički efikasna, koordinisana i kontrolisana
kretanja. Dete može biti u zreloj fazi kada je reč o pojedinim kretnim zadacima, u drugim u elemen-
tarnoj fazi a u nekim u inicijalnoj fazi. Deca imaju razvojni potencijal da za većinu fundamentalnih
kretanja dostignu zreli stupanj sa 6-7 godina.
Poznavanje integriteta razvoja deteta, strukture motoričkog prostora deteta, principa psiho-
motornog učenja, tehnike i metodike skijanja, pedagoško-didaktičke posebnosti učenja skijanja dece,
su područja sa kojima se mora detaljno upoznati pre bilo kakvog rada sa decom. Učitelji skijanja i
treneri moraju biti kvalitetni i dobro poznavati značaj uzrasnih kategorija sa kojima rade da bi mogli
postići željene ciljeve, kako bi se ispoštovale zakonitosti dečjeg svestranog biološkog, psihološkog i
socijalnog razvoja, a da pritom ne utiču negativno na zdravlje, rast i razvoj dece.
Organizovana obuka skijanja dece može početi već u uzrastu od treće godine. Početak obuke
određen je time da dete mora da bude sposobno da kontroliše sopstvene pokrete. Uslov za takvu
aktivnost je čvrsta fiziološka veza između opažaja (pomoću kojih dete zapaža kretanje drugih oso-
ba) i motoričkih osećaja sa osećajima ravnoteže sopstvenog tela. Ova veza se postepeno usklađuje
i učvršćuje već krajem druge, početkom treće godine i to je period kada se može početi sa obukom
skijanja. Roditelji mogu svoju decu da uče kretanju na skijama 2-3 meseca nakon što dobro ovladaju
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tehnikom hodanja. Najbolje je decu uključiti u skijanje onda kada su za tu aktivnost spremna, kada
su motivisana da probaju nešto novo i da u tome uživaju, a prema pojedinim autorima neće se mno-
go propustiti ako se sa obukom počne nekoliko godina kasnije (Bačanac, 2008).
Kretanje dvogodišnjeg deteta se razlikuje od kretanja sedmogodišnjeg i u razvoju motoričkih
sposobnosti je neophodna postupnost u izboru motoričkih informacija i zahtevnosti izabranih sadr-
žaja. Iz tog razloga, pri obuci tehnike skijanja kod dece treba uključivati bazična motorička kretanja,
filogenetski uslovljena - hodanje, trčanje, puzanje, valjanje, koja su detetu razvojno najbliža i zatim
ih postepeno modifikovati u složenije i zahtevnije kretne zadatke, tipa koordinacije i ravnoteže. Već
sama skijaška oprema, za dete predstavlja novu situaciju. Prilagođavanje na opremu pre uključivanja
deteta u školu skijanja i aktivnosti na snegu kao što su sankanje, grudvanje, klizanje, elementarne
igre na snegu, omogućuju detetu manje opterećenje pre prvog ,,pravog“ odlaska na sneg i olakšavaju
susret s ,,pravim“ učiteljem skijanja i njegovom obukom ove sportske discipline (Goršnik, 2002).
Navedene činjenice govore da učenje skijanja najmlađih predstavlja složen proces. Poznavanje
osnovnih prirodnih tendencija razvoja deteta, osnovnih zakonitosti učenja skijanja, kao i adekvatno
izabrani zadaci i vežbe, sprečavaju nepravilno usvajanje kretnih stereotipa pri obuci skijanja kod
dece. Uvek treba poštovati osnovno pravilo usvajanja motoričkih zadataka, od jednostavnih prelazi
se na sve složenije i specifičnije, u ovom slučaju kretne  zadatke koje zahteva obuka tehnike alpskog
skijanja.
Efikasnom motornom učenju dece predškolskog uzrasta, u velikoj meri doprinose metode
koje se koriste tokom učenja. Njihovo pravilno korišćenje omogućuje da deca uz manji napor, lakše
i uspešnije uče. Postavlja se pitanje, koje su optimalne metode za usvajanje osnovne tehnike skijanja
kod dece.
Igra je bila i ostala sastavni deo dečije aktivnosti i predstavlja najpogodniji metod, za usvajanje
skijaške tehnike, ali i važno sredstvo socijalizacije u razvitku mnogih osobina ličnosti. Igra pred-
stavlja ljudsku delatnost motivisanu zadovoljstvom učestvovanja i samopotvrđivanja u njoj. Značaj
igre proučavan je sa psihološkog, pedagoškog, sociološkog, istorijskog i antropološkog stanovišta i
zajedničko za sva istraživanja je da se u igri vidi jedan od osnovnih oblika ponašanja koji služi indi-
vidualnom razvoju (Lazarević, 1987).
Osnovna svojstva igre koja se sreću u obuci skijanja su:
- da je igra aktivnost na koju deca pozitivno reaguju (biološki aspekt),
- da je igra izvor i sredstvo pozitivnog emocionalnog i opšteg raspoloženja (psihološki zadovo-
ljava izvesne dečje potrebe i utiče na psihički razvoj deteta),
- da se kroz igru vrši razmena (interakcija) emocija i raspoloženja  (socijalni aspekt).
Kroz aktivnosti u igri u školi skijanja, kod dece predškolskog uzrasta,  međusobno se prepliću,
razvoj sposobnosti pojedinih funkcija i socijalnih odnosa utičući jedni na druge. Socijalni kontakti
podstiču dete da usavršava svoje sposobnosti, a usavršene sposobnosti omogućuju bolje učešće u
socijalnim odnosima.
Funkcionalnu radost, koja preovlađuje u početku dečije aktivnosti u školi skijanja, u igri, po-
stepeno zamenjuje težnja deteta za povećanjem sopstvenih sposobnosti. Time se menja i motivacija,
koja utiče na sadržaj i usmerenost dečije aktivnosti, pri obuci i usavršavanju osnovne tehnike skija-
nja. Kroz igru i skijanje dete oslobađa i razvija svoja osećanja, doživljava vrednost sadržaja aktivnosti
na snegu i članova grupe u kojoj skija. Baš ti motivi, koji su nadahnuti osećanjima, imaju posebnu
snagu i zato dobijaju posebnu ulogu u motivaciji dece i postaju podstrekači i usmeravači dečjih ak-
tivnosti u procesu obuke skijanja.
Struktuiranost igre učesnicima pruža mogućnost da ponavljaju situacije koje im pružaju  za-
dovoljstvo, na taj način usavršavaju elemente tehnike skijanja. Zbog toga osnovni pristup detetu
mora biti kroz igru i to u najširem smislu te reči. Treba omogućiti detetu okvirna pravila igre, sred-
stva i slobodu stvaranja. Takvim je pristupom, dete kroz igru i takmičenje sa samim sobom, motivi-
sano i spremno za susret sa različitim skijaškim zadacima.
Važnu ulogu i značajan uticaj na uspešnost usvajanja tehnike skijanja kod dece, pored igre,
može da ima i grupa vršnjaka, sa kojima pojedinac ostvaruje socijalne kontakte u školi skijanja.
Grupni vid nastave u školi skijanja, predstavlja pogodno mesto za razvijanje takmičarskog duha, da
se nastava organizuje kroz igru, da deca uče gledajući jedna od drugih,  i gde dete može da zadovo-
lji svoje potrebe za socijalnim kontaktima, razvija svoje funkcije i različite osobine ličnosti. Grupa
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vršnjaka na taj način može da pruži svojevrstan doprinos uspešnom usvajanju tehnike skijanja kod
dece i omogući povoljnije uslove da se program obuke organizuje na način, koji je deci interesantan,
zabavan i predstavlja im zadovoljstvo (Mladenović i Ropret, 2009).
Jedna od specifičnosti prilikom obuke tehnike skijanja kod dece predstavlja izbor kretnih za-
dataka. Izbor zadataka za usvajanje osnovne tehnike alpskog skijanja kod dece predstavlja značajan
organizacijski i motivacijski problem, koji zahteva prilagođavanje metodskog postupka obuke, speci-
fičnostima, potrebama i sposobnostima u skladu sa uzrastom deteta. Vreme koje stoji na raspolaga-
nju za učenje određenog motornog zadatka, odnosno elementa tehnike skijanja može biti ispunjeno
različitim zadacima. Sam postupak učenja elemenata tehnike skijanja kod dece zahteva da dete izvr-
šava neku zadatu motoričku radnju na snegu čiju strukturu i sklop predstavljaju skijaški elementi. Pri
izboru kretnih zadataka za usvajanje jednostavnijih ili složenijih elemenata tehnike alpskog skijanja
kod dece potrebno je pre svega voditi računa o vrsti zadataka, težini izvođenja, broju zadataka i duži-
ni njihovog trajanja, ali i o izboru adekvatnog terena, uslovima u kojima se obuka izvodi i korišćenju
odgovarajuće terminologije.
Pri izboru vrste zadataka,  mora se voditi računa da zadaci sadrže osnovne elemente tehnike
skijanja: tipičnu poziciju - stav, kontrolu kretanja skija, mehanizam promene pravca kretanja i me-
đusobnu koordinaciju pokreta.
Težina izvođenja zadataka, bilo da se radi o sintetičkom pristupu, gde se učenje tehnike skija-
nja sastoji u tome da se objašnjenja, demonstracija i izvođenje zadataka vrše u celosti ili analitičkom
pristupu kada se složeni elementi tehnike raščlanjuju na jednostavnije delove, mora biti prilagođena
mogućnostima dece, pre svega da zadatak mogu da shvate, a potom i da mogu da ga izvedu. Uspešno
izvršen zadatak pored pohvala i nagrada je jedan od faktora koji jačaju dečje samopouzdanje i učvr-
šćuju motive za dalje učešće u obuci skijanja.
Broj zadataka ili elemenata tehnike, predviđenih planom i programom obuke u okviru jednog
časa kod dece, ne treba da bude veliki. Ukoliko bi se koristio veliki broj elemenata tehnike skijanja za
usvajanje i veliki broj zadataka u okviru jednog časa, to bi dovelo do prevelikog opterećenja, što bi se
negativno odrazilo na uspešnost usvajanja i motivaciju dece.
Dužina trajanja časa ne treba da bude preduga zbog nemogućnoti dugotrajnog održavanja
pažnje i koncentracije dece. Opadanje pažnje i koncentracije kod dece su prvi pokazatelji umora i to
je znak kada treba privoditi čas skijanja kraju kako se ne bi negativno odrazilo na njihovu motivaciju.
Iz tog razloga je bolje početne časove za decu u toku dana, organizovati u dva termina u  kraćem
vremenskom trajanju. Optimalna dužina trajanja časa, kako iskustva u radu sa decom govore, je oko
šezdeset minuta kada je u pitanju početna faza obuke na poligonu i 120 minuta na skijaškim stazama
kada se koriste žičare.
Stoga pri izboru kretnih zadataka za obuku skijanja kod dece, trebalo bi voditi računa da su
zadaci dovoljno interesantni i zabavni, da deluju motivišuće prilikom izvođenja, i ukoliko je moguće
da budu organizovani na zanimljiv način kroz vid igre i formu takmičenja.
Izbor adekvatnog terena na kome se izvodi obuka skijanja dece predstavlja važan preduslov za
pravilno i uspešno usvajanje elemenata tehnike skijanja i njihovih delova. Teren treba da bude ade-
kvatan za pravilno izvođenje odabranih elemenata tehnike predviđenih planom i programom obuke
(Ilić, 1988). Pre svega treba voditi računa o izboru terena sa odgovarajućim nagibom, o bezbednosti
polaznika i uslovima u kojima se obuka izvodi (meteo uslovi, brzina podloge, drugi skijaši, motorna
vozila na stazi) kako bi se polaznici zaštitili od negativnih uticaja spoljašnje sredine. Potrebno je
izabrati adekvatan teren, koji zahteva postupnost pri izboru nagiba, počev od ravne podloge i terena
bez nagiba, pogodnog za usvajanje početnih elemenata tehnike (navikavanje na opremu, hodanje,
okretanje), zatim terena sa blagim nagibom i ravnim istekom padine, gde nakon spusta pravo može
da se zaustavi bez dodatnih radnji i pokreta na skijama, pogodnog za usvajanje osnovnih elemenata
tehnike (spust pravo, zaustavljanje, penjanje, zaokreti) do terena sa nagibom srednjeg stepena težine,
pogodnog za usvajanje naprednijih elemenata tehnike (paralelni zaokret, paralelno vijuganje i dr.)
u zavisnosti od uslova, elemenata tehnike koji se usvajaju, dostignutog nivoa usvojenog skijaškog
znanja i cilja koji se želi postići,.
Pored izbora odgovarajućih kretnih zadataka i adekvatnog terena, specifičnost obuke skijanja
kod dece je i u postavljanju markacija na terenu, koje su neophodne zbog nemogućnosti procene
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Dragiša Mladenović
prostora dece prilikom izvođenja zadataka i elemenata tehnike koji se usvajaju. Markacije su vizuelni
orjentiri postavljeni na terenu gde se vrši obuka, koje polaznicima služe za izvršavanje određenih
zadataka (zaustavljanje, zaokret, pregibanje, opružanje i dr). U kolikoj meri će orjentiri pomoći u
izvršavanju zadatka u velikoj meri zavisi od načina postavljanja, njihove vidljivosti ali i uzrasta, psi-
hofizičke zrelosti polaznika, postavljenih ciljeva i zadataka.
Jedna od karakteristika obuke skijanja kod dece odnosi se na specifičnosti u verbalnoj ko-
munikaciji sa decom. Verbalna objašnjenja pri obuci skijanja kod dece treba da budu kratka, jasna
i precizna, zbog nemogućnosti dugotrajnog održavanja pažnje i koncentracije. Prilikom verbalnih
objašnjenja treba koristiti samo razumljive termine, dok nove termine treba najpre objasniti, uveriti
se da ih svi razumeju i  nakon toga početi sa njihovim korišćenjem. Umesto pojmova ,,levo“ i ,,desno“
za decu bi pogodnije bilo koristiti vizuelne orjentire, koji su dovoljno veliki i jasno uočljivi (npr.  šu-
ma-hotel, jelka, žičara i sl.).
ZAKLJUČAK
Specifičnosti obuke skijanja kod dece ogledaju se u sledećem:
- Postoji velika razlika u specifičnom treningu između dve skijaške sezone gde zbog porasta
mase i visine tela dolazi do narušavanja motoričkog programa iz prethodne sezone. U narednoj ski-
jaškoj sezoni teninzima treba pokušati unaprediti one motoričke programe koji su najviše narušeni
porastom mase i visine tela.
- Kod dece istog uzrasta postoje velike razlike u morfološkim obeležjima, motoričkim i funkci-
onalnim sposobnostima zbog različite brzine biološkog razvoja, koje dolaze do izražaja u različitim
razvojnim fazama. Za rad sa decom neophodno je dobro poznavati zakonitosti dečjeg svestranog
biološkog, psihološkog i socijalnog razvoja, posedovati sposobnost za prepoznavanje svakog stepena
dečjeg sazrevanja i visok stepen ličnog prilagođavanja realnim mogućnostima deteta.
- Sa obukom se može početi veoma rano, već krajem druge i početkom treće godine života.
Zbog toga pri obuci skijanja kod dece treba uključiti bazična motorička kretanja, filogenetski uslo-
vljena koja su detetu razvojno najbliža i postepeno ih modifikovati u složenije i zahtevnije kretne
zadatke tipa koordinacije i ravnoteže.
- Igra predstavlja najpovoljniji metod za usvajanje skijaške tehnike kod dece. Igru u školi ski-
janja postepeno zamenjuje težnja za povećanjem sopstvenih sposobnosti čime se menja i motivacija
koja utiče na sadržaj i usmerenost dečje aktivnosti i podstiče ih u procesu obuke skijanja
- Sprovođenje programa obuke kod dece je pogodnije kroz grupni vid nastave. Obuka skijanja
u grupi istog uzrasta je pogodnija za razvijanje takmičarskog duha, za organizovanje nastave kroz
igru i da deca uče gledajući jedna od drugih. Grupa u školi skijanja je mesto gde dete može da zado-
volji svoje potrebe za socijalnim kontaktima, razvija svoje funkcije i različite osobine ličnosti.
- Jednu od specifičnosti predstavlja i izbor kretnih zadataka koji zahteva prilagođavanje spe-
cifičnostima, potrebama i sposobnostima u skladu sa uzrastom deteta. Pri izboru kretnih zadataka
potrebno je voditi računa o vrsti zadataka, težini izvođenja zadatka, njihovom broju i dužini trajanja.
- Na uspešnost usvajanja može da utiče i izbor terena za obuku. Adekvatno izabran teren pod-
razumeva postupnost pri izboru terena kada je nagib u pitanju, počev od terena sa ravnom podlogom
bez nagiba, zatim teren sa blagim nagibom i ravnim istekom padine, kao i teren sa nagibom srednjeg
stepena težine u zavisnosti od elemenata koji se uče, dostignutog nivoa usvojenog skijaškog znanja
i cilja koji se želi postići, teren koji je bezbedan i zaštićen od negativnih uticaja spoljašnje sredine.
- Zbog nemogućnosti dece da procene prostor neophodno je da prilikom izvođenja zadatka
na terenu gde se vrši obuka, budu postavljene markacije koje bi služile kao vizuelni orjentiri za izvr-
šavanje određenih zadataka.
- Pri radu sa decom neophodno je koristiti samo poznate i deci razumljive termine i voditi
računa da objašnjenja budu kratka, jasna i precizna zbog nemogućnosti dece da dugo održe pažnju
i koncentraciju.
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LITERATURA
Andrews, J.C. (1999). From school sport to sporting excellence respecting the rights of mi-
nors. Facta Universitatis Physical Education, 1(6):59-69.
Ilić, B. (1988). Smučanje. NIPRO, ,,Partizan“, Beograd.
Dopsaj, M., Jocić, D., Blagojević, M., Vučković, G. (2004). Validacija različitih ekspertskih
metoda za procenu osnovnog znanja skijanja kod studenata policiske akademije. Bezbednost,
46(2):289-300.
Balsevič, V. K., Zaporožanov, V. A. (1987). Fizičkeskaja aktivnost čeloveka. Zdrovja. Kijev.
Lazarević, Lj. (1987). Psihološke osnove fizičke kulture. IPRO, „ Partizan“, Beograd.
Fraser, B. (2004). Schools skiing programme - Midlothian Snowsports Centre - Benefits to
pupils. Countryside Recreation,  12(3/4).
Lisovskiy, A. (2007). Alpine ski sport and children under school age. Tchaikovsky State Insti-
tute of Physical Education, Russia. International Scientific Conference “10. Sport Kinetics 2007” - 15
years Jubilee of existing International Association of Sport Kinetics Belgrade, Serbia, pp. 24-26.
Bompa, T.O. (2000.). Total Training for Young Champions, Human Kinetics.
 Petošić, I.  (2009). Trening dece i mladeži. Sa mreže skinuto 08.10.2009. s: www.skicentar.net
Gallahue, D. L., Ozmun, J. C. (1998). Understanding motor development. McGraw-Hill.
Bačanac, LJ. (2008). Psihološke karakteristike dece i adolescenata. Priručnik za učitelje smuča-
nja. Seminar za sticanje zvanja instruktora i učitelja smučanja. Beograd.
Goršnik, J. (2002). Neke od značajki programiranja rada s djecom predškolske dobi u alpskom
skijanju. Zbornik radova 11. ljetne škole kineziologa Republike Hrvatske, Findak V. (ur.). Zagreb:
Hrvatski kineziološki savez, 233-35.
Mladenović, D., Ropret, R. (2009). Uloga škole skijanja u procesu socijalizacije dece predškol-
skog uzrasta. Fizička kultura. 63(2):267-75.
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UDK 796.921-053.5
SPECIFICITY IN CHILDREN SKI TRAINING
Dragiša Mladenović
Ski school, Kopaonik, Serbia
INTRODUCTION
Sport is considered extremely useful both for physical and mental development with children.
From an early age children start participating and competing in sports. Sports help children in
improving coordination, increase awareness on their body, maintain social contacts, adopt and abide
by behavioural rules, enhance concentration and build confidence. Through sports, children enjoy
physical activity, develop physical abilities, compete, take part, make decisions, value safety, respect
others, accept appropriate roles and learn how to lead an active life (Andrews, 1999). Skiing is a sport
in which an important role is played by skill, or in other words - motor abilities.  Skiing as a skill
represents an unnatural way of movement, that is a motor skill not biologically given- inherited and
has to be learned (Ilic, 1988). Ski ’knowledge’ consists of certain elements of ski technique, based on
which assessed is the level of ski know-how. Defining basic level of acquiring ski technique requires
performing some of the given motoric actions on skis, whose structure and form are presented in
ski elements (Dopsaj, 2004). Training and adopting basic elements in alpine skiing with children is
a highly complex and organized process, and through both theory and practise it is based on the
confirmed principles (gradual, systematic, obvious...), methods (demonstrations, oral presentations,
playing...) and approaches (synthetic, analytical, situational). Basic features with exercising in pre-
school period of growth and development with children emerge from the need to create sensitive
basis in the function of building motivation for body activities and sports activities (Balsevic and
Zaporozanov, 1987).
Ski school can represent an important factor and significant contributor which takes part
in creating and developing multi-potent (versatile) personality. Ski school could be an organized,
planned and systematic process of mastering sports (education), directed towards adopting rational
and expedient technique of moving on the snow - skiing. In the course of training, through process
of acquiring ski technique children become familiar with requests and norms existing in society and
hence, ski school provides some kind of its own contribution to favorable conditions for personality
development. Well organized and systematic training, with adequate pedagogical approach with
training skiing for pre-school children also implies an important educational and upbringing means
(Lazarevic, 1987): means to teach children (by forming certain moral features and will properties,
attitudes, values, direction, self-control etc.) and educate them (through acquiring and developing
abilities to learn certain skills and facts)
Educational benefits from skiing, according to Fraser (Fraser, 2004) can be divided into 4
categories: social education, physical, academic and experimental. Social education (learning more
about yourself and your peers, reaching less or more than expected, reactions to new situations,
encouraging mutual influence among peers challenge for personal boundaries...) and physical
education (opportunity to try out  a new activity, chance to excel in sports which does not include team
work, opportunity to be active regardless of body shape, weight or physical abilities, development
of motor abilities...) Many students who do not excel at team sports improve in skiing; learn about
their own abilities and capacities of their peers and are often surprised by their reactions in different
environments.
In a three year study conducted in Russia, Lisovskiy (Lisovskiy, 2007) on his control and
experimental group consisting of 30 children aged 4 to 6 (where the research included testing
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SpecificIty in Children Ski Training
physical abilities, medical health parameters, questionnaire for parents, psychological methods,
pedagogical observation, experiment and statistical processing) it was confirmed that the spirit raised
with children during skiing, compared to initial level (prior to skiing). The analysis of responses by
parents also points out that skiing is a key positive factor in improving mutual understanding among
parents and children and enhancing mental ’atmosphere’ in their families. The authors of this study
conclude that organized alpine skiing with pre-school children is an active way to promote their
health, improving their physical development and strengthening family relations.
METHOD
The paper is of empirical nature and is based on theoretical findings in the field of physical
and mental development of children and the adoption of basic skiing technique with children, and
logically, it has been put in a context with the empirical observations of the author after a couple of
years working with the children attending the ski school.
RESULTS WITH DISCUSSION
Skiing is a specific sport as few skiers are able to ski all year round (especially in childhood).
Due to that fact really it could happen that during the time when a child does not ski, conditioned
by fast growth and development changes occur both in morphological and functional sense. If those
changes happened in the period of child skiing, then both child and ski instructors could gradually
adjust to changes in longitudinal, transversal dimensions and body mass. However, when that happens
in the period of training outside of ski tracks those changes could have negative consequences due
to occurrence of motor program disorder.
In the next ski season, children use the skiing motor program from the previous season  they
skied and their body mass was lower. That motor program then requires to be modified and updated
with new information which will enable skiing as efficient as it was in last season. Because of all that,
during trainings we should try to improve those motor programs which could be mostly ‘jeopardised’
by mass increase or body height, which are unavoidable in the course of growth and development.
Considering this the very issue of skiing is pretty specific, as rare are the sports in which such a long
breaks are taken in specific trainings as in skiing (Bompa, 2000).
All the stated facts need to be taken into consideration when training and mastering ski
techniques, especially in regard to children.
 Children have different abilities and adapt to exercising in different manner, that is they
respond differently to training stimuli and kinesiological operators. With children of the same age
there could be large differences in morphological features and also motor and functional capacities
due to different speed of biological development but also various gender characteristics, which is all
differently expressed at different development stages (Petosic, 2009).
According to theoretical model of motori development (Gallahue and Ozmun, 1996)
fundamental movement skills with pre-school age are divided into three stages: initial (2-3 years),
elementary (4-5 years), and mature stage (6-7 years). Mature stage is characterized by mechanically
efficient, coordinated and controlled movements. Children can be in mature stage in regard to
certain movements tasks, elementary regarding others and with some in initial stage. Children have
development potential for most fundamental movements to reach the mature stage aged 6-7.
Being familiar with integrity of children’s development, structure of motor space with children,
principles of mental and motor learning, skiing technique and methods, pedagogical and didactic
specific features of skiing with children - those are all areas with which one should be thoroughly
acquainted prior to any kind of work with children. Ski instructors and coaches need to be of good
quality and full of knowledge about the importance of age categories with which they walk in order
to achieve the goals wished for, in order to respect legitimacy of children’s versatile biological, mental
and social development and with all that leave no negative impact on health, development and
growth of all children.
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Organized ski trainings with children can start as early as at the age of three. The start of
training is conditioned by the fact that a child has to be able to control his/her movements. The
condition for such an activity is a physiological connection between perception (by which a child
notices movements of other people) and motor senses with sense of balance of their own body. This
connection is made stronger in the end of second or beginning of third year and that is the period
in which ski training can start. Parents can teach their children to walk on skis 2-3 months after
children master walking techniques. It is best to include children in skiing when they are ready for
that activity, motivated to try out something new, enjoy that and according to some authors, not
much would be missed if that training starts a few years later (Bacanac, 2008).
Movements of two-year olds are different from the ones with seven-year olds and in development
of motor capacities required is gradualness in selecting motor information and level of challenging
in chosen contents. For that reason with ski training for children included should be basic motoric
movements, philogenetically conditioned - walking, running, crawling, rolling which are closest to
children in regard to development and then gradually modify those into more demanding movement
tasks, involving coordination and balance. The very wearing ski clothes represent a new situation for
children. Adapting to that equipment prior to enrolling children to ski school and activities on snow,
such as sledging, snowballing, skating, basic games on snow enable children to be less pressured
before their first ‘real’ outing on snow and facilitate their meeting with ‘real’ ski instructor and their
training of that sport (Gorsnik, 2002).
The facts stated so far point to us that learning skiing with our youngsters represents a
complicated process. Being acquainted with basic natural trends in development of children, basic
rules in learning to ski and adequately chosen tasks and exercises prevent the incorrect adoption of
movement stereotypes with children. One basic principle with adopting motor tasks should always
be abided by go from simple to more complex and more specific tasks, in this case, movement tasks
required by training in alpine skiing.
Methods used in the course of training highly contribute to efficient motor learning with
pre-school children. Using those methods correctly enables children to learn more efficiently, more
easily and with less effort. The question arises what the optimum methods for adopting basic ski
technique with children are.
Playing has always been, remains a vital part of children’s activities and represents the most
adequate methods for adopting ski technique and is also an important tool in socializing while
developing many personality traits. Playing represents a human activity motivated by pleasure in taking
part and self-affirmation. The importance of playing has been studied from psychological, historical
and antropological point of view/ perspective and the common thing for all is that playing is considered
to be one of basic manners of behaviour serving11 to individual development (Lazarevic, 1987).
Basic features of playing observed in ski training are:
- Playing is an activity to which children positively respond (biological aspect)
- Playing is a source and means of emotional and general mood (psychologically satisfies
certain needs of children and affects children’s mental development)
- Through playing exchange is conducted (interaction) of emotions and moods (social aspect)
- Through activities in playing at ski school with children of pre-school age mutually intertwined
are development of certain functions and social relations affecting each other. Social contacts inspire
children to master their abilities, and mastered/ acquired abilities enable for better participation in
social relations.
Functional joy, which is dominant at the beginning of children’s activities at ski school in playing
is gradually replaced by children aspiring to increase their abilities. Hence, changed is motivation
also, which affects the content and direction of children’s activities while training and mastering basic
ski techniques. Through playing and skiing children set free and develop their emotions, experience
the value of content of all activities on snow and members of their ski groups. Those very motifs,
inspired by feelings have special power, thus gain a special role in motivating children and become
drivers of children’s activities in the course of ski training.
The good structure of game provides participants ability to repeat the situations which give
pleasure, and in that way master the elements of ski technique. Due to all that, approach to children
need to be through playing in the widest sense of word. Children should be given opportunity to
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SpecificIty in Children Ski Training
learn the general rules of the game, means and freedom of creativity. With such an approach, through
playing and competing with themselves really children are motivated and prepared to face various
ski challenges.
An important role and significant impact on successful mastering of ski technique with
children, in addition to playing can also be played by peer group with whom an individual maintains
social contacts at ski school. Group type of training at ski school represents a good place to build
competitiveness, organize training through playing, for children to learn by watching at each other
and where children can satisfy their need for social contacts, develop their functions and different
personality traits. Peer group in that way can provide a special contribution to successful adoption of
ski technique with children and enable more favorable conditions for the ski training to be organized
in a way interesting for children, fun and represents pleasure from them (Mladenovic and Ropret,
2009).
One of specific features with ski training of pre-school children is presented in selection of
movement tasks. Selecting those tasks to be adopted for basic alpine ski technique with children
represents an important organizational and motivational issue, which requires adapting to methodical
approach of training, specific traits, needs and abilities in accord with children’s age. Time available
for learning certain motor tasks, in other words elements of ski technique with children can be filled
with various tasks. The very process of learning the elements of ski technique with children requires
from children to perform certain motor activity on snow, whose structure and unity are presented
in ski elements. When selecting movement tasks for adopting simpler or more complex elements of
alpine ski technique with children above all it is necessary to take care of types of tasks, difficulty
of performing, number of tasks and length of those, but also of choosing adequate environment,
conditions under which training course is taken and using adequate terms.
          When selecting types of tasks, it must be taken into consideration for those to contain
basic elements of ski technique: typical position - pose, control of ski movements, mechanism of
changing direction, movements and coordination of movements- mutual.
The difficulty of performing tasks, whether applied is synthetic approach, where ski technique
learning consists of the idea to conduct explanations, demonstration and performing tasks as a
whole or analytical approach, in which complex elements of technique are separated into simpler
parts – needs to be adapted to children’s abilities, above all they have to be able to comprehend the
tasks, and then to perform it. Successfully conducted tasks in addition to rewards and praises is one
of the factors which increase children’s self-confidence and strengthen motifs for children’s further
participation at ski school.
Number of tasks or technique elements, projected in ski course plan and training PLAN
within one lesson with children should not be too high. If used is a large number of elements of ski
technique for adoption and large number of tasks in just one class that would be a real burden to
children and have negative impacts on success in adopting and children’s motivation.
The class should not last too long due to lack of ability in children to concentrate long and focus
their attention for long. Fall in attention and concentration in children are the first signs of tiredness
and the signal to bring ski class to an end, in order to avoid negative effects on their motivation.
For that reason it is better to organize initial classes for children two times in a day, lasting shorter.
Optimum length of class duration is about 60 minutes, speaking of initial stage of training at the
ground and around 120 minutes on ski tracks, using ski lifts.
Hence, when selecting movement tasks for ski training with children it should be taken into
account that the tasks are interesting enough and fun, motivating while being performed and if
possible to be organized in an interesting way, through some kind of playing and competition forms.
Selecting adequate ski grounds at which ski training for children is conducted represents an
important precondition for correct1 and regular adoption of ski technique elements and their parts.
The grounds need to be adequate for proper performing of ski technique elements as projected in
training plan. (Ilic, 1988). Above all, it should be made sure the grounds have the adequate slopes,
safety of course goers and conditions under which training is done (meteoeological conditions, speed
of surface, other skiers, vehicles on ski tracks) in order to protect course goers from negative impacts
of outside world. It is necessary to choose adequate grounds, which require graduality in choosing
slopes, starting from flat surface, with no slopes, appropriate for adopting basic technique elements
(getting accustomed to equipment, walking, turning) then grounds with mild slopes, and flat slope
expiration, where after going down the slope  a skier can just stop without additional activities and
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Dragiša Mladenović
movements on skis, adequate to adopting basic technique elements ( straight dive, stopping, ascent,
turning)  to grounds of medium difficulty adequate for adopting more advanced technique elements
(parallel turns, convolutions) depending on conditions, technique elements being adopted and
reached level of ski skills and the goal aspired for.
In addition to selecting adequate movement tasks and adequate ground, specific feature of ski
training with children is also in providing marks on the ground which is necessary due to children’s
lack to assess space while performing tasks and technique elements which are being adopted. Those
markers are visual landmarks set up on the grounds where training is conducted and assist course
goers in performing certain tasks (stopping, turning, flexion, stretching and other). How much those
landmarks can help largely depends on the way they are arranged, their visibility but also on age,
mental and physical maturity of course goers and goals and tasks stated.
One of the features of ski training with children refers to specific features in verbal
communication with children. Verbal explanations within ski training with children should be brief,
clear and precise due to inability to maintain focus and concentration for a long time. When using
verbal explanations only understandable terms ought to be used and new ones should be explained
first, make sure everybody understands them and only after that start applying those. Instead of
terms ‘left’ and ‘right’ it would be more favorable for children to use visual landmarks, sufficiently big
and clearly visible (for example, forest- hotel, pine tree, ski lift and other).
CONCLUSION
Specific features of ski training with children are reflected as follows:
- There is a great difference in specific training between two ski seasons where due to increase
in body mass and height motoric program from the previous season is jeopardised. In the following
ski season we should attempt to improve those motor programs mostly endangered by increase in
body mass and height.
- With children of same age there are large differences in morphological features, motor and
functional abilities due to different speed of biological development, specially visible in different
stages of development. For working with children it is necessary to be acquainted with laws of
children’s versatile biological, mental and social development, have the ability to recognize each
stage in their maturity proves and high level of personal adaptation to real children’s capacities.
- With training it can be started quite early on, at the end of second and beginning of third
year of their lives. Due to that, ski training with children should includ basic motoric movements,
phylogenetically conditioned but in regard to development closest to children and gradually modify
those into more complex and more demanding tasks, such as balance and coordination.
- Playing represents the most favorable method for adopting ski technique with children. At
ski school playing is slowly replaced by striving to increase one’s own abilities and thus motivation
is also changed, which affects the content and direction of children’s activities and stimulates them
in ski training process.
- It is best to conduct ski training program with children using group approach. Ski training
in single- aged group is most favorable for developing competitive spirit, for organizing training
through playing and for children to learn while observing each other. Group at ski school is a place
where children can satisfy their needs for social contacts, develop their functions and different
personality traits.
- One of specific features is presented in selecting the movement tasks which requires adapting
to specific traits, needs and abilities, in accord with children’s age. When choosing the movement
task it is necessary to take into account type of task, difficulty of performing, their number and
duration length.
- Selection of grounds can also affect successfulness in adopting techniques. Adequately chosen
grounds imply graduality in regard to slope, starting from grounds with flat surface, no sloped then
grounds/ terrain with mild sloped and flat slopes down and also ones with medium level of difficulty
depending on elements being taught, accomplished level of ski skills and goals wished for, grounds
which would be safe and protected from negative impact of outside world - environment.
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SpecificIty in Children Ski Training
- Due to children not being able to assess the space it is necessary to set up landmarks -
markers on the training grounds while performing tasks as those would be visual landmarks for
performing certain tasks.
- When working with children, it is necessary to use only/ just terms familiar to children and
well- known, make sure explanations are brief, clear and precise due to children’s lack of ability to
maintain focus and concentration long.
REFERENCES
Andrews, J.C. (1999). From school sport to sporting excellence respecting the rights of minors.
Facta Universitatis Physical Education, 1(6):59-69.
Ilić, B. (1988). Smučanje. NIPRO, ,,Partizan“, Beograd.
Dopsaj, M., Jocić, D., Blagojević, M., Vučković, G. (2004). Validacija različitih ekspertskih
metoda za procenu osnovnog znanja skijanja kod studenata policiske akademije. Bezbednost,
46(2):289-300.
Balsevič, V. K., Zaporožanov, V. A. (1987). Fizičkeskaja aktivnost čeloveka. Zdrovja. Kijev.
Lazarević, Lj. (1987). Psihološke osnove fizičke kulture. IPRO, „ Partizan“, Beograd.
Fraser, B. (2004). Schools skiing programme - Midlothian Snowsports Centre - Benefits to
pupils. Countryside Recreation,  12(3/4).
Lisovskiy, A. (2007). Alpine ski sport and children under school age. Tchaikovsky State
Institute of Physical Education, Russia. International Scientific Conference “10. Sport Kinetics 2007”
- 15 years Jubilee of existing International Association of Sport Kinetics Belgrade, Serbia, pp. 24-26.
Bompa, T.O. (2000.). Total Training for Young Champions, Human Kinetics.
Petošić, I. (2009). Trening dece i mladeži. Sa mreže skinuto 08.10.2009. s: www.skicentar.net
Gallahue, D. L., Ozmun, J. C. (1998). Understanding motor development. McGraw-Hill.
Bačanac, LJ. (2008). Psihološke karakteristike dece i adolescenata. Priručnik za učitelje
smučanja. Seminar za sticanje zvanja instruktora i učitelja smučanja. Beograd.
Goršnik, J. (2002). Neke od značajki programiranja rada s djecom predškolske dobi u alpskom
skijanju. Zbornik radova 11. ljetne škole kineziologa Republike Hrvatske, Findak V. (ur.). Zagreb:
Hrvatski kineziološki savez, 233-35.
Mladenović, D., Ropret, R. (2009). Uloga škole skijanja u procesu socijalizacije dece
predškolskog uzrasta. Fizička kultura. 63(2):267-75.
306
Conference Procedings
UDK 502:796.54
AKTIVNOSTI U PRIRODI U FUNKCIJI ZAŠTITE ŽIVOTNE SREDINE NA
PRIMERU MAPIRANJA DIVLJIH DEPONIJA NA IZLETNIČKOJ TURI
Vladimir Miletić1, Zorica Davidović2, Irina Juhas1
1Fakultet sporta i fizičkog vaspitanja, Univerzitet u Beogradu, Srbija
2Futura - Fakultet za primenjenu ekologiju, Univerzitet Singidunum, Beograd, Srbija
UVOD
Fizičko vežbanje manifestovano kroz programske sadržaje sportskih aktivnosti u prirodi ima
višestruku korist na zdravstveni status korisnika prirode uz povratnu spregu svih pozitivnih faktora
spoljašnje sredine. Aktivnosti u prirodi nije preporučljivo sprovoditi u nezdravom okruženju, zbog
negativnih uticaja na vežbače. Boravak u zdravom okruženju je elementarno pravo svakog čoveka.
Danas je to pravo privilegija pojedinaca koji mogu sebi priuštiti “deo netaknute pirode”
, ako se ista
može naći u takvom obliku. Izuzevši područja koji su kategorisana kao: nacionalni parkovi, parkovi
prirode, zaštićena prirodna dobra i sl, da li nam se uskraćuje mogućnost sprovođenja fizičke aktiv-
nosti u zdravim sredinama? Da li prihvatiti činjenicu i jednostavno zaobići ekološke probleme ili po-
moći u realizaciji njihovog otklanjanja? Na žalost i ove tvrdnje moraju se uzeti sa rezervom. Nijedna
od navedenih zaštićenih kategorija nije pošteđena od tragova “urbanog čoveka”
. Sve je više posetilaca
prirode koji ukazuju na ekološke probleme i njihovu naglu ekspanziju. Da li tražiti uzroke nastanka
ovom zagađenju ili jednostavno to prihvatiti kao trend, koji je možda prolaznog karaktera? Osnovna
ideja ovoga rada je da se ukaže na nastale ekološke probleme i da se isti evidentiraju i prezentuju
kako bi se mogla ustanoviti količina (stepen) zagađenja. Na osnovu ovog saznanja mogu se preduzeti
dalje mere za uklanjanje svega što ne pripada prirodi. Rad je nastao iz potrebe da se pokaže značaj i
upotrebna vrednost stečenih znanja iz oblasti Aktivnosti u prirodi i njihova logična veza sa ostalim
društvenim delatnostima, konkretno sa zaštitom životne sredine.
Slika 1. (Ne)svakidašnji ambijent kao povod za pokretanje akcije mapiranja i rešavanja ekoloških
problema. Fotografija jedne od mapiranih lokacija na teritoriji Miljakovca III sa preciznim geografskim
koordinatama: 44° 43’ 3’’ N 20° 28’ 24’’ E, na kojoj se može uočiti divlja deponija različitog otpada.
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Zbornik radova
Aktivnosti u prirodi u funkciji zaštite životne sredine na primeru mapiranja divljih deponija na izletničkoj turi
Kako bi se studentima (učesnicima ovog istraživanja) približio predmet istraživanja, neophod-
no ih je bilo uputiti u osnovne definicije po pitanju otpadnog materijala. Po Zakonu o upravljanju
otpadom, otpad jeste svaka materija ili predmet sadržan u listi kategorija otpada (Q), koji vlasnik
odbacuje, namerava ili mora da odbaci, u skladu sa zakonom. Otpad se razvrstava prema Katalogu
otpada koji je usklađen sa evropskim katalogom otpada, a u kome je sistematizovano više od 800 vr-
sta otpada, prema delatnostima iz kojih se generiše, tipu otpada, odnosno materijalima ili procesima.
U radu je uzeta u obzir samo klasifikacija otpada, budući da je karakterizacija otpada veoma složen
postupak ispitivanja fizičko-hemijskih, hemijskih i bioloških sastava otpada. Klasifikacija predstavlja
relativno jednostavan postupak razvrstavanja otpada u skladu sa utvrđenom listom otpada. Po pra-
vilu, sav generisan otpad bi trebalo odložiti na za to propisane deponije, a koje predstavljaju interna
ili stalna mesta za odlaganje ili skladištenje otpada. Prema ovoj tvrdnji sve ostale deponije bile bi ile-
galne, odnosno divlje, što znači da su protivzakonite. Na žalost, sve više postajemo svedoci stvaranja
divljih deponija, odnosno odlaganja nesortiranog otpada u prirodni ambijent, a čime se vrši ne samo
degradacija prostora i narušava vizuelni identitet pejzaža, već i stvara pogodno tle za razvoj invaziv-
nih vrsti, potencijalnih prenosilaca zaraza. Ovo su uslovi koji od prirode kreiraju nezdravi ambijent,
zahvaljujući čemu dobijamo sve manje prostora za boravak i kretanje u zdravom okruženju.
Cilj ovog istraživanja je bio da se izvrši pronalaženje i mapiranje divljih deponija na pešačkoj
turi, kako bi nadležni po dobijanju izrađene mape i izveštaja mogli što jednostavnije pronaći i rešiti
nastale eko-probleme.
METOD
U planiranoj izletničkoj turi, u kojoj je učestvovalo 22 učesnika izleta, sprovedeno je namen-
sko orijentaciono kretanje usmereno na pronalaženje i evidentiranje divljih deponija i pojedi-
načnog otpada. Korišćen je metod opservacije terena duž maršrute i metod digitalnog mapiranja
upotrebom sistema za globalno pozicioniranje (GPS) uređaja - Magellan Triton 500 i softvera Navi-
gon (Garmin) instaliranom na telefonu iPhone. Nikako ne treba zanemariti upotrebu topografske
karte kao metoda koji je paralelno pratio digitalno mapiranje, gde su u terenskim uslovima ucrtane
lokacije divljih deponija.
Da bi studenti lakše prihvatili ovaj zadatak date su im instrukcije o načinu kretanja po terenu
uz pomoć GPS uređaja. Osnovni princip rada GPSa je upotreba satelita kao referentnih tačaka za
određivanje pozicije na zemljinoj površini metodom trilateracije (Milojković, 2009). GPS uređaj je od
trenutka komercijalizacije postao dostupan svim njegovim korisnicima i sastavni je deo lične opre-
me za aktivnosti u prirodi, a koristi se i u obrazovnom procesu u okviru redovne nastave predmeta
Aktivnosti u prirodi. Da bi istraživanje bilo kompletirano, dalji koraci posle terenskog rada bili su
upotreba Geografsko informacionih sistema (GIS). GIS predstavlja sistem za upravljanje prostor-
nim podacima i njima pridruženim osobinama. U užem smislu GIS je računarski sistem sposoban za
integrisanje, skladištenje, uređivanje, analizu i prikaz geografskih informacija. U širem smislu GIS je
oruđe „pametne karte“ koje ostavlja mogućnost korisnicima da postavljaju interaktivne upite (istra-
živanja koja stvara korisnik), analiziraju prostorne informacije i uređuju podatke. Tehnologija GISa
može se koristiti za naučna istraživanja upravljanja resursima, imovinsko upravljanje, planiranje ra-
zvoja, prostorno planiranje, kartografiju i planiranje infrastrukture. GIS se često koristi i za potrebe
zaštite životne sredine, u geologiji, građevinarstvu, ali i u svim oblastima koje koriste podatke vezane
za karte i geodeziju uopšte, kao i određenim sportskim sadržajima u prirodi (Jovanović, Đurđev, Sr-
dić, Stankov, 2012). Kao takav, GIS je našao primenu i u sistemu fizičke kulture kako je već ranije u
tekstu navedeno, a na ovom primeru istraživanja na još jedan način jasno je potvrdio svoj značaj. Da
bi GIS funkcionisao takođe je značajno doprinela i globalna elektronska mreža - internet, koja zbog
brzine ažuriranja podataka skraćuje vreme određenih radnji u ovom složenom procesu prikupljanja
i ažuriranja podataka. Posebno za ovo istraživanje i publikovanje podataka veoma je bitna brzina
delovanja, kako bi se u realnom vremenu moglo rešavati dosta zadataka iz oblasti zaštite životne
sredine. Cetl smatra da se za Internet, kao novu platformu, mora naglasiti važnost spremanja i pre-
nosa prostornih podataka, karata i planova. Razvojem web tehnologije promenjen je način isporuke
i obrade prostornih podataka prema korisnicima GISa. Prikazivanje karata, distribucija prostornih
podataka i GIS na Webu već duže vreme doživljavaju različite implementacije na Internetu. U GIS
alatima aktuelna je primena različitih IMS (Internet Map Server) sistema koji mogu interaktivno
vizuelizovati i izrađivati on-line prikaze i posluživati različite vrste prostornih podataka.
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Conference Procedings
Vladimir Miletić, Zorica Davidović, Irina Juhas
Bitnu ulogu u razvoju nacionalne Infrastrukture prostornih podataka (IPP) ima postavlja-
nje prostornih podataka na Internet. Danas sve više postoji potreba za primenom GIS-a u Internet
okruženju. Tehnologije IMS sistema omogućavaju da se dođe do povoljnih GIS klijentskih računara,
a takođe je moguće i višestrano korićenje i pristup aktuelnim podacima. Posledica toga je da time po
prvi put moguće učiniti GIS pristupačan velikom broju korisnika putem Interneta. Pored osnovnih
informacija koje studenti dobiju na obrazovnom programu aktivnosti u prirodi vezanih za orijenta-
ciono kretanje, za potrebe ovog istraživanja pored poznavanja tehnike orijentacije na terenu i ma-
piranja prezentovane su informacije o klasifikaciji otpada. U tabeli 1 je dato dvadeset grupa otpada,
razvrstanih prema važećem nacionalnom Katalogu otpada (“Sl. glasnik RS”
, br. 29/2010). Ova lista
služi kao vodič, odnosno informativnog je karaktera, kako bi se studentima približila problematika
koju obrađuju. Iz tabele za istraživanje je preuzeto samo pet kategorija otpada.
Tabela 1. Mesto i poreklo nastanka otpada
Indeksni
broj
Mesto i poreklo nastanka otpada:
01
Otpadi koji nastaju od istraživanja, iskopavanja iz rudnika ili kamenoloma, i fizičkog i
hemijskog tretmana minerala
02
Otpadi iz poljoprivrede, hortikulture, akvakulture, šumarstva, lova i ribolova, pripreme
i prerade hrane
03
Otpadi od prerade drveta i proizvodnje papira, kartona, pulpe, panela i nameštaja
04
Otpadi iz kožne, krznarske i tekstilne industrije
05
Otpadi od rafinisanja nafte, prečišćavanja prirodnog gasa i pirolitičkog tretmana uglja
06
Otpadi od neorganskih hemijskih procesa
07
Otpadi od organskih hemijskih procesa
08
Otpadi od proizvodnje, formulacije, snabdevanja i upotrebe premaza (boje, lakovi i
staklene glazure), lepkovi, zaptivači i štamparska mastila
09
Otpadi iz fotografske industrije
10
Otpadi iz termičkih procesa
11
Otpadi od hemijskog tretmana površine i zaštite metala i drugih materijala;
hidrometalurgija obojenih metala
12
Otpadi od oblikovanja i fizičke i mehaničke površinske obrade metala i plastike
13
Otpadna ulja i otpadi tečnih goriva (osim jestivih ulja i onih u grupama 05, 12 i 19)
14
Otpadi od organskih rastvarača, sredstava za hlađenje i potisnih gasova (osim 07 i 08)
15
Otpadi od ambalaže; apsorbenti, krpe za brisanje, materijali za filtriranje i zaštitne
tkanine, ako nije drugačije specificirano
16
Otpadi koji nisu drugačije specificirani u katalogu
17
Građevinski otpad i otpad od rušenja (uključujući i iskopanu zemlju sa kontaminiranih
lokacija)
18
Otpadi iz objekata u kojima se obavlja zdravstvena zaštita ljudi i životinja i/ili s tim
povezanog istraživanja (isključujući otpad iz kuhinja i restorana koji ne dolazi od
neposredne zdravstvene zaštite)
19
Otpadi iz postrojenja za obradu otpada, pogona za tretman otpadnih voda van lokacije
nastajanja i pripremu vode za ljudsku potrošnju i korišćenje u industriji
20
Komunalni otpadi (kućni otpad i slični komercijalni i industrijski otpadi), uključujući
odvojeno sakupljene frakcije
Takođe, za potrebe ovog istraživanja izrađen je anketni list - Eko-izveštaj, posebno konstru-
isana (prilagođena) anketa za potrebe konkretnog istraživanja, sa podacima o klasifikaciji, količini i
koordinatama za lako pronalaženje i uklanjanje evidentiranih deponija na eksperimentalnoj ruti. Na
drugoj strani izveštaja planirana je da se unese mapa lokacije na kojoj su evidentirane crne tačke. U
Eko-izveštaj učesnici ture evidentirali su sve neophodne podatke od ekološkog značaja, a deo koji se
odnosi na klasifikaciju otpada unesen je zahvaljujući podacima iz tabele 1. Eko-izveštaj je napravljen
tako da bude jednostavan, precizan i informativan, kako bi bio od koristi službama čiji je zadatak
pronalaženje i uklanjanje navedenih problema.
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Aktivnosti u prirodi u funkciji zaštite životne sredine na primeru mapiranja divljih deponija na izletničkoj turi
Tabela 2. Popunjeni Eko-izveštaj posete prirodi
EKO-IZVEŠTAJ POSETE PRIRODI
Lokacija otpada
Klasifikacija otpada
Količina otpada
Individualno opažanje
rb
Koordinate:
Plastika, šut, drvo,
staklo, metal, hemijske
supstance …
Zauzimanje
zemljišta po m2
Blizina objekata,
industrijskih
postrojenja, vodotokova
…
1
44 45 25 N
20 26 19 E
Plastične flaše
2
44 45 22 N
20 26 25 E
Građevinski materijal
3
44 45 21 N
20 26 27 E
Građevinski materijal
4
44 45 22 N
20 26 27 E
Plastične flaše
5
44 45 24 N
20 26 33 E
Ambalaža motornog
ulja
6
44 44 59 N
20 27 21 E
Deponija raznog
otpada
7
44 44 27 N
20 27 48 E
Razna plastika
8
44 44 25 N
20 27 47 E
Deponija raznog
otpada
9
44 43 34 N
20 28 21 E
Deponija raznog
otpada
10 44 43 31 N
20 28 24 E
Deponija raznog
otpada
11 44 43 30 N
20 28 41 E
Građevinski materijal
12 44 43 43 N
20 29 33 E
Drveni otpad
13 44 42 22 N
20 30 25 E
Zatvorene odložene
kese
14 44 41 39 N
20 30 36 E
Ostaci pojedinačnog
otpada
Napomena
U izveštaju se pojavljuje više lokacija zbog karaktera posete prirodi, koja je organizovana kao
pešačka tura. Na pešačkoj turi pređeno je 16 km, na kojoj je uočeno i evidentirano 14 divljih
deponija. Cilj pešačke ture prvenstveno je bio pronalaženje i evidentiranje deponija.
Svrha posete prirodi
Pešačka tura
Datum podnošenja izvešaja
08. IX 2015.
Podnosilac izveštaja
Vladimir Miletić
Izveštaj preuzeo
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Conference Procedings
Vladimir Miletić, Zorica Davidović, Irina Juhas
REZULTATI SA DISKUSIJOM
Na osnovu izvršene opservacije terena kroz koji se kretala pešačka maršruta dužine 16 km,
evidentirano je ukupno 14 divljih deponija različitog otpada, čije su koordinate precizno unete u
gore navedeni izveštaj, a iz izveštaja ucrtane u mapu. Ova mapa je precizno urađena metodom izrade
preciznih karti za orijentaciona takmičenja prema standardnim uputstvima (Гърков,Владимиров,
Педев, 2009).
Slika 2. Aero foto snimak - mapa maršrute sa 14 evidentiranih divljih deponija, izrađena zahvaljujući
podacima unetim iz Eko-izveštaja
Tura se odvijala na teritoriji tri beogradske opštine i na njima se pronašlo: 4 deponije na Ču-
karici, 3 u Rakovici i 7 na Voždovcu. Kada bi se evidentirane deponije raspodelile pravilno na ovoj
ruti dolazi se do zaključka da bi na svakih 1142m nalazila po jedna divlja deponija. Najinteresantniji
podatak je da se sav otpad odlagao uglavnom na “najskrivenijim” mestima prirode: u Košutnjaku,
Miljakovačkoj šumi, šumi spomen parka Jajinci i na Avali, što se može uočiti posmatranjem slike.
Budući da je evidentirani uzorak mali statistička obrada podataka ne bi dala validne rezultate,
te je ovo istraživanje pilot istraživanje koje bi tebala vršiti svaka lokalna zajednica, a shodno tome da
statistički obradi podatke i rešava probleme iz ovoga domena.
Cilj je da Eko-izveštaji postanu praksa svih korisnika prirode bez obzira na njihovu delatnost,
a kako bi lokalna zajednica imala jasnu ekološku sliku u nadležnosti svoje teritorije. Kao rezultat
istraživanja realizovanog u terenskim uslovima na turi dužine od 16 km evidentirano je ukupno 14
divljih deponija, sa različitim sadržajima otpada ubeleženih u Eko-izveštaj. Posle završene opser-
vacije na terenu podaci iz izveštaja uneti su u topografsku kartu i uz pomoć tehnologije geografsko
informacionog sistema (GISa) napravljena je digitalizovana baza podataka. Izrađena mapa je predata
nadležnim institucijama, čiji je zadatak dalje rešavanje evidentiranog problema, nakon čega će slediti
nastavak prakse mapiranja deponija na drugim aktivnostima koje se odvijaju u prirodi.
Ono što je primarni zadatak u okviru vaspitno-obrazovnog procesa, jeste da se nove genera-
cije vaspitavaju i usmeravaju na jedini mogući put razvoja svesti pre svega, preko jačanja kolektivne
ekološke inteligencije, a kako bi oni dalje svojim naslednicima ostavili čist i bezbedan životni prostor.
Stoga, naš osnovni zadatak jeste pravilna edukacija kako bi mladi ljudi bili u mogućnosti da spozna-
ju sopstvene i tuđe uticaje na životnu sredinu, čime bi bili podstaknuti da promišljaju o mogućim
poboljšanjima te na kraju bili i osposobljeni da stečeno znanje primene, podele i prenesu drugima.
Fizička kultura posredstvom aktivnosti u prirodi kao integralnog dela svih njenih entiteta, raspolaže
moćnim “akademskim oružjem” za ovu borbu iz koje mora izaći kao pobednik.
Svi oblici edukacije u prirodi, a posebno kretnih aktivnosti, zahtevaju čisto i zdravo okruženje
neskrnavljeno otpadom, a na nama je da ovo okruženje sačuvamo u izvornom obliku. Ako nismo
u stanju da sprečimo proces uništavanja prirode, onda je naša moralna dužnost da se isti uspori,
kako bi imali dovoljno vremena da razmislimo na koji način se dalje kretati ka budućnosti. Na slici
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Zbornik radova
Aktivnosti u prirodi u funkciji zaštite životne sredine na primeru mapiranja divljih deponija na izletničkoj turi
3 prikazana je fotografija jedne od mapiranih lokacija na teritoriji Košutnjaka sa preciznim geo-
grafskim koordinatama: 44° 45’ 24’’ N 20° 26’ 33’’ E na kojoj se može uočiti plastična ambalaža za
skladištenje motornog ulja (indeksni brojevi 13 i 15 iz tabele 1.). Po klasifikaciji ovaj otpad smatra se
toksičnim otpadom.
Slika 3. Uobičajeni detalji na fotografijama pejzaža - na prvi pogled bezazlen
ZAKLJUČAK
Zaštita životne sredine nije samo “dodatak” koji je razvijen kao odgovor na aktuelne probleme,
već suštinska i osnovna odgovornost koja se mora uzeti u obzir u svakom trenutku od strane svih.
Područja pod bilo kojim stepenom zaštite ukazuju na odnos prema prirodnom okruženju,
odnosno kada bi stepen ekološke inteligencije bio viši svi ti zakoni bi bili nepotrebni. Duž izletničke
ture, budući da su imali zadatak da izvrše opservaciju terena, studenti su obraćali pažnju na smeće
i deponije, a koje u redovnoj turi ne bi toliko primećivali. Opažanjem eko problema i njegovo loka-
lizovanje probudilo je svest studenata, kao i želju da pomognu u rešavanju istih. To jeste samo prvi
stepenik, ali prvi i najbitniji korak u rešavanju ekoloških problema.
Iz istraživanja može se zaključiti da se većina deponija nalazi upravo u samom srcu prirode,
najverovatnije zbog “najsigurnijeg skrivanja” od zakona koji se tiče odlaganja otpada. Količinski naj-
zastupljeniji je građevinski otpad za čije se odlaganje verovatno mora izdvojiti više finansijskih sred-
stava, pa je shodno tome najekonomičniji način odlaganja upravo na datim lokacijama.
Kako bi se podigao nivo ekološke osvešćenosti, neophodno je na svim obrazovnim nivoima
i kroz sve predmete uključiti osnove nauke u životnoj sredini, naravno, prilagođene različitim uz-
rastima i nastavnom programu. Kako bismo uspešno implementirali željeni deo nauke o životnoj
sredini u određeni nastavni program, neohodno je probuditi zainteresovanost, te motivaciju kako
bi se studenti uključivali ili čak osmišljavali sopstvene akcije vezane za poboljšanje životne sredine.
Obrazovanje koje promoviše svest “sveta” i razumevanje da postoji veza između svih sastavnih
delova životne sredine, stvoriće uslove za ujedinjenje čovečanstva u cilju stvaranja adekvatnih odgo-
vora na sve ekološke i razvojne izazove. Ekologiju kao naučnu disciplinu koja proučava međusobne
odnose živih bića i spoljašnje sredine trebalo bi posmatrati više kao životnu filozofiju i na taj način
je prezentovati budućim generacijama koje treba obrazovati u duhu zaštite životne sredine, što će
svakako uticati na podizanje nivoa svesti na viši nivo i aktuelne probleme ostaviti iza sebe negde
daleko na “otpadu istorije”
.
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Vladimir Miletić, Zorica Davidović, Irina Juhas
LITERATURA
Гърков, В., Владимиров, В., Педев., Т. (2009). Изработване на карти за ориентиране. НСА,
Васил Левски, Софъя
Đarmati, A.Š. (2008). Menadžment otpada. Fakultet za primenjenu ekologiju - Futura, Beo-
grad
Davidović, Z., Miletić, V. (2014). Razvoj sportskog turizma u dolini reke Gradac kao kompo-
nenta ruralnog razvoja. Međunarodna naučna konferencija FISEC 14, Novi Sad
Davidović, Z., Miletić, V., Đorđević, S., Cvetković, D. (2014). Devastirane lokacije kao „bro-
wnfield lokacije“ za razvoj avanturističkog turizma kao komponenta podsticaja ruralnog razvoja,
Internacionalna konferencija ECOIDS, Beograd
Jovanović, V., Đurđev, B., Srdić, Z., Stankov, U. (2012). Geografski informacioni sistemi. Sin-
gidunum, Beograd
Milojković, B. (2009). Policijska topografija. Kriminalističko-policijska akademija, Beograd
Službeni glasnik RS, br. 29/2010
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UDK 502:796.54
OUTDOOR ACTIVITIES IN FUNCTION OF ENVIRONMENT
PROTECTION ON EXAMPLE OF MAPPING ILLEGAL DUMPS ALONG THE
HIKING TOUR
Vladimir Miletić1, Zorica Davidović2, Irina Juhas1
1Faculty of sport and physical education, University in Belgrade, Serbia
2Futura - Faculty for applied ecology, University Singidunum, Belgrade, Serbia
INTRODUCTION
Physical exercise manifested through the program of sports activities in nature has multiple
benefits on the health status of the beneficiaries of nature with all the positive feedback on the
environmental factors. It is not advisable to carry out activities in nature in an unhealthy environment,
due to the negative impact on practitioners. Staying in a healthy environment is a fundamental right of
every man. Today it is a real privilege of individuals who can afford “part of the pristine inner nature”
, if
it can be found in such a form. Except in areas that are categorized as: national parks, parks of nature,
protected areas, etc., are we denied the possibility of implementation of physical activity in a healthy
environment? Shall we just accept this and just bypass the eco-problems or assist in the realization of
its elimination? Unfortunately, these claims should be taken with a pinch of salt. None of the above
protected categories are free from traces of “urban man”
. More and more visitors of nature point
to environmental problems and their rapid expansion. Shall we look for the causes of this pollution
occurrence or simply accept it as a trend, which may be transient? The basic idea of
this paper is to
point to the emerging environmental problems and that the same recorded and presented in order to
determine the volume (level) of pollution. Based on this knowledge further measures may be taken
to remove everything that does not belong to nature. The work arose from the need to demonstrate
the importance of using values of the acquired knowledge in the field of outdoor activities and their
logical connections with other social sectors, in particular environmental protection.
Figure 1. (Un)usual environment as a pretext for taking action of mapping and solving environmental
problems. Photo of one of the mapped locations in Miljakovac III with precise geographical coordinates:
44° 43’ 3’’ N;  20° 28’ 24’’ E, which can be seen wild dumps of various wastes.
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Vladimir Miletić, Zorica Davidović, Irina Juhas
In order to bring the subject of research closer to students (participants of this study), they need
to be addressed in the basic definitions concerning waste materials. According to the Law on Waste
Management, the waste is any substance or object in the list of categories of waste (Q), which the holder
discards or intends or is required to discard, in accordance with the law. Wastes are classified according
to the Waste Catalogue, which is compliant with the European waste catalogue, in which more than
800 types of waste are systematized, according to the industry which generates it, the type of waste or
materials or processes. The work has taken into account only classification of waste, since the waste
characterization means very complex procedure tests of physical-chemical, chemical and biological
composition of the waste. Classification is a relatively simple procedure of classifying waste according to
the accepted list of waste. As a rule, all generated waste should be disposed of in the appropriate waste
disposal site, which are internal or permanent sites for the disposal or storage of waste. According to this
statement, all other landfill sites would be illegal, or wild, which means they are unlawful.
Unfortunately, we witness more and more creation of illegal dumps or disposal of unsorted
waste in the environment, and consequently not only the degradation of space but also of visual identity
of the landscape, and this creates a favorable environment for the development of invasive species,
potential carriers of infection. These are the conditions that created an unhealthy atmosphere from
nature, thanks to which we get less and less space for living and moving in a healthy environment.
The aim of this study was to carry out and mapping illegal dumps within walking tour, in order
for competent authorities upon receipt of folders to easier find and remove the ecological problems.
METHOD
Within the hiking tour attended by 22 participants, goals were finding and recording of illegal
dumps and individual waste. We have used the method of observation field (route) and the method of
digital mapping using GPS devices - Magellan Triton 300 and Navigon software installed on iPhone.
The use of topographic maps should not be ignored as a method that is parallel followed
digital mapping, where in the field conditions locations of illegal dumps are plotted.
In order to make students more easily accept this task instructions are given about how to get
around on the field with the help of GPS devices. The basic principle of operation of GPS is to use
satellites as reference points to determine the position on the Earth’s surface by method of trilateration
(Milojkovic, 2009). GPS unit, from the moment of its commercialization, became available to all its
customers and is an integral part of the personal equipment for outdoor activities, and is also used
in the educational process within the regular curriculum in the course of outdoor activities.To study
was completed, further steps after the field work were the use of geographical information systems
(GIS). GIS is a system for managing spatial data and their associated properties. In a narrow sense,
GIS is a computer system capable of integrating, storing, editing, analysis and display of geographic
information. In a broader sense, GIS is a tool of “smart cards” which leaves the possibility for users
to ask interactive queries (user created surveys), analyse the spatial information and edit data. GIS
technology can be used for scientific research of resource management, property management,
development planning, urban planning, mapping and infrastructure planning. GIS is often used for
environmental purposes, in geology, civil engineering, but also in all areas used by the data related to
maps and surveying in general and certain sports activities in nature (Jovanovic Djurdjev, Srdic Stankov,
2012). As such, GIS has been applied in the system of physical culture as already indicated above,
and in this case of research is on another way clearly confirmed its importance. To GIS function also
significantly contributed the global electronic network - the Internet, that because of the speed data
update shortens the time of certain operations in the complex process of collecting and updating data.
Specifically for the study and publication of data speed of action is very important, in order to solve in
real-time a lot of tasks in the field of environmental protection. Cetl considers that the Internet, as a new
platform, must emphasize the importance of saving and transfer of spatial data, maps and plans. The
rise of Web technologies have changed the way of delivery and processing of spatial data by GIS users.
Displaying maps, distribution of spatial data and GIS on the Web for a long time perceived different
implementations on the Internet. In the current GIS tools various IMS (Internet Map Server) system
are used that can be interactively visualized, with created online accounts and they serve different types
of spatial data. An important role in the development of national spatial data infrastructure (NSDI)
has set up data to the Internet. Today more and more there is a need for the application of GIS in the
Internet environment. IMS technology enables to reach a favorable GIS client computers, and it is
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Outdoor Activities in Function of Environment Protection on Example of Mapping Illegal Dumps along the Hiking Tour
possible multilaterally easy manage and access to current information. Consequently, for the first time
is possible to make GIS accessible to a large number of users over the Internet.
Besides the basic information that students receive within educational program of outdoor activities
related to the tentatively movement, for the purpose of this research besides techniques of land navigation
and mapping information about the classification of waste was presented. In the Table 1 is given twenty
groups of waste, classified according to the National Waste Catalogue (“Off. Gazette of RS”
, no. 29/2010).
This list serves as a guide, and for information only, in order to approach the issues to students that they
deal with. From the table for exploration only five categories of waste have been downloaded.
Table 1. Location and origin of waste generation
Index no.
Location and origin of waste generation
01
Wastes generating from exploration, mining, and quarrying, and physical and
chemical treatment of minerals
02
Wastes from agriculture, horticulture, aquaculture, forestry, hunting and fishing,
food preparation and processing
03
Wastes from wood processing and the production of paper, cardboard, pulp, panels
and furniture
04
Wastes from the leather, fur and textile industries
05
Wastes from petroleum refining, natural gas purification and pyrolytic treatment of coal
06
Wastes from inorganic chemical processes
07
Wastes from organic chemical processes
08
Wastes from the manufacture, formulation, supply and use of coatings (paints,
varnishes and vitreous enamels), adhesives, sealants and printing inks
09
Wastes from the photo industries
10
Wastes from thermal processes
11
Wastes from chemical surface treatment and coating of metals and other materials;
non-ferrous hydrometallurgy
12
Wastes from shaping and physical and mechanical surface treatment of metals and plastics
13
Oil wastes and wastes of liquid fuels (except edible oils, and those in groups of 05, 12
and 19)
14
Wastes from organic solvents, coolants and propellant gases (except 07 and 08)
15
Waste from packaging; absorbents, wiping cloths, filter materials and protective
clothing not otherwise specified
16
Wastes that not otherwise specified in the catalog
17
Construction waste and demolition wastes (including excavated soil from
contaminated sites)
18
Effluent from facilities that provide health care for humans and animals and / or
related research (excluding waste from the kitchen and restaurant that not arising
from immediate health care)
19
Wastes from waste treatment plants, plants for treatment of waste water off site and
the preparation of water for human consumption and industrial use
20
Municipal wastes (household waste and similar commercial, industrial and
institutional wastes) including separately collected fractions
Also, for the purposes of this study has been prepared a questionnaire - Eco-report, specially
constructed (adjusted) survey for the needs of specific studies, with data on the classification, quantity
and coordinates for easy finding and removing the registered landfills in the experimental route. On the
other side of the report is planned to enter map of location where they are registered black dots. The
Eco-tour report participants recorded all the necessary information from the environmental aspect,
and the part that refers to the classification of waste is entered, thanks to the data from table 1.
Eco-report is designed to be simple, accurate and informative, in order to be of use to agencies
whose task is to find and remove these problems.
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Vladimir Miletić, Zorica Davidović, Irina Juhas
Table 2. A completed Eco-report of the visit to nature
ECO-REPORT OF THE VISIT TO NATURE
Location of waste
Waste classification
Quantity of waste
Individual observation
no. Coordinates:
Plastic, rubble, wood,
glass, metal, chemical
...
Occupation of land
per m2
The proximity of
facilities, industrial
plants, waterways...
1
44 45 25 N
20 26 19 E
Plastic bottles
Construction material
2
44 45 22 N
20 26 25 E
Construction material
3
44 45 21 N
20 26 27 E
Construction material
4
44 45 22 N
20 26 27 E
Plastic bottles
5
44 45 24 N
20 26 33 E
Packaging of engine oil
6
44 44 59 N
20 27 21 E
Landfills
7
44 44 27 N
20 27 48 E
Various plastics
8
44 44 25 N
20 27 47 E
Landfills
9
44 43 34 N
20 28 21 E
Landfills
10 44 43 31 N
20 28 24 E
Landfills
11 44 43 30 N
20 28 41 E
Construction material
12 44 43 43 N
20 29 33 E
Wood waste
13 44 42 22 N
20 30 25 E
Closed delayed bags
14 44 41 39 N
20 30 36 E
The remains of a
single waste
Notes
In the report multiple locations appear due to the nature of trips to nature, which is organized
as a walking tour. Within walking tour we have travelled 16km, where is observed and recorded
14 illegal dumps. The goal of walking tours was primarily to find and record landfills.
The purpose of the visit to nature
Walking tour
Date of reporting
08. IX 2015.
Report submitted by
Vladimir Miletic
Report taken by
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Outdoor Activities in Function of Environment Protection on Example of Mapping Illegal Dumps along the Hiking Tour
RESULTS WITH DISCUSSION
Based on the observations of terrain through which ranged tracking route length of 16km,
there were recorded a total of 14 illegal dumps of various wastes, whose coordinates are accurately
entered in the above report, and from the report drawn in the map. This map is accurately done by
the method of making precise maps for orientation competition according to standard guidelines
(Гърков,Владимиров, Педев, 2009).
Figure 2. Aerial footage - map of route with 14 registered illegal dumpsites, made thanks to the data
entered from the Eco-report
The tour took place on the territory of three Belgrade municipalities and in them is found:
4 landfill in Cukarica, Rakovica 3 and 7 in Vozdovac. If the registered landfill distributed properly
on this route leads to the conclusion that every 1142m there was one single wild landfill. The most
interesting fact is that all waste deposited mainly on the “most hidden” places in nature in Kosutnjak,
forest of Miljakovac, rustles memorial park Jajinci and Avala, which can be seen by observing the
images.
Since the recorded sample is small, statistical analysis of the data would not give valid results, so
this research is a pilot study that should be performed by every local community and, consequently,
to make the statistical processing of data and solve problems in this domain.
The aim is that Eco-statements enters into practice of all nature users regardless of the nature
of their activities, and to provide the local community with a clear environmental picture in the
competence of its territory. As a result of research conducted in field conditions on the tour length
of 16km there were a total of 14 illegal dumps containing various waste recorded in Eco-report.
After completion of field observation, data from the reports are entered in the topographic map and
with the help of technology of geographic information system (GIS) is made digitized databases.
Made folders are handed over to the competent institutions, whose task is to continue solving the
problems recorded, after which will follow the continuation of the practice of mapping landfills in
other activities that take place in nature.
The primary task within the educational process, is to educate the new generation and route
them to the only possible way of development of consciousness, primarily through strengthening
of collective ecological intelligence, in order to left to their successors a clean and safe living
environment. Therefore, our main objective is the proper education so that young people could be
able to recognize their own and other people’s impact on the environment, which could encouraged
them to reflect on possible improvements and at the end and were able to apply their knowledge, and
share to others. Physical culture through outdoor activities as an integral part of all its entities, has a
powerful “academic weapon” for this fight, which shall emerge victorious.
All forms of education in nature, and especially of movement activities, require a clean and
healthy environment unpolluted by waste, and up to us to preserve this environment in its original
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Vladimir Miletić, Zorica Davidović, Irina Juhas
form. If we are not able to stop the process of destruction of nature, it is our moral duty to the same
slow down, in order to have sufficient time to consider how to continue to move towards the future.
Figure 3 shows a photograph of one of the mapped locations in Kosutnjak with precise geographical
coordinates: 44° 45’ 24’’ N; 20° 26’ 33’’ E, where one can see plastic containers for the storage of motor
oil (index numbers 13 and 15 in Table 1). By classification this waste is considered as toxic waste.
Figure 3. Typical details in the photographs of landscapes - on the first sight harmless
CONCLUSION
Environmental protection is not just an „add”
, which was developed in response to the current
problems, but fundamental and basic responsibility that must be taken into consideration at all times
by all.
Areas with any degree of protection indicates the relationship to the environment, or if the
level of environmental intelligence was higher all these laws would be unnecessary. Along the tour,
since it had the task to carry out observation of the field, students are paying attention to garbage
dumps, what in a regular tour would not be noticed that much. By observing ecological problems
and its localization has raised the awareness of students, as well as a desire to help in solving them.
This is only the first step, but the first and most important step in solving environmental problems.
From the research it can be concluded that most of the landfill is located just in the heart of
nature, probably because of the “safest hiding” of the laws concerning the disposal of waste. The most
common, by volume, is the construction waste whose disposal is likely to allocate more financial
resources, and is therefore the most economical way to dispose precisely at these sites.
In order to raise the level of environmental awareness, it is necessary at all educational levels
and through all subjects to include fundamentals of the environmental science, of course, adapted
to different age groups and teaching program. In order to successfully implement the desired part of
the environmental science in a particular curriculum, it is necessary to raise awareness in order to
motivate the students to involve or even devising its own shares related to the improvement of the
environment.
Education that promotes awareness of the “world” and an understanding that there is a
connection between all components of the environment, will create conditions for the unification of
mankind in order to create adequate response to all the environmental and development challenges.
Ecology as a scientific discipline that studies the interrelations of living beings and the external
environment should be seen more as a philosophy of life and thus the present to future generations
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Zbornik radova
Outdoor Activities in Function of Environment Protection on Example of Mapping Illegal Dumps along the Hiking Tour
that should be educated in the spirit of environmental protection, which will certainly have impact
on raising awareness to a higher level and current problems left behind somewhere in the “waste of
history.
”
REFERENCES
Гърков, В., Владимиров, В., Педев., Т. (2009). Изработване на карти за ориентиране. НСА,
Васил Левски, Софъя
Đarmati, A.Š. (2008). Menadžment otpada. Fakultet za primenjenu ekologiju - Futura, Beograd
Davidović, Z., Miletić, V. (2014). Razvoj sportskog turizma u dolini reke Gradac kao
komponenta ruralnog razvoja. Međunarodna naučna konferencija FISEC 14, Novi Sad
Davidović, Z., Miletić, V., Đorđević, S., Cvetković, D. (2014). Devastirane lokacije kao
„brownfield lokacije“ za razvoj avanturističkog turizma kao komponenta podsticaja ruralnog razvoja,
Internacionalna konferencija ECOIDS, Beograd
Jovanović, V., Đurđev, B., Srdić, Z., Stankov, U. (2012). Geografski informacioni sistemi.
Singidunum, Beograd
Milojković, B. (2009). Policijska topografija. Kriminalističko-policijska akademija, Beograd
Službeni glasnik RS, br. 29/2010
320
Conference Procedings
UDK 796.83.015.8
ANALIZA TAKMIČARSKE AKTIVNOSTI VRHUNSKIH KIK BOKSERA U
OKVIRU MEĐUNARODNIH TAKMIČENJA
Feđa Piščević1, Dejan Gavrilović1, Milivoj Dopsaj1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Veliki uticaj na razvoj kik boksa u svetu imali su “stariji” borilački sportovi na bazi udaraca i
to - engleski boks, francuski boks-savate, kao i grupa srodnih „istočnjačkih“ borilačkih sportova –
karate i tajlandski boks. Upravo pioniri tj. prvi takmičari kik boksa potiču iz navedenih sportova.
Jednostavnost pravila, atraktivnost i efikasnost tehnike u takmičarskoj borbi privukli su veliki broj
majstora različitih udaračkih sportova da učestvuju u kik boks takmičenjima. Početak devedesetih
godina 20. veka predstavlja snažan razvoj borbe sa K1 pravilima, discipline kik boksa koja je dala
značajan doprinos popularizaciji kik boksa u svetu. Danas je ovaj sport rasprostranjen u svim seg-
mentima fizičke kulture: kao takmičarski sport, kao rekreativni sport i kao sadržaj specijalnog fizič-
kog vaspitanja među pripadnicima vojske i policije (Blagojević, Vučković i Dopsaj, 2009).
Na osnovu takmičarskih rezultata na mađunarodnom nivou u Srbiji kik boks se ubraja u naj-
trofenije sportove. U ringovnim disciplinama kik boksa K1 pravila i lou kik reprezentativci Srbije su
redovno visoko plasirani na svim međunarodnim takmičenjima. Takmičarska aktivnot kao najveća
specifičnost trenažnog procesa je ogledalo ukupne efikasnosti realizovanog treninga kik boksera. S
tim u vezi grupa autora je odredila zadatak analize takmičarske aktivnosti vrhunskih kik boksera.
Takmičarska aktivnost u različitim sportskim granama uslovljena je karakteristikama tih grana. U
manje složenim, monostrukturnim cikličnim sportovima, istraživanja takmičarske aktivnosti su relativ-
no jednostavnija. S druge strane, polistrukturne i kompleksne sportske grane, znatno su teže za ovakve
vrste istraživanja. Među njima posebno mesto zauzimaju borilački sportovi.  Ove sportove karakterišu
variranje inteziteta, promene tempa i ritma borbe, promene nivoa nervno-mišićnog naprezanja, smene
aktivnih i pasivnih faza, dinamičke promene u sportisti, njegovoj okolini i u njegovom protivniku...
METOD
Prikupljanje podataka je izvršeno primenom notacione metode tj. metode evidetiranja doga-
đaja, odnosno analizom snimaka finalnih borbi u navedenim kategorijama kik boksa sa Evropskog
prvenstva (Bilbao-Španija 2014.) i Evropskog kupa (Beograd 2014. i 2015.). S obzirom da nema uti-
caja na ispitivanu pojavu, nego je samo ispitan uzorak rezultata dobijenih u realnim uslovima, ovo
istraživanje ima karakteristike EX-POST-FACTO nacrta.
Istraživanje je sprovedeno na uzorku od 20 takmičara vrhunskog nivoa u dve ženske (60 i 65
kg) i tri muške težinske kategorije (63.5, 71 i 91 kg). Ukupno je analizirano deset borbi i to četiri
ženske i šest muških parova. Za potrebe rada analizirani su sledeći elementi takmičarske aktivnosti:
•	broj udaraca ručnim tehnikama
•	broj udaraca nožnim tehnikama
•	ukupan broj udaraca
•	aktivni deo borbe
•	pasivni deo borbe
321
Zbornik radova
Analiza takmičarske aktivnosti vrhunskih kik boksera u okviru međunarodnih takmičenja
Posebno su upoređeni rezultati istraživanja ostvareni na različitim takmičenjima. Dobijeni
rezultati u okviru svakog analiziranog elementa, predstavljeni su preko brojčanih i procentualnih
vrednosti u odnosu na ukupnu učestalost registrovanih elemenata. U ovoj tezi su korišćene statistič-
ke procedure iz oblasti deskriptivne statistike, distirbucija frekvencija koja je prikazana numerički,
uz korišćene tabela. Od deskriptivnih statističkih procedura u ovom radu su primenjene metode za
dobijanje vrednosti centralne tendencije koju čini aritmetička sredina kojom započinje statističko
izračunavanje. Rezultati su prikazani u apsolutnim vrednostima.
REZULTATI SA DISKUSIJOM
U Tabeli 1 prikazani su numerički i procentualni pokazatelji broja ručnih i nožnih udaraca kod
muških takmičara u borbama na Evropskom kupu u Beogradu 2014.  Dobijeni rezultati pokazuju da je
prosečan broj udaraca rukom u sve tri runde 7.44 što procentualno iznosi 40.09% u odnosu na ukupan
broj udaraca zadatih u toku borbe. Prosečan broj udaraca nogom je 10.71 što procentualno iznosi 59.04
% u odnosu na ukupan broj zadatih udaraca u toku borbe. Broj udaraca nogom čini nepunih 60% od
ukupnog broja udaraca što ukazuje na veću zastupljenost nožnih udaraca u odnosu na ručne.
Tabela 1. Prosečni numerički i procentualni pokazatelji ručnih i nožnih udaraca u odnosu na uku-
pan broj udaraca u toku rundi na Evropskom kupu u Beogradu (konkurencija muškaraca)
Udarci zadati ručnom i nožnom tehnikom
srednja vrednost
procenat u odnosu na
ukupan broj udaraca
Broj udaraca rukom u prvoj rundi
7.83
43.10
Broj udaraca rukom u drugoj rundi
7.33
40.74
Broj udaraca rukom u trećoj rundi
7.16
39.02
Srednja vrednost ručnih udaraca u svim rundama
7.44
40.09
Broj udaraca nogom u prvoj rundi
10.33
56.90
Broj udaraca nogom u drugoj rundi
10.66
59.26
Broj udaraca nogom u trećoj rundi
11.16
60.98
Srednja vrednost nožnih udaraca u svim rundama
10.71
59.04
U Tabeli 2 prikazani su numerički i procentualni pokazatelji broja ručnih i nožnih udaraca
kod muških takmičara u borbama na Evropskom prvenstvu u Bilbaou, Španija.  Dobijeni rezultati
pokazuju da je prosečan broj udaraca rukom u sve tri runde 9.83 što procentualno iznosi 38.16 %
u odnosu na ukupan broj udaraca zadatih u toku borbe. Prosečan broj udaraca nogom je 15.94 što
procentualno iznosi 61.83 % u odnosu na ukupan broj zadatih udaraca u toku borbe.  Broj udaraca
nogom čini više od 60% od ukupnog broja udaraca što ukazuje na veću zastupljenost nožnih udaraca
u odnosu na ručne.
Tabela 2. Prosečni numerički i procentualni pokazatelji ručnih i nožnih udaraca u odnosu na ukupan broj
udaraca u toku rundi na Evropskom prvenstvu u Bilbaou, Španija 2014. godine (konkurencija muškaraca)
Udarci zadati ručnom tehnikom
Srednja vrednost
procenat u odnosu na
ukupan broj udaraca
Broj udaraca rukom u prvoj rundi
9.00
38.86
Broj udaraca rukom u drugoj rundi
11.00
38.82
Broj udaraca rukom u trećoj rundi
9.50
36.82
Srednja vrednost ručnih udaraca u svim rundama
9.83
38.16
Broj udaraca nogom u prvoj rundi
14.16
61.14
Broj udaraca nogom u drugoj rundi
17.33
61.18
Broj udaraca nogom u trećoj rundi
16.33
63.18
Srednja vrednost za sve runde
15.94
61.83
322
Conference Procedings
Feđa Piščević, Dejan Gavrilović, Milivoj Dopsaj
Upoređujući rezultate analize takmičarske aktivnosti vrhunskih kik boksera na Evropskom
kupu u Beogradu 2014. i 2015. i Evropskom prvenstvu u Bilbaou, Španija 2014. uočava se razlika u
proseku broja udaraca ručnom ali i nožnom tehnikom. Iako je procentalna zastupljenost ručnih u
odnosu na nožne tehnike na oba takmičenja bila približna, učesnici Evropskog prvenstva u Bilbaou,
Španija 2014. bili su aktivniji te su u napadima realizovali veći broj udaraca. Procentalna zastuplje-
nost ručnih i nožnih tehnika na oba takmičenja je približna.
U Tabeli 3 prikazani su numerički i procentualni pokazatelji broja ručnih i nožnih udaraca kod
ženskih takmičara u borbama na Evropskom kupu u Beogradu 2014. Dobijeni rezultati pokazuju da
je prosečan broj udaraca rukom u sve tri runde 6.25 što procentualno iznosi 40.56% u odnosu na
ukupan broj udaraca zadatih u toku borbe. Prosečan broj udaraca nogom je 9.25 što procentualno
iznosi 59.42 % u odnosu na ukupan broj zadatih udaraca u toku borbe. Broj udaraca nogom čini
nepunih 60% od ukupnog broja udaraca što ukazuje na veću zastupljenost nožnih udaraca u odnosu
na ručne.
Tabela 3. Prosečni numerički i procentualni pokazatelji ručnih i nožnih udaraca u odnosu na ukupan
broj udaraca u toku rundi na Evropskom kupu u Beogradu (konkurencija žena)
Udarci zadati ručnom i nožnom tehnikom
Srednja vrednost
procenat u odnosu
na ukupan broj
udaraca
Broj udaraca rukom u prvoj rundi
6.25
36.23
Broj udaraca rukom u drugoj rundi
6.00
42.85
Broj udaraca rukom u trećoj rundi
6.50
42.62
Srednja vrednost ručnih udaraca u svim rundama
6.25
40.56
Broj udaraca nogom u prvoj rundi
11.00
63.76
Broj udaraca nogom u drugoj rundi
8.00
57.14
Broj udaraca nogom u trećoj rundi
8.75
57.37
Srednja vrednost nožnih udaraca u svim rundama
9.25
59.42
U Tabeli 4 prikazani su numerički i procentualni pokazatelji broja ručnih i nožnih udaraca kod
ženskih  takmičara u borbama na Evropskom prvenstvu u Bilbaou, Španija.  Dobijeni rezultati poka-
zuju da je prosečan broj udaraca rukom u sve tri runde 12 što procentualno iznosi 40.67 % u odnosu
na ukupan broj udaraca zadatih u toku borbe. Prosečan broj udaraca nogom je 17.58 što procentu-
alno iznosi 59.32 % u odnosu na ukupan broj zadatih udaraca u toku borbe. Rezultati pokazuju veću
zastupljenost nožnih udaraca u odnosu na ručne.
Tabela 4.  Prosečni numerički i procentualni pokazatelji ručnih i nožnih udaraca u odnosu na ukupan
broj udaraca u toku rundi na Evropskom prvenstvu u Bilbaou, Španija 2014. godine (konkurencija
žena)
Udarci zadati ručnom tehnikom
Srednja vrednost
procebat u odnosu na
ukupan broj udaraca
Broj udaraca rukom u prvoj rundi
14.00
41.17
Broj udaraca rukom u drugoj rundi
11.25
42.45
Broj udaraca rukom u trećoj rundi
10.75
38.39
Srednja vrednost ručnih udaraca u svim rundama
12.00
40.67
Broj udaraca nogom u prvoj rundi
20.00
58.82
Broj udaraca nogom u drugoj rundi
15.25
57.54
Broj udaraca nogom u trećoj rundi
17.25
61.60
Srednja vrednost za sve runde
17.58
59.32
Upoređujući rezultate analize takmičarske aktivnosti vrhunskih kik boksera u konkurenciji žena
na Evropskom kupu u Beogradu 2014. i 2015. i Evropskom prvenstvu u Bilbaou, Španija 2014. uočava
323
Zbornik radova
Analiza takmičarske aktivnosti vrhunskih kik boksera u okviru međunarodnih takmičenja
se razlika u proseku broja udaraca ručnom ali i nožnom tehnikom. Iako je procentalna zastupljenost
ručnih u odnosu na nožne tehnike na oba takmičenja bila približna takmičari, učesnici Evropskog pr-
venstva u Bilbaou, Španija 2014 bili su aktivniji te su u napadima realizovali veći broj udaraca.
Tabela 5. Prosečni numerički i procentualni pokazatelji dužine pasivnog dela runde u toku  Evropskog
kupa u Beogradu i Evropskog prvenstva u Bilbaou, Španija 2014. godine (konkurencija žena)
Pasivni deo borbe na Evropskom kupu u
Beogradu i Evropskom prvenstvu u Bilbaou
Srednja vrednost u
sekundama
procenat u odnosu
na ukupano trajanje
runde
Pasivni deo borbe u 1. rundi na E. Kupu u BGD
78
65
Pasivni deo borbe u 2. rundi na E. Kupu u BGD
66.50
55.41
Pasivni deo borbe u 3. rundi na E. Kupu u BGD
62
51.66
Srednja vrednost pasivnog dela  borbe na
Evropskom kupu u Beogradu
68.83
57.36
Pasivni deo borbe u 1 rundi na E. P. u Bilbaou
20
16.66
Pasivni deo borbe u 2. rundi na E. P u Bilbaou
13
10.83
Pasivni deo borbe u 3. rundi na E.P u Bilbaou
16.50
13.75
Srednja vrednost pasivnog dela  borbe na
Evropskom prvenstvu u Bilbaou
16.50
13.74
Rezultati pokazuju da su prosečne vrednosti pasivnog dela borbe na Evropskom kupu u Beo-
gradu i Evropskom prvenstvu u Bilbaou u konkurenciji žena različiti odnosno da su takmičarke
na Evropskom prvenstvo bile znatno aktivnije te su bile pasivne (neaktivne) svega prosečno 16.5
sekundi u jednoj rundi čije je trajanje 120 sekundi (2 minuta). Procentualno 13.74 % one nisu bile u
razmeni udaraca sa protivnicama. Takmičarke koje su učestvovale na Evropskom kupu u Beogradu
bile su manje aktivne te su se prosečno pripremale ili izbegavale borbu 68.83 sekunde ili 57.36% od
ukupnog trajanja runde.
Tabela 6. Prosečni numerički i procentualni pokazatelji dužine pasivnog dela runde u toku Evropskog
kupa u Beogradu (2014 i 2015) i Evropskog prvenstva u Bilbaou (2014), Španija 2014. godine
(konkurencija muškaraca)
Pasivni deo borbe na Evropskom kupu u
Beogradu i Evropskom prvenstvu u Bilbaou
Srednja vrednost
sekundama
procenat u odnosu
na ukupano trajanje
runde
Pasivni deo borbe u 1. rundi na E. Kupu u BGD
65
54.1
Pasivni deo borbe u 2. rundi na E. Kupu u BGD
65
54.1
Pasivni deo borbe  u 3. rundi na E. Kupu u BGD
51
42.5
Srednja vrednost pasivnog dela  borbe na
Evropskom kupu u Beogradu
60.33
50.23
Pasivni deo borbe u 1. rundi na E. P. u Bilbaou
33.3
27.75
Pasivni deo borbe u 2. rundi na E. P. Bilbaou
31.6
26.33
Pasivni deo borbe u 3. rundi na E.P u Bilbaou
31
25.80
Srednja vrednost pasivnog dela  borbe na
Evropskom prvenstvu u Bilbaou
31.9
26.63
Rezultati pokazuju da su prosečne vrednosti pasivnog dela borbe na Evropskom kupu u Beo-
gradu i Evropskom prvenstvu u Bilbaou u konkurenciji muškaraca različiti. Takmičari na Evropskom
prvenstvu bili su znatno aktivniji, a bili su pasivni (neaktivni) prosečno 31.9 sekundi u jednoj rundi
čije je trajanje 120 sekundi (2 minuta). Procentualno 26.63 % oni nisu bili u razmeni udaraca sa
protivnicama. Takmičari koji su učestvovali na Evropskom kupu u Beogradu bili su manje aktivni
te su se prosečno pripremali za napad ili izbegavali borbu pola runde, 60.33 sekunde ili 50.23 % od
ukupnog trajanja runde.
324
Conference Procedings
Feđa Piščević, Dejan Gavrilović, Milivoj Dopsaj
Predpostavka je da značajna razlika u obe konkurencije (muška i ženska) u svim kategorija-
ma (60 kg, 65 kg, 63.5 kg, 71 kg i 91 kg) koja je utvrđena kod ukupnog broja poentirajućih udaraca
nogama i ukupnog broja poentirajućih svih udaraca u korist takmičara na Evropskom prvenstvu
(Bilbao - Španija 2014.) u odnosu na takmičare sa Evropskog kupa (Beograd 2014. i 2015.) postoji
iz sledećih razloga: 1) pre svega zbog većeg vrednovanja udaraca nožnom tehnikom u odnosu na
udarce izvedene ručnom tehnkom, 2) zbog bolje fizičke pripremljenosti takmičara, 3) zbog boljeg
nivoa tehničko-taktičkog majstorstva boraca, tako da oni mogu zadati veliki broj udaraca pogotovo
nožnom tehnikom koja je tehnički i  složenija.
Razlika u odnosu na veću aktivnost tokom borbe na Evropskom prvenstvu, kod muškaraca i
kod žena, je najverovatnije posledica bolje fizičke pripremljenosti za aktivan rad u visokom intezite-
tu, tj. takmičari za Evropsko prvenstvo, se zbog kvalitetnijeg nivoa takmičenja, najverovatnije više i
bolje pripremaju u trenažnom procesu. Takođe, mora se naglasiti da je kriterijum za učestvovanje na
Evropskom prvenstvu strožiji, nego za sistem takmičenja evropskih kupova, tako da utvrđeni podaci
mogu biti i posledica razlike apsolutnog kvaliteta takmičara, imajući u vidu činjenicu da su za potre-
be ovog rada analizirane finalne borbe.
ZAKLJUČAK
U radu su izloženi rezultati analize takmičarske aktivnosti vrhunskih kik boksera na regional-
nom međunarodnom takmičenju Eveopskog kupa u Beogradu 2014. i 2015. godine kao i na Evrop-
skom prvenstvu u Bilbaou 2015. godine. Obrađeni su rezultati u  istim kategorijama 63.5, 71, i 91 kg
kod muških, kao i kategorije 60 i 65 kg kod žena na navedenim takmičenjima. Ukupno je obrađeno
10 borbi po pet na Evropskom kupu i pet na Evropskom prvenstvu u Bilbaou. Prikupljanje podataka
je izvršeno tehnikom posmatranja koje je realizovano na osnovu video snimaka celih tokova održa-
nih borbi (mečeva). Analizirani su sledeći elementi: broj udaraca ručnom tehnikom, broj udaraca
nožnom tehnikom kao i pasivnost u toku borbe u vidu pripremanja ili izbegavanja napada. Rezultati
u konkurenciji muškaraca su pokazali sličnu podelu ručnih i nožnih tehnika, te je broj udaraca ru-
kom na Evropskom kupu bilo 40.09% dok je na broj udaraca rukom na Evropskom prvenstvu bilo
38.16 % od ukupnog broja udaraca. Preostali procenti zauzimaju udarci nogama, na Evropskom
kupu 59.04% i na Evropskom prvenstvu 61.83%. Međutim broj udarca u istoj procentualnoj podeli
je različit ako ga posmatramo numerički te je prosečno 7.44 udarca rukom urađeno na Evropskom
kupu dok je na Evropskom prvenstvu urađeno prosečno 9.83. udaraca rukom. Slični rezultati su
dobijeni kada pratimo udarce nogama, prosečno je izvedeno 10.71 udaraca na Evropskom kupu dok
je na Evropskom prvenstvu prosečno urađeno 15.94. Posmatrani odnos između aktivnog i pasivnog
vremena na Evropskom kupu je 50.23% pasivnog dok je ostali procenat 49.77% aktivno vreme runde.
Na Evropskom prvenstvu u Bilbaou pasivno vreme čini 26.63 % dok je aktivni deo znatno duži nego
što je slučaj na Evropskom kupu i traje 73.37%. Odnos aktivnog i pasivnog dela u konkurenciji mu-
škaraca na posmatranim prvenstvima je posledica broja udaraca koji su izvršeni.
Rezultati u konkurenciji žena su pokazali sličnu podelu ručnih i nožnih tehnika, te je broj
udaraca rukom na Evropskom kupu bilo 40.56 % dok je na broj udaraca rukom na Evropskom pr-
venstvu bilo 40.67 % od ukupnog broja udaraca. Udarci nogama na Evropskom kupu su činili 59.04%
i na Evropskom prvenstvu 59.33% svih udaraca. Međutim broj udarca u istoj procentualnoj podeli
je različit ako ga posmatramo numerički te je prosečno 6.25 udaraca rukom urađeno na Evropskom
kupu dok je na Evropskom prvenstvu urađeno prosečno 12 udaraca rukom. Slični rezultati su do-
bijeni kada pratimo udarce nogama, prosečno je izvedeno 9.25 udaraca na Evropskom kupu dok je
na Evropskom prvenstvu prosečno urađeno 17.58. Posmatrani odnos između aktivnog i pasivnog
vremena na Evropskom kupu je 57.36% pasivnog dok je ostali procenat 42.64 % aktivno vreme runde.
Na Evropskom prvenstvu u Bilbaou pasivno vreme čini 26.63 % dok je aktivni deo znatno duži nego
što je slučaj na Evropskom kupu i traje 73.37%. Odnos aktivnog i pasivnog dela u konkurenciji žena
na posmatranim prvenstvima je posledica broja udaraca koji su izvršeni.
Na oba posmatrana takmičenja takmičari su se više služili udarcima nogu, a veći broj udarca
u obe konkurencije izveden je na mečevima Evropskog prvenstva, što se može pojasniti kvalitetni-
jim takmičenjem, boljom pripremljenosti takmičara i većom željom za uspehom i osvajanjem titule
prvaka Evrope.
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Analiza takmičarske aktivnosti vrhunskih kik boksera u okviru međunarodnih takmičenja
LITERATURA
Blagojević, M., Vučković, G. i Dopsaj, M. (2009). Specijalno fizičko obrazovanje I – Osnovni
nivo. Beograd: Kriminalističko-policijska akademija.
Pemac, K., Mudrić, M. i Ćirković, M. (2011). Segmenti takmičarske aktivnosti srpskih karate
reprezentativaca na Svetskom prvenstvu u Beogradu 2010. U Međunarodna naučna konferencija
,,Efekti primene fizičke aktivnosti na antropološki status dece, omladine i odraslih“, Zbornik radova
(190-195). Beograd: Univerzitet u Beogradu, Fakultet sporta i fizičkog vaspitanja.
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UDK 796.83.015.8
ANALYSIS OF THE COMPETITIVE ACTIVITIES OF TOP KICK BOXERS AT
INTERNATIONAL COMPETITIONS
Fedja Piscevic1, Dejan Gavrilovic1, Milivoj Dopsaj1
1Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
„Older” martial arts based on punching, such as English boxing, French boxing (Savate), and
a group of related „Oriental” martial arts, karate and Thai boxing, have had a great influence on
the development of kickboxing in the world. In fact, the pioneers of the sport, the first kickboxers,
originate from these oriental sports. The simplicity of rules, attractive and effective techniques in a
competitive battle were more than enough to attract a large number of different masters to participate
in kickboxing competitions. The beginning of the nineties of the 20th century reflects a strong
development of the sport with K1 rules, a type of kick boxing, which has contributed significantly to
the popularization of kickboxing in the world. Today the sport is prevalent in all aspects of physical
culture – as a competitive sport as well as a recreational sport and as a part of special physical
education among members of the army and police (Blagojevic, Vuckovic and Dopsaj, 2009).
Based on the competition results in internationally active level, kickboxing is one of Serbia’s
most medal-winning sports. In the categories K1 and Low Kick Serbian national team is regularly
highly placed in all international competitions. Competitive activity is the greatest specificity of training
process and reflects the overall efficiency of the realized training that a kick boxer does. In this regard, a
group of authors has set the task of analyzing the competitive activities of top kick boxers.
Competitive activity in various sports is conditioned to the characteristics of these sports
individually. In less complex, monostructural cyclic sports, competitive research activities are relatively
simple. On the other hand, polistructural and complex sport branches, are much more difficult for this
kind of research. Among them a special place belongs to martial arts. These sports are characterized by
varying the intensity, changes of pace and rhythm of fighting, changing levels of nerve-muscle strains,
shifts the active and passive phases, dynamic changes in athletes, his/her environment and opponent ...
METHOD
Data collection was performed using notation methods. Notation methods were used on
events for analyzing images of the final battle in many categories of kickboxing from the European
Championship (Bilbao, Spain 2014) and the European Cup (Belgrade 2014 and 2015). Given that
there is no impact on the observed phenomenon –  a sample of the results obtained in real conditions
has only been examined – this research has the characteristics of EX-POST FACTO draft.
The survey was conducted on a sample of 20 competitors on the highest level, in two women (60 and
65 kg) and three male weight categories (63.5, 71 and 91 kg). A total of ten fights, four female and six male
bouts. For the purpose of the research, analysis was done of the following elements of competitive activities:
• The number of hand punches
• The number of kicks
• The total number of punches
• The active part of the fight
• Passive part of the fight
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Analysis of The Competitive Activities of Top Kick Boxers at International Competitions
Special comparison was made among research results achieved in different competitions. The
data obtained within each of the analyzed element is provided by a numeric and percentage values

relative to the total incidence of registered elements. In this thesis are used statistical procedures
in the field of descriptive statistics, while distribution frequency is displayed numerically. As far
as descriptive statistical procedures in this study are concerned, applied methods for obtaining
values

of central tendency that makes the arithmetic mean were used, being a point of departure for
statistical calculation. The results are presented in absolute values.
RESULTS  WITH DISCUSSION
Table 1 shows the numeric and percentage figures of the number of punches and kicks of male
athletes in the fighting at the European Cup in Belgrade in 2014. The results show that the average
number of punches in three rounds is 7:44 with the percentage of 40.09% compared to the total
number of shots given during the combat. The average number of kicks is 10.71 % which makes
59.04% compared to the total number of shots given during the combat. Number of kicks makes
less than 60% of the total number of punches indicating greater representation of kicks over hand
punches.
Table 1. The average number and percentage indicators of punches and kicks to the total number of
hits during the rounds at the European Cup in Belgrade (men)
Shots inflict hand and foot techniques mean value percentage compared to
the total number of strokes
middle
value
%total of
rounds
Number of punches in the first round
7.83
43.10
Number of punches in the second round
7:33
40.74
Number of punches in the third round
7.16
39.02
The mean value of hand strokes in all rounds
7:44
40.09
Number of kicks in the first round
10:33
56.90
Number of kicks in the second round
10.66
59.26
Number of kicks in the third round
16.11
60.98
The mean value kicks in all rounds
10.71
59.04
Table 2 shows the numeric and percentage figures of the number of punches and kicks of male
athletes in the fighting at the European Championships in Bilbao, Spain. The results show that the
average number of punches in three rounds is 38.16% compared to the total number of hits given
during combat. The average number of kicks is 15.94 % which was 61.83% out of the total number of
shots given during the combat. Number of kicks constitutes more than 60% of the total number of
hits indicating greater representation of kicks over punches.
Table 2. Average number and percentage indicators of punches and kicks to the total number of hits
during the round at the European Championships in Bilbao, Spain in 2014 (men)
Shots specify a manual technique mean value percentage compared to the
total number of strokes
middle
value
%total
of
rounds
Number of punches in the first round
9:00
38.86
Number of punches in the second round
11.00
38.82
Number of punches in the third round
9:50
36.82
The mean value of hand strokes in all rounds
9.83
38.16
Number of kicks in the first round
14:16
61.14
Number of kicks in the second round
17:33
61.18
Number of kicks in the third round
16:33
63.18
The mean value for all rounds
15.94
61.83
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Conference Procedings
Feđa Piščević, Dejan Gavrilović, Milivoj Dopsaj
Comparing the results of the analysis of the competitive activities of top kick boxers at the
European Cup in Belgrade in 2014 and 2015 and the European Championship in Bilbao, Spain, in
2014 we can see the difference in the average number of hits by hand or foot technique. Although the
use of hand in relation to foot techniques in both competitions was similar, the participants of the
European Championship in Bilbao, Spain in 2014 were active in the attacks and implemented higher
number of blows. The occurrence of the use of hand and foot techniques in both competitions is
similar.
Table 3 shows the number and percentage figures of the number of punches and kicks of
female athletes in the fighting at the European Cup in Belgrade in 2014. The results show that the
average number of punches in three rounds is 6.25 % which makes 40.56% of the total number of
shots given during combat. The average number of kicks is 9.25 % which is 59.42% compared to the
total number of shots given during the combat. Number of kicks makes less than 60% of the total
number of hits indicating greater representation of kicks over punches.
Table 3. Average number and percentage indicators of punches and kicks to the total number of hits
during the rounds at the European Cup in Belgrade (women)
Shots inflict hand and foot techniques mean value percentage compared to the
total number of hits
middle
value
%total
of
rounds
Number of punches in the first round
06.25
36.23
Number of punches in the second round
6:00
42.85
Number of punches in the third round
6:50
42.62
The mean value of hand strokes in all rounds
25.06
40.56
Number of kicks in the first round
11:00
63.76
Number of kicks in the second round
8:00
57.14
Number of kicks in the third round
8.75
57.37
The mean value kicks in all rounds
09.25
59.42
Table 4 shows the numeric and percentage figures of the number of punches and kicks of
female athletes in the fighting at the European Championships in Bilbao, Spain. The results show
that the average number of punches in three rounds is %12 which makes 40.67% compared to the
total number of strokes given during combat. The average number of kicks is 17:58 which makes
59.32% compared to the total number of shots given during the combat. Results show a greater
occurrence of kicks over punches.
Table 4. Average number and percentage indicators of punches and kicks to the total number of
strokes during the round of the European Championship in Bilbao, Spain in 2014 (women)
Shots specify a manual technique percentage of value in relation to the total
number of strokes
middle
value
%total
of
rounds
Number of punches in the first round
14:00
41.17
Number of punches in the second round
11.25
42.45
Number of punches in the third round
10.75
38.39
The mean value of hand strokes in all rounds
12:00
40.67
Number of kicks in the first round
20:00
58.82
Number of kicks in the second round
15:25
57.54
Number of kicks in the third round
17:25
61.60
The mean value for all rounds
17:58
59.32
Comparing the results of the analysis of the competitive activities of top kick boxer in the
competition of women in the European Cup in Belgrade in 2014 and 2015 and the European
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Analysis of The Competitive Activities of Top Kick Boxers at International Competitions
Championship in Bilbao, Spain, in 2014 we can see the difference in the average number of strokes
of hand or foot technique. Although the occurrence of hand in relation to foot techniques in both
competitions was similar, participants of the European Championship in Bilbao, Spain in 2014 were
more active in attacks and they used more strokes.
Table 5. Average number and proportion of the length of passive indicators of the part of the round
during the European Cup in Belgrade and the European Championship in Bilbao, Spain in 2014
(women)
The passive part of the fight at the European Cup in Belgrade and the European
Championship in Bilbao
middle
value
%total
of
rounds
The passive part of the fight in the first round of the Cup in E. BGD
78
65
The passive part of the fight in the second round of the E. Cup in Beograd
66.50
55.41
The passive part of the fight in the third round of the Cup in E. BGD
62 51
57.36
The mean value of the passive part of the fight at the European Cup in Belgrade
68.83
16.66
The passive part of the fight in rounds 1 Championship in Bilbao
20
10.83
The passive part of the fight in the second round of the E. P in Bilbao
13
13.75
The passive part of the fight in the third round of the European Championship in
Bilbao
16:50
13.74
The mean value of the passive part of the fight at the European Championships
in Bilbao
16:50
65
The results show that the average values

of passive part of the fight at the European Cup in
Belgrade and the European Championship in Bilbao in the women’s competition are different or
that the competitors at the European Championship were much more active, i.e. they were passive
(inactive) approximately for 16.5 seconds in the round one with a duration of 120 seconds (2 minutes).
In percentages - 13.74% for not being in exchange punches with rivals. Contestants who participated
in the European Cup in Belgrade were less active and have an average of preparing or avoided the
fight of 68.83 seconds and 57.36% of the total duration of the round.
Table 6. Average number and proportion of the length of passive indicators of the part of the round
during the European Cup in Belgrade (2014 and 2015) and the European Championship in Bilbao
(2014), Spain 2014 (men)
The passive part of the fight at the European Cup in Belgrade and the European
Championship in Bilbao
middle
value
%total
of
rounds
The passive part of the fight in the first round of the Cup in E. BGD
65
54.1
The passive part of the fight in the second round of the Cup in E. BGD
65
54.1
The passive part of the fight in the third round of the Cup in E. BGD
51
42.5
The mean value of the passive part of the fight at the European Cup in Belgrade
60.33
50.23
The passive part of the fight in the first round of the European Championship in
Bilbao
33.3
27.75
The passive part of the fight in the second round of the European Championship
Bilbao
31.6
26.33
The passive part of the fight in the third round of the European Championship in
Bilbao
31
25.80
The mean value of the passive part of the fight at the European Championships
in Bilbao
31.9
26.63
The results show that the average values

of passive part of the fight at the European Cup
in Belgrade and the European Championship in Bilbao in the men’s competition are different.
Competitors at the European Championships were much more active, i.e. they were passive (inactive)
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Conference Procedings
Feđa Piščević, Dejan Gavrilović, Milivoj Dopsaj
averagely 31.9 seconds in round one with a duration of 120 seconds (2 minutes). Percentage of 26.63%
indicates that they were not exchanging blows with rivals. The contestants who participated in the
European Cup in Belgrade were less active and have an average of preparing for an attack or avoiding
the fight of half round, 60.33 seconds, or 50.23% of the total duration of the round.
The assumption is that a significant difference in both categories (male and female) in all
categories (60 kg, 65 kg, 63.5 kg, 71 kg and 91 kg), which was found in the total number of scoring
kicks and total scoring of all hits is in favor of competitors at the European Championship (Bilbao -
Spain 2014) compared to the competition from the European Cup (Belgrade 2014 and 2015) is for the
following reasons: 1) primarily due to the higher valuation of the foot technique punches as compared
to impacts performed using hand techniques, 2) due to better physical fitness of competitors, 3) due
to a better level of technical and tactical mastery of fighters so that they can make a large number of
hits especially using leg techniques (which, technically speaking, are more complex).
The difference compared to the higher activity during the fight at the European Championships
in men and in women categories, is likely due to the result of better physical fitness for active work
in high intensity. Competitors of the European Championships, due to a higher quality level of the
competition, probably were more and better prepared in the training process. It must also be noted
that the criterion for participation in the European Championship is stricter than the competition
system of the European Cup, so that the collected data could a result of differences of absolute
quality of the competitors (bearing in mind the fact that for this study only fights in finals were taken
into consideration).
CONCLUSION
This study presents the results of the analysis of competitive activities of top kick boxers at
the regional international competitions – the European Cup in Belgrade in 2014 and 2015, as well as
at the European Championship in Bilbao in 2015. The results were analyzed in the same categories
(63.5, 71, and 91 kg for males and 60 and 65 kg for women). 10 fights in total were analyzed, five in
the European Cup and five in the European Championship in Bilbao. Data collection was performed
by the technique of observation and was conducted on the basis of video recordings of entire fights
(matches). We analyzed the following elements: the number of hits performed by hand techniques, the
number of kicks and passivity during combat in the form of preparation or avoiding attacks. Results
in the men’s division showed a similarity in use of hand and foot techniques. The number of punches
at the European Cup was 40.09%, while the number of punches at the European Championship was
38.16% of the total number of hits. The remaining percentages represent kicks at the European Cup
59.04% and 61.83% at the European Championship. However, the number of hitting in the same
percentage share is different if we look at it numerically - an average of 7.44 of strikes was done at
the European Cup and at the European Championship it was done on an average of 9.83. Similar
results were obtained when we look at only foot technique – on average there was 10.71 strokes
performed at the European Cup, while at the European Championship on average there was 15.94.
The observed relationship between active and passive time in the European Cup was 50.23% of the
passive time while the remaining percentage of 49.77% of the time was active. At the European
Championships in Bilbao passive time made 26.63%, while the active part was considerably longer
than in the case of the European Cup, and it took 73.37%. The ratio of active and passive part in the
men’s championships in observed matches is a consequence of the number of strokes which have
been carried out.
Results in the competition of women showed a similar division of hand and foot techniques. The
number of punches at the European Cup was 40.56%, while the number of punches at the European
Championship was 40.67% of the total number of hits. Kicks in the European Cup consisted of
59.04%, while at the European Championship it was 59.33% of all strokes. However, the number of
hitting in the same percentage category is different if we look at things numerically and an average
of 25.6 shots done by hand in the European Cup and the European Championship it was done on
an average of 12 punches. Similar results were obtained when we look at only foot technique, an
average of 25.9 hits performed in the European Cup and 17:58 at the European Championship on
average. The observed relationship between active and passive time in the European Cup was 57.36%
in favour of the passive time, while the remaining percentage of 42.64% of the time was active in the
round. At the European Championships in Bilbao passive time makes 26.63%, while the active part is
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Analysis of The Competitive Activities of Top Kick Boxers at International Competitions
considerably longer than is the case at the European Cup, and makes 73.37%. The ratio of active and
passive part in the competition of women in the observed championships is a consequence of the
number of strokes which were carried out.
Within both of the competitions observed, there were more kicks made, while the total
number of hits is performed at the European Championship, which can be explained by quality of
the competition, better preparation of competitors and growing desire for success and winning the
European Championship.
REFERENCES
Blagojevic, M. Vuckovic, G. Dopsaj, M. (2009). Special Physical Education I - Basic level.
Belgrade: Police Academy.
Pemac, K. Mudric, M., Cirkovic M (2011). Segments of competitive activity of karate Serbian
national team at the World Championships in Belgrade in 2010. The International Scientific
Conference ,,Effects of physical activity on the anthropological status of children, youth and adults”
,
Proceedings (190-195). Belgrade: University of Belgrade, Faculty of Sport and Physical Education.
332
Conference Procedings
UDK 796.332:159.942
STAVOVI RODITELJA O GLAVNIM BARIJERAMA ZA UKLJUČIVANJE
FUDBALA KAO AKTIVNOST ZA DEVOJČICE MLAĐEG ŠKOLSKOG UZRASTA
Aleksandar Ignjatović1, Živorad Marković1, Boban Janković1
1Fakultet pedagoških nauka,Univerzitet u Kragujevcu, Jagodina, Srbija
UVOD
Fizička aktivnost predstavlja osnovnu potrebu ljudskog organizma. Jedan od najvećih pro-
blema današnjice je nedostatak fizičke aktivnosti prouzrokovan ubrzanim tehnološkim razvitkom
i njenim uticajem na slobodno vreme kod dece i odraslih. Fizička aktivnost igra važnu ulogu kao
prevencija protiv gojaznosti i gojaznih u detinjstvu i adolescenciji, samim tim smanjuje dalji rizik od
gojaznosti u odraslom dobu. U pubertetu i periodu adolescencije gojaznost se najčešće javlja zbog
seksualnog sazrevanja i smanjenja fizičke aktivnosti.
	 Većina istraživanja (Fox & Hillsdon, 2007; Pierilainen K. et. al. 2008) usmerena na odnos
između fizičke neaktivnosti i gojaznosti, ukazuje na povezanost sedentarnog načina života i mogih
bolesti koje se javljaju usled neaktivnosti organizma. Starost, pol, socio-ekonomski status, zanima-
nje, sve to utiče, pozitivno ili negativno, na motivisanost za fizičku aktivnost. (Department of Health,
2010). Prekomerna nekontrolisana težina i gojaznost predstavljaju veliku opasnost po zdravlje sta-
novništva velikom broju zemalja. Kao dodatni problem, gojazne osobe pate od socijalne introvertno-
sti, predrasuda i diskriminacija ne samo javnosti, već i zdravstvenih profesionalaca, (WHO, 2000).
Fizička neaktivnost uz nepravilnu ishranu predstavlja važan faktor rizika za nastanak hronič-
nih nezaraznih bolesti, a kod školske dece može da utiče i na nepravilan razvoj tela i nastanak defor-
miteta. U svetu je približno 31% osoba starijih od 15. godina nedovoljno fizički aktivno (WHO 2002).
U mnogim zapadnim zemljama, veliki procenat dece i adolescenata ne zadovoljavaju preporuke za
količinu dnevne fizičke aktivnosti; osobe koje se bave nekom fizičkom aktivnošću imaju niži nivo
telesne masti od onih koji su manje aktivni. (Hills, at. al. 2011).
Fizička aktivnost ima važnu ulogu u rastu, razvoju i zdravljenom stanju mladih; ima pozitivan
uticaj na fizičko i psihičko zdravlje.Današnje okruženje nameće nam neaktivni način života koji u
mnogome doprinosi gojaznosti. Nevezano za to da li je dete u pitanju ili adolescent, fizička aktivnost
doprinosi zdravom načinu života i prevenciji bolesti. (Hills, 2007) Ukoliko se deca već u prvim godi-
nama života navikavaju na fizičku aktivnost, to će imati veliki uticaj sticanje zdrave navike o potrebi
za fizičkim aktivnostima što dalje dovodi do poboljšanja zdrvavlja i prevenciju od bolesti i gojaznosti.
u današnje vreme se javlja potreba za omogućavanje aktivnog načina života za decu u pokušajima
smanjivanja sve veće rasprostranjenosti gojazne dece (Hills, 2007).  Fizička aktivnost takođe može
značajno doprineti dobrom mentalnom stanju. Učestvovanje u fizičkim aktivnostima povećava mo-
gućnost druženja i stvara osećaj pripadnosti zajednici. (Darren, 2006). Gojaznost i višak kilograma
su sve rasprostranjeniji i u naglom porastu kod zemalja bolje ekonomske razvijenosti. Epidemija go-
jaznosti je postala globalni problemi i sve više je prisutna kod dece predškolskog i osnovnoškolskog
uzrasta.  . (WHO, 2000).
U različitim studijama koje istražuju fizički nivo aktivnosti između dečaka i devojčica, rezultati
pokazuju da su dečaci stalno aktivniji od devojčica (Dumith et al 2010, Trost 2002;. Dencker i Ander-
sen, 2008; Fuchs et al, 1988, Sallis, 2000). Različite studije su pokazale da je znatno veće učešće u fizič-
kim aktivnostima različitih nivoa intenziteta kod dečaka u odnosu na devojčice (GAO, 2012), značajno
veće razlike kako se nivo fizičke aktivnosti povećava (Trost 2002; Fuks et al 1988) . Osnovno školska
deca su znatno aktivnija od dece srednjoškolskog  i visokoškolskog uzrasta dece (Sallis, 1998, 2000.
Trost, 2002; Sherar, Esliger, Bakter-Jones & Tremblai, 2007). Međutim, važnost razlika u ocenama na
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Stavovi roditelja o glavnim barijerama za uključivanje fudbala kao aktivnost za devojčice mlađeg školskog uzrasta
nivou razreda nisu u skladu sa najvećim razlikama koje se javljaju između razreda u istraživanju u SAD.
(Fuchs et al., 1988). Posmatrane polne razlike u nivou fizičke aktivnosti na početku donošenja odluka,
preporučuju ovaj  period kao potencijalno važan za intervenciju promocije zdravlja.
Kao jedan od rešenja za ovo smanjenje fizičke aktivnosti kod devojčica može biti uvođenje
novih igara i aktivnosti ili popularizaciji postojećih igara koje nisu toliko popularan kod devojaka.
Fudbal igra je jedna od najpopularnijih među dečacima u mnogim zemljama (Višnjić, 2011, Ignjato-
vić, 2006:, Gao, 2012).
Učešće u sportskim timskim igrama je najpopularnija aktivnost u aktivnom stanovništvu u
svim uzrastima, polu i etničkim grupama (Rusel 2000). Oko 10% učenika učestvuje u samostalnim
fizičkim aktivnostima, tako da se kao najbolji način za povećanje nivoa fizičke aktivnosti kod dece
treba da budu timske igre i timske aktivnosti. Pregled izveštaja koji istražuju domaće i međunarodne
dokaze o fizičkom vaspitanju i sportu u osnovnim i srednjim školama, pokazuje veliku popularnost
fudbala u svim delovima sveta. Za decu uzrasta od 7-15 godina, fudbal je najčešća sportska aktivnost
(Nilsen, 2011; Ignjatović, 2006). Školske veze sa klubovima su najuticajniji sa fudbalskih klubova
(79%). Slično tome, fudbal je veoma popularna aktivnost u toku nastave fizičkog vaspitanja (Ignjato-
vić, 2006), pošto je većina podataka preuzeto iz najnovijih časopsa, istraživački članci pokazuju ja-
snu razliku između upisa dečaka i devojčica u fudbal. Čak iako se razlika smanjuje, danas 12% mladih
igrača su žene, razlika je i dalje značajna. UEFA i različiti stručnjaci najavljuju aktivnije i masovno
uključivanje žena u fudbalu (FIFA Online ...). Jedan od misije FIFA i prioriteta za naredne četiri go-
dine je temelj ženskom fudbalu i podsticanje njenog rasta i razvoja. Koncept je jednostavan – da je
ženski fudbal postao timski sport i sve devojke i žene mogu da igraju. Ključni faktori za razvijanje su
percepcija i dostupnost.
Istraživanje (Zametkin et al, 2004; Levin et al 2001) predlaže da roditeljski stavovi prema fi-
zičkim aktivnostima utiču na stavove dece prema aktivnom učešću u različitim oblicima fizičke ak-
tivnosti. Kako deca rastu mogu izabrati vrstu fizičke aktivnosti i sport koji vole, bez snažnih uticaja
roditelja. Ali u ranom uzrastu, roditeljska uloga je važna jer oni deluju kao socijalna podrška svojoj
deci i treba da ih ohrabri da učestvuju u nekoj sportskoj aktivnosti (Kastiljo, et al., 1997, Sallis, 1994).
Osim toga, u cilju povećavanja nivoa fizičkih aktivnosti i zdravstvenog statusa dece, neophodna je
adekvatna podrška roditelja da bi deca obavljala željenu fizičku aktivnost.
METOD
Podaci su prikupljeni putem anonimnog upitnika koji je dobrovoljno završen od strane oca i
majke  dece u njihovim školama pre roditeljskih sastanaka. Roditelji popunjavaju upitnik, za koji su
objašnjeni ciljevi studije i traži se njihova saradnja. Upitnik Likertovog tipa sa skalom od 5 stupnjeva sa
odgovorima u rasponu od 1 (Potpuno se slažem) do 5 (potpuno se ne slažem) je razvijen iz ranijih stu-
dija (Welton, 2013, Ignjatović 2013) kako bi se utvrdile prepreke koje onemogućavaju da devojčice od

7 - 10 godina učestvuju u fudbalskim utakmicama i šta se može uraditi da se prevaziđu ove prepreke.
Anketiranje je sprovedeno u prostorijama dve osnovne škole u Jagodini (OŠ „Boško Đurić“ i
OŠ „17. oktobar“) gde su roditelji devojčica (100 ispitanika). Cilj anketiranja je prikazivanje ličnog
mišljenja roditelja devojčica o mogućnostima primene fudbalske igre kod devojčica školskog uzra-
sta. Pitanja u anketi su organizovana u vidu izjava sa ponuđenim odgovorima.
REZULTATI
Kod pitanja: „Da li postoje mnogo adekvatnije aktivnosti za devojčice posmatrano u odnosu
na fudbal“ vidimo da se ispitanici slažu da postoje mnogo adekvatnije aktivnosti za devojčice od fud-
bala, pa se tako 42 njih u potpunosti slaže, a 29 se uglavnom slaže sa ovom pretpostavkom. Njih 18 ne
zna odgovor na ovo pitanje, dok se samo 11 njih ne slaže. Onih koji se u potpunosti ne slažu, nema.
Slažem se u
potpunosti
Uglavnom se
slažem
Ne znam
Uglavnom se ne
slažem
U potpunosti se
ne slažem
42
29
18
11
0
334
Conference Procedings
Aleksandar Ignjatović, Živorad Marković, Boban Janković
Grafik. 1. Da li postoje mnogo adekvatnije aktivnosti za devojčice posmatrano u odnosu na fudbal?
Na pitanje: „Devojčice ne igraju fudbal zato što imaju mišljenje da je ta igra predviđena za
dečake“ pokazuje da se 29 ispitanika slaže sa pitanjem da devojčice ne igraju fudbal zašto što one
smatraju da je to igra za dečake,  međutim 15 ispitanika se ne slažu sa time, dok četvoro ispitanika
ne znaju ili su ipak  suzdržani.
Slažem se u
potpunosti
Uglavnom se
slažem
Ne znam
Uglavnom se ne
slažem
U potpunosti se
ne slažem
29
50
2
15
4
Grafik 2. Devojčice ne igraju fudbal zato što imaju mišljenje da je ta igra predviđena za dečake
Na pitanje: „Igranje fudbala može da izmeni izgled devojčice i njeno ponašanje može biti pri-
bližnije ponašanju dečaka“ pokazuje da se 56 ispitanika slaže da fudbal može da promeni ponašanje i
izgled devojčica i koje će biti slično ponašanju dečaka., međutim 26 ispitanika je reklo da se sa ovim
ne slažu, dok se 18 izjasnilo da ne zna. Dakle vidimo da je većina roditelja saglasna sa pitanjem da
fudbal može da izmeni ponašanje i izgled devojčica.
Slažem se u
potpunosti
Uglavnom se
slažem
Ne znam
Uglavnom se ne
slažem
U potpunosti se
ne slažem
24
32
18
19
7
335
Zbornik radova
Stavovi roditelja o glavnim barijerama za uključivanje fudbala kao aktivnost za devojčice mlađeg školskog uzrasta
Grafik 3. Igranje fudbala može da izmeni izgled devojčice i njeno ponašanje može biti približnije
ponašanju dečaka
Na pitanje: „Devojčice su više spretnije i uspešnije u drugim sportovima nego u fudbalu“ mo-
žemo videti da se veći deo ispitanika slaže da su devojčice više spretnije ali i uspešnije u drugim
sportovima, ali ima 20 onih koji to ne znaju, 16 njih koji se uglavnom ne slažu i sedmoro njih, koji se
u potpunosti ne slažu sa ovim.
Slažem se u
potpunosti
Uglavnom se
slažem
Ne znam
Uglavnom se ne
slažem
U potpunosti se
ne slažem
30
27
20
16
7
Grafik 4. Devojčice su više spretnije i uspešnije u drugim sportovima nego u fudbalu
DISKUSIJA
Visok nivo sedetarnog života u školskom uzrastu kod djevojčica znači da je potrebno da uti-
čemo na mere koje ih podstiču da povećaju svoje učešće u različitim fizičkim aktivnostima. Povećan
nivo fizičke aktivnosti mogao bi dovesti do zdravog načina života i angažovanje na dodatne sportske
aktivnosti u slobodno vreme.
	 Osnovni cilj ovog istraživanja je bio da se ispita da li su elementi fudbalske igre mogu biti
način za povećanje sportskog učešća kod devojaka. Prethodne studije (Dumith et al 2010, Trost
2002;. Dencker i Andersen, 2008;. Fuchs et al 1988, Sallis, 2000) pokazuju da su muškarci bili znatno
aktivniji od žena, a ovo udruženje je još više izraženije naspram umerene aktivnosti. Uprkos poveća-
noj popularnosti fudbala kod devojka širom sveta, roditeljski odnos prema fudbalu kao aktivnost za
svoje ženske dece nije ohrabrujuće.
Nalazi studija, dodatno ukazuju na to da postoji puno prepreka za uključivanje devojčica u
fudbalske aktivnosti. Rezultati ovog istraživanja ukazuju da su se više od polovine roditelja složili da
fudbal nije najbolji izbor za devojčice. Rezultati takođe pokazuju da je fudbal timska igra koju izbe-
gavaju devojke zbog takmičarskog karaktera koji donosi sa sobom. Većina roditelja (71%) smatra da
postoje mnogo pogodnije fizičke aktivnosti za devojčice od fudbala. Među njima 42% u potpunosti
se slaže sa konstatacijom da postoje druge mnogo bolje aktivnosti za devojčice. Nijedan roditelj u
našem uzorku se ne slaže u potpunosti sa ovom izjavom, što ukazuje na to da roditelji ne smatraju
fudbal dobrim izborom fizičke aktivnosti za devojčice.
Literatura pokazuje da stavovi roditelja prema fizičkim aktivnostima imaju uticaj na razvijanje
stavova kod njihove dece. Pod ovim okolnostima, od ključnog je značaja uključivanje roditelja u cilju
ohrabrivanja devojčica školskog uzrasta za razvijanje aktivnog načina života. Uključenost i bavljenje
336
Conference Procedings
Aleksandar Ignjatović, Živorad Marković, Boban Janković
roditelja spotskim aktivnostima ima direktan uticaj na nivo fizičke aktivnosti kod dece (Garcia et
al 1995; Reverter, 2013). Osim toga, podrška roditelja je podjednako odlučujući faktor u fizičkim i
sportskim navikama mladih (Dempsei et al, 1993; Brustad, 1996, Leff i Hoile, 1995) Stav roditelja
prema fudbalu kao potencijalnoj aktivnosti za devojčice podstiče mogućnost za masovno učešće.
U zemljama u kojima fudbal ima jaku tradiciju kao što su Španija, fudbal je jedan od naj-
poželjnijih aktivnosti od strane roditelja (Romero i saradnici, 2009). Većina anketiranih roditelja,
njihovo mišljenje o bavljenje fizičkom aktivnošću, složili su se da učestvovanje u sportu i fizičkim
aktivnostima povoljno utiče na zdravlje. Iznenađujuće, više od polovine roditelja (52%) koji su uče-
stvovali u našem istraživanju smatra da bi fudbal mogao imati negativne efekte na zdravlje devojčica
i njihovo ponašanje. Prema našim saznanjima ne postoje naučne činjenice koje potvrđuju negativne
efekte fudbala na fiziološki, psihološki i sociološki status devojaka. Ženski fudbal je jedan od najbr-
že razvijenih sportova, ali i dalje sa ograničenim naučnim podacima o tome kako igrači reaguju na
fizički stres koji nameće fudbalska utakmica kod ženskih subjekata. Pored toga, stručne organizacije
preporučuju aktivnosti koje uključuju početni nivo fudbala i bejzbola, plivanje, trčanje, klizanje i
gimnastiku. Ostale aktivnosti uključuju ples, vožnju bicikla, borilačke veštine i reketne sportove, kao
što je tenis koji odgovaraja za dečake i devojčice uzrasta od 6 do 10 (Purcel, 2005).
Fudbal ili Soccer kako se obično naziva u SAD, ima rast popularnosti u nekim delovima ame-
ričke populacije. Trenutno preko 3,3 miliona dece uzrasta od 5-19 godina igra fudbal u organizo-
vanim ligama (US Youth Soccer 2011). Ipak, fudbal nije široko popularan u svim oblastima i po-
pulacijama. Istraživanja pokazuju da su ljudi imaju više kontakta sa imigrantima imaju pozitivniji
pogled na fudbal (Hoffman 2009). Istraživanja su takođe pokazala da stavovi roditelja prema vrstama
aktivnosti imaju uticaj na razliku između nivoa aktivnosti kod devojčica i dečaka. Roditelji podstiču
sinove da učestvuju u timskim sportovima snažnog i umerenog intenziteta (košarka i fudbal) kao i
u individualnim aktivnostima uključujući trčanje, vožnju biciklom, plivanje i klizanje, više nego što
ohrabruju svoje kćerke za ovakve aktivnosti. Prema stavovima roditelja, aktivnosti umerenog inten-
ziteta kao što su bejzbol, softbol, odbojka, hodanje, vožnja bicikla oko komšiluka i golf su pogodnije
za devojčice. I u Americi još uvek postoji polna pristrasnost za podsticanje dečaka da učestvuju u
određenim sportovima i treninzima više od devojčica (Andresen et al., 2009).
Primarni ciljevi učešća za decu uzrasta od 6 do 10 godina je da treba da budu aktivni, zabave
se, i da imaju pozitivan sportski doživljaj kroz učenje i praksu osnovnih veština (Gould, 1998). Per-
cepcija roditelja i dece zašto deca vole da se bave sportom je sasvim drugačija. Većina istraživanja
ispituje stav roditelja dece koji su ustanovili da je pobeda glavni razlog za ljubav prema nekom sportu
(Hedstrom et al 2013; Markel, 2013), u suprotnosti istraživanju koje otkriva da je sportsko zadovolj-
stvo i zabava glavni razlog zbog kog većina dece želeli da učestvuju u različitim sportskim i fizičkim
aktivnostima. Rezultati naših prethodnih studija (Ignjatović i saradnici, 2013, Ignjatović 2015), ispi-
tivanje nastavnika o stavovima u vezi sa fudbalskim učešćem devojaka pokazuje manje negativnih
stavova. Samo 20% ispitanih nastavnika veruje da devojke ne treba da učestvuju u fudbalu, dok 77%
smatra da fudbal može biti korisna i zdrava aktivnost za devojke.
Kao potencijalni razlog da roditelji veruju da fudbal nije bezbedan za devojke su podaci koji
pokazuju da dečaci imaju tendenciju da se izdrže mnogo više organizovanih sportskih povreda i više
teških povreda od devojaka (Viliams i sar, 1998; DeHaven & Lintner, 1986), i momci uglavnom igraju
fudbal. Najčešće povrede (prelomi i iščašenja, uganuća i istegnuća, otvorene rane i modrice) se de-
šavaju u biciklizmu, košarci i aktivnostima na igralištu. Procenti povreda nastali tokom fudbala nisu
preporuka, i da je ovo jedan od najvažnijih i najrizičnijih aktivnosti za dečake i devojčice (Dishman et
al. 2012). Postoji malo veća povreda kod žena sportista koji učestvuju u fudbalu i košarci u odnosu na
muškarce. Stopa povreda kod žena izraženih kao procenat sportista razlikuju se od dečaka samo po
povredama ligamenata kolena (Dishman i saradnici, 2012). Međutim, ovi podaci o stopama povreda
još uvek su retki ili neuverljivi i ne mogu da se odnose na osnovnu školu ili na konkurentnu aktivnost.
ZAKLJUČAK
Roditelji devojčica osnovnoškolskog uzrasta su najveći protivnici fudbalu kod devojčica, u
odnosu na nastavnike, studente sa fakulteta, kao i na samu decu. Većina ispitanika smatra da bi fud-
bal imao negativne efekte po zdravlje, negativne socijalne efekte i negativan razvoj karaktera. Brojne
studije pružaju podršku za posebno pozitivnim efektima fudbala, što znači da su pozitivni aspekti
ličnom razvoju među mladima, kao što su samopouzdanje, cilj postavljanja, i vođstva (Gould, 1998).
337
Zbornik radova
Stavovi roditelja o glavnim barijerama za uključivanje fudbala kao aktivnost za devojčice mlađeg školskog uzrasta
Prema našim saznanjima, još uvek ne postoje naučne činjenice koje potvrđuju negativne efekte fud-
bala na izgled i ponašanje devojaka. Ženski fudbal je jedan od najbrže razvijenih sportova, ali i dalje
sa ograničenim naučnim podacima o tome kako ženski subjekti reaguju na fizički stres tokom fud-
balske utakmice. Sa trenutnim trendom smanjivanja aktivnosti kod devojka kako bivaju starije, kao i
širenje nejednakosti između fizičke aktivnosti kod dečaka i devojčica, neophodno je pronaći načine
da se podrži i popularizuje fizička aktivnost kod devojčica.
Zahvalnost
Rad je deo Projekta „Efekti primenjene fizičke aktivnosti na lokomotorni, metabolički, psi-
hosocijalni i vaspitni status populacije Republike Srbije” pod brojem III47015, kao deo potprojekta
„Efekti primenjene fizičke aktivnosti na lokomotorni, metabolički, psihosocijalni i vaspitni status po-
pulacije žena Republike Srbije”
, koji finansira Ministarstvo prosvete i nauke Republike Srbije – Ciklus
naučnih projekata 2011–2015.
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who.int/mediacentre/factsheets/fs385/en/
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UDK 796.332:159.942
PARENTS ATTITUDE TOWARDS MAIN BARRIERS IN GIRL’S FOOTBALL
PARTICIPATION ON P.E. CLASSES
Aleksandar Ignjatović1, Živorad Marković1, Boban Janković1
1Faculty of Education, University of Kragujevac, Jagodina, Serbia
INTRODUCTION
Physical activity is a basic need of the human organism. One of the biggest problems today is the
lack of physical activity caused by rapid technological development and its impact on free time for children
and adults. Physical activity plays an important role as a prevention against obesity and overweight in
childhood and adolescence, therefore further reducing the risk of obesity in adulthood. At puberty and
during adolescence obesity is most common for sexual maturation and decreased physical activity.
Sedentary lifestyle as well as many of today’s jobs lead to an increase in concerns about physical
inactivity. Most studies (Fox & Hillsdon, 2007; Pierilainen et. al. 2008) focused on the relationship
between physical inactivity and obesity, suggesting a connection between sedentary lifestyle and
many diseases that occur due to the inactivity of the organism. Age, gender, socio-economic status,
occupation, all influence, positively or negatively, the motivation for physical activity. (Department
of Health, 2010). Excessive uncontrolled weight and obesity are a major threat to public health many
countries. As an additional problem, obese people suffering from social introversion, prejudice and
discrimination are not only the public but also health care professionals (WHO, 2000).
Physical inactivity with improper diet is an important risk factor for chronic diseases, and in
school children can be affected by the abnormal development of body and deformities. In the world,
approximately 31% of people over 15 years of insufficiently active (WHO 2002). In many Western
countries, a large percentage of children and adolescents do not meet the recommendations for the
amount of daily physical activity; persons engaged in any physical activity have lower levels of body
fat than those who were less active. (Hills et al., 2011).
Physical activity plays an important role in the growth, development and be healing condition
of youth; has a positive effect on physical and mental health. Nowdays environment puts us
inactive lifestyle that contributes greatly to obesity. Irrespective of whether the child in question or
adolescent, physical activity contributes to healthy lifestyles and disease prevention. (Hills, 2007). If
the children in the first years of life are getting used to physical activity, it will have a major impact on
the acquisition of healthy habits necessary for physical activities which further leads to improvement
health and prevention of disease and obesity. Nowadays there is a need to facilitate an active lifestyle
for children in attempts to reduce the growing prevalence of obese children (Hills, 2007). Physical
activity can also contribute significantly to the good state of mind. Participation in physical activity
increases the possibility of socializing and creates a sense of belonging to a community. (Darren,
2006). Obesity and overweight are increasingly widespread and rapid increase among countries
better economic development. The epidemic of obesity has become a global issue and is increasingly
present in children of preschool and school age. (WHO, 2000).
In various studies that investigate physical activity levels between boys and girls, the results
show that boys are constantly active more than girls (Dumith et al 2010, 2002 ;. Dencker Trost and
Andersen, 2008; Fuchs et al, 1988, Sallis, 2000). Various studies have shown that a significantly
greater participation in physical activities of different levels of intensity in boys than girls with a
significantly greater (GAO, 2012) as the level of physical activity increases (Mechelen Trost et al,
2002; Fuchs et al .. 1988). Primary school children are much more active than children in high school
and higher age of children (Sallis, 1998, 2000, Trost, 2002 ,; Sherar, Esliger, Bakter-Jones & Tremblay,
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Parents Attitude Towards Main Barriers in Girl’s Football Participation on P.e. Classes
2007). However, the size of the differences in the classroom are not in accordance with the largest
differences which occur between lovers grades in research in the United States. (Fuchs et al., 1988).
Observed gender differences in physical activity levels at the beginning of decision suggestion that
this is potentially an important period for health promotion interventions.
One of the solutions for this decrease in physical activity among girls may be introducing
new games and activities, and the popularization of the existing games that are not so popular with
the girls. Football game is one of the most popular among boys in many countries (Visnjic, 2011,
Ignjatovic, 2006; Gao, 2012).
Participation in sport team games is the most popular activity in the active population in
all ages, gender and ethnic groups (Rusel, 2000;  ). Around 10% of pupils are participating in solo
physical activity, so it seems that the best way to increase physical activity level among children are
team games and team activity. Summary reports investigating domestic and international evidence
on physical education (PE) and sport in primary and secondary schools all showing high popularity
of football in all parts of the world.  For the children aged 7-15 year, football is the most common
sport activity (Nilsen, 2011; Ignjatovic, 2006). The school links with the clubs are most influential
with football clubs (79%). Similarly, football is very popular activity during physical education classes
(Ignjatovic, 2006).The majority of the data are taken from the most recent PE, Sport Survey and
research articles shows clear difference between enrolment of boys and girls in football. Even thou
the differences are lowering, today 12% of youth players are females, the difference is still significant.
UEFA and different experts propagate the more active and mass inclusion of females in football
(FIFA online). One of the FIFA mission and priority for the next four years is a foundation of
women’s football and encourage its growth and development.  The concept is simple – that women’s
football has arrived as a team sport and all girls and women can play. The key factors to develop are
perception and accessibility.
Research (Zametkin et al. 2004; Levine et al. 2001) suggested that parental attitudes toward
physical activity affect children’s attitudes towards active participation in various forms of physical
activity. As children grow they can choose the type of physical activity and sport they like, without
strong influence of their parents. But in the early age, parents role is important as they act as the
socialising agents of their children and encourage them to take part in some sport activity (Castillo
et al., 1997, Sallis, 1994). Furthermore, in order to increase children physical activity level and health
its crucial to have the support for desired activities by their parents.
METHOD
Data were collected through an anonymous questionnaire that was voluntarily conducted
by the father and mother of children in their schools a parent-teacher meetings. Parents fill out
a questionnaire in which there were explained the objectives of the study and requesting their
cooperation. The questionnaire with Likert scale of 5 degrees with responses ranging from 1 (strongly
agree) to 5 (strongly disagree) was developed from previous studies (Welton, 2013, Ignjatovic 2013)
in order to identify the obstacles that prevent girls age 7 - 10 years to participate in any football
matches and what can be done to overcome these obstacles.
The survey was conducted in the premises of two elementary schools in Jagodina (Primary
School “Bosko Djuric” and PS “17. oktobar”) where the parents of girls (100 respondents). The aim
of the survey is to present personal opinions of parents of girls on the implementation of football
among girls of school age. The questions in the survey are organized in the form of a statement to
be answered.
RESULTS
In the question: “Do you believe that there are many more appropriate activities for girls
compared to football” we can see that the respondents agree that there are much more appropriate
activity for girls than football, so that 42 of them completely agrees, and 29 generally agrees with this
assumption. 18 of them do not know the answer to this question, and only 11 of them disagree. There
were no one to strongly disagree.
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Aleksandar Ignjatović, Živorad Marković, Boban Janković
Strongly agree
Agree
Neither agree nor
disagree
Disagree
Strongly
disagree
42
29
18
11
0
Graph. 1. Are there many appropriate activities for girls in comparison to football?
The question: “Do you believe that football is game designed for boys” shows that 29
respondents agreed with the question that girls do not play football because they see it’s a game for
boys, however, 15 respondents disagree with that, while four respondents strongly disagree and two
of them neither agree not disagree.
Strongly agree
Agree
Neither
agree
nor disagree
Disagree
Strongly disagree
29
50
2
15
4
Graph 2. The girls do not play football because I have an opinion that this game is intended for boys
The question: “Do you believe that playing football can effects on girl’s attitudes and behavior”
shows that 32 respondents agreed that football can change the behavior and appearance of girls and
that will be similar to the behavior of boys. However 24 respondents disagree, while 18 said they
neither agree nor disagree. So we see that most parents agree with the question that football can
modify the behavior and appearance of girls.
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Parents Attitude Towards Main Barriers in Girl’s Football Participation on P.e. Classes
Strongly agree
Agree
Neither agree nor
disagree
Disagree
Strongly disagree
24
32
18
19
7
Graph 3. Playing football can modify the appearance of the girl and her behavior could be closer to
the behavior of boys
The question: “Do you believe that girls have more chance for success in other type of physical
activities” we can see that the majority of respondents agree that girls are more skilful but also more
successful in other sports, but there are 20 people who neither agree nor disagree, 16 of them to be
disagree, and seven of them who strongly disagree with this.
Strongly agree
Agree
Neither agree nor
disagree
Disagree
Strongly disagree
30
27
20
16
7
Graph 4. Girls are more resourceful and successful in other sports than football
DISCUSSION
The high level of sedentarism in school-age girls children means that we need to set up measures
that encourage them to increase their participation in various physical activities. Increased PA level
could lead to healthy lifestyle and incorporation of additional sport activity into their free time.
	 The main purpose of this study was to examine whether the elements of football game
could be a way to increase girls’ sport participation. Previous Studies (Dumith et al., 2010, Trost
2002; Dencker and Andersen, 2008; Fuchs et al., 1988, Sallis, 2000) demonstrate that males were
significantly more active than females, and this association was even more pronounced in the high
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Aleksandar Ignjatović, Živorad Marković, Boban Janković
versus moderate activity. Despite, increased popularity of girls football worldwide, parents attitude
toward football as activity for their female children is not encouraging.
The findings of current study, further suggesting that a number of barriers are presented
against girls participating in football games. The findings from the questionnaire compliment this
theme as over half agreed that this football is not best choice for girls. The findings also suggest that
football team games are avoided by girls because of the competitive nature they bring with them.
Majority of parents (71%) believe that there are much more suitable physical activities for girls than
football. Among them 42% strongly agree on the statement that there other much better activities
for girls. No single parent completely disagree with this statement, indicating that there are no single
parent in our sample that strongly believe that football is proper choice for girls physical activity.
Literature suggests that parental attitudes towards physical activity influence their children’s
attitude towards physical activity. Under these circumstances, it is crucial to involve parents in any
initiative aimed at encouraging their school-age daughters to developed active lifestyles. Parents
participations and enrolment in sport activity will directly influence children’s level of physical
activity (García et al., 1995: Reverter, 2013). Furthermore, direct support from parents are equally
determining factors in young people’s physical and sporting habits (Dempsey et al., 1993; Brustad,
1996, Leff and Hoyle (1995). The parents attitude towards football as a potential activity for girls
undermine the possibility for massive participation.
In the countries where football has strong tradition like Spain, it is one of the most preferred
activity by parents (Romero et al., 2009). In majority of parents surveyed, when asked their opinion
about physical activity they agreed that participating sport and physical activity is good for your
health. Surprisingly, more than half of parents (52%) participating in our research believe that football
could have negative effects on girls health and behavior. As far as we know, there are no scientific
facts that support negative effects of football on physiological, psychological, and sociological status
of girls. Female soccer is one of the fastest growing sports but still with limited scientific data on how
players respond to the physical stress imposed by a soccer game in female subjects. Furthermore,
expert organizations are recommending activities include entry-level soccer and baseball, swimming,
running, skating and gymnastics. Other activities include dancing, riding a bicycle, martial arts and
racquet sports, such as tennis appropriate for boys and girls age 6 to 10 (Purcel, 2005).
Football or Soccer as it usually called in US is growing in popularity in some sectors of the
American population. Currently over 3.3 million children ages 5–19, currently playing soccer in
organized leagues alone (USYouth Soccer 2011). Still, soccer is not widely popular in all areas and
populations. Research indicating that people with closer contact with immigrants have more positive
view of soccer (Hoffman 2009). Researches also showed that parents’ attitudes toward the types of
activities have influence on the difference between activity levels between girls and boys. Parents
encouraged sons to partake in vigorous- and moderate-intensity team sport (basketball and soccer)
and individual activity included running, cycling, swimming and skating more than they encouraged
these activities for their daughters. Moderate intensity activities such as baseball/softball, volleyball,
walking, biking around the neighborhood and golf are by parents attitude more convenient for girls.
There still is gender bias on encouraging boys to participate in certain sports and strenuous activities
more than girls (Andresen et al., 2009).
Primal goals of participation for children age 6 to 10 are to be active, have fun, and to have a
positive sport experience through learning and practice of fundamental skills (Gould, 1998).  The
parents and children perception of why their like to play sports is quite different. Majority of
research examining parents attitude of their children found that wining is the main reason for liking
some sport (Hedstrom et al., 2013; Markel, 2013), contrary to sport satisfaction surveys that are
revealing that “having fun” is the main reason that most children like to participate in different sport
and physical activities. The results of our previous studies (Ignjatovic et al., 2013, Ignjatovic 2015)
examining teachers and girls attitudes regarding girls football participation showing less negative
attitudes.  Only 20% of examined teachers believe that girls should not participate in football, while,
77% believe that football could be beneficial and healthy activity for the girls.
As a potential reason for parents belief that football is not safe for girls are data suggesting
that boys tend to sustain many more organized sports injuries and more severe injuries than girls
(Wiliams et al., 1998; DeHaven &.Lintner, 1986), and boys are mainly playing football. Most common
injuries (fractures and dislocations, sprains and strains, opened wounds and bruises) occurred during
cycling, basketball and playground activity. Percentages of injuries occurred during football are not
suggesting that this is one of the riskiest activities for boys and girls (Dishman et al., 2012).  There is
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Parents Attitude Towards Main Barriers in Girl’s Football Participation on P.e. Classes
slightly higher injury in female collage athletes participating in football and basketball compared to
males. Rate of injury in females expressed as a percentage of athletes differ from boys only in knee
ligament injuries (Dishman et al., 2012. However, this injury rate data are still sparse or inconclusive
and cannot apply to elementary school non-competitive activities.
CONCLUSION
Parent of female elementary school students are the biggest opponent of girls football compared
to teachers, students of teachers college, and children themselves. Majority of subjects believe that
football could have negative health effects, negative social effects and negative character development.
A number of studies provide some support for the positive effects of football in particular, indicating
that positively aspects of personal development among youth, such as self-esteem, goal-setting, and
leadership (Gould, D). Up to our knowledge there are no scientific facts that support negative effects
of football on physiological, psychological, and sociological status of girls. Female soccer is one of
the fastest growing sports but still with limited scientific data on how players respond to the physical
stress imposed by a soccer game in female subjects. With the current trend of decreasing levels of
activity as girls get older, and a widening disparity between girls’ and boys’ physical activity behavior
it is necessary to find ways to promote and popularize physical activity in girls.
Acknowledgements
This study was conducted under the project “Effects of applied physical activity on locomotor,
metabolic, psycho-social and educational status of the population of the Republic of Serbia” No.
III47015, funded by the Ministry of Science and Technology of the Republic of Serbia – The 2011-
2014 cycle of scientific projects.
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UDK 796:159.942-056.26
ANKSIOZNOST I TAKMIČARSKO SAMOPOUZDANJE KOD SPORTISTA
SA I BEZ INVALIDITETA
Goran Kasum1, Marijana Mladenović2
1 Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
2 Fakultet za fizičku kulturu i menadžment u sportu, Beograd, Srbija
UVOD
Glavna odlika takmičarske situacije je neizvesnost ishoda takmičenja. Činjenica da se takmiče-
nje završava sa samo jednim pobednikom, predstavlja značajan izvor stresa za sve učesnike takmiče-
nja čiji je cilj pobeda. Doživljaj stresa u takmičarskoj situaciji može u manjoj ili većoj meri da izazove
anksiozne reakcije kod sportista i da ugrozi emocionalnu stabilnost i samopouzdanje. Anksioznost i
samopouzdanje u takmičarskim situacijama bili su predmet mnogih istraživanja u sportskoj psiho-
logiji (Martens, Vealey, & Burton, 1990; Weinberg & Gould, 1999).
Anksioznost se definiše kao strepnja, zabrinutost, napetost, neskladnost, teskoba. U sportu
se anksioznost vezuje za situacije izvođenja veštine, a ispoljava se kao posledica konflikta između
želje, težnje i potrebe da se postigne cilj, a sa druge strane brige, straha i nelagodnosti da se taj cilj ne
može postići i posledice koje donosi nepostizanje tog cilja (Lazarević, 2003). Spilberger je ukazao
na postojanje anksioznosti kao crte ličnosti i kao psihičkog stanja (Spielberger, 1966). Stanje
anksioznosti je povezano sa prolaznim uzbuđenjem i tenzijom, dok crta anksioznosti ukazuje
na trajniju karakteristiku osobe. Razvijanje anksioznosti kao crte ličnosti zavisi od personalnih dis-
pozicija i sredinskih uticaja i nije prisutna kod svih sportista, dok stanje takmičarske anksioznosti
može da postoji u izvesnoj meri kod svih sportista (Elgin, 2000).
Za sportski kontekst posebno su relevantne kognitivna i somatska anksioznost. Kognitivna
anksioznost označava  anksiozne misli, stalno iščekivanje nepovoljnih ishoda događaja, preveliku
brigu o potencijalnim negativnim posledicama, kognitivnu preokupiranost sobom i događajima koji
su van domašaja i kontrole osobe. Somatska anksioznost odnosi se na stanje fiziološke tenzije, koje
može u različitoj meri da bude prisutno kod svih sportista i ne mora uvek da bude praćeno neprijat-
nim psihičkim doživljajem (Martens, et al, 1990). Međusobni odnos različitih komponenti anksio-
znosti i uticaj na sportsko izvođenje nije jednostavan, a istraživanja ne donose jednoznačne rezulta-
te. Opšti zaključak bio bi da kognitivna anksioznost svakako umanjuje učinak sportiste, jer usmerava
na iščekivanje poraza. Somatska anksioznost može da doprinese sportskom postignuću, ukoliko nije
prisutna kognitivna anksioznost, jer može da pomogne sportisti da postigne i održi optimalan nivo
aktivacije (Woodman & Hardy, 2003).
Samopouzdanje se odnosi na verovanje pojedinca da poseduje sposobnosti i veštine neophod-
ne za postizanje uspeha (Vealey & Chase, 2008). Opšti je stav, kako među istraživačima u sportskoj
psihologiji, tako i među sportistima i trenerima, da je samopouzdanje jedan od ključnih faktora
uspeha i afirmacije u sportu. Za sport je značajno razlikovanje samopouzdanja kao crte ličnosti i
samopouzdanja kao stanja. Sportisti koji imaju više samopouzdanja na nivou crte ličnosti, najče-
šće poseduju više samopouzdanja i u pojedinačnim takmičarskim situacijama (Lazarević, 2003). U
sportskoj psihologiji se dugo smatralo da su samopouzdanje i anksioznost lice i naličje istog novčića,
ali iako odnos ove dve psihološke varijable nije tako jednostavan, uopšteno govoreći, visoko samopo-
uzdanje i niska anksioznost dovode se vezu sa uspehom u situaciji sportskog postignuća (Weinberg
& Gould, 1999; Mladenovic & Trunic, 2014).
U literaturi se često ističe da je uticaj sporta na unapređenje celokupnog psihičkog funkcioni-
sanja osoba sa invaliditetom pozitivan (Mladenović, 2015), kao i da usavršavanjem sportskih kom-
349
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Anksioznost i takmičarsko samopouzdanje kod sportista sa i bez invaliditeta
petencija sportisti sa invaliditetom uspešno ovladavaju stresnim situacijama u sportu i unapređuju
psihološke veštine (Bačanac, Milićević-Marinković, Kasum, & Marinković, 2014). Istraživanja koja
ispituju psihološko stanje sportista sa invaliditetom u situaciji takmičenja su u povoju poslednjih
dvadeset godina, a nalazi su vrlo različiti i uglavnom ukazuju da značajnijih razlika u odnosu na
sportiste bez invaliditeta nema ili da su razlike u domenu somatske anksioznosti i samopouzdanja
(Campbell & Jones, 1997).
Cilj ovog istraživanja bio je da ispita da li u pogledu kognitivne anksioznosti, somatske anksi-
oznosti i takmičarskog samopouzdanja, postoje značajne razlike između sportista sa indvaliditetom
i bez invaliditeta. Postavljena je hipoteza da između sportista sa i bez invaliditeta nema značajnih
razlika u pogledu ispitivanih varijabli.
METOD
Uzorak
Ispitano je ukupno 70 sportista, 18 sa telesnim invaliditetom i 52 bez invaliditeta. Sportisti
sa invaliditetom se u najvećem broju bave atletikom, imaju telesni invaliditet (sa amputacijama i
povredama kičme) i članovi su Sportskog saveza za osobe sa invaliditetom Beograda. Sportisti bez
invaliditeta su košarkaši i rukometaši nacionalnih reprezentativnih selekcija Srbije. Uzorak je bio
ujednačen u odnosu na pol ispitanika. Bilo je 47,1% muškaraca i 52,9% žena. Starost ispitanika je od
14 do 60 godina. Polovina ispitanih ima do 22 godine, dok 80% uzorka čine ispitanici do 30 godina
starosti.
Instrument
Kognitivna i somatska anksioznost i takmičarsko samopouzdanje ispitani su primenom upit-
nika Competitive State Anxiety Inventory II (Martens, Vealey & Burton, 1990). Upitnik se sastoji
od tri subskale. Prva subskala meri koliko su sportisti pred nastup na takmičenju zabrinuti za svoje
izvođenje, da li sumnjaju u sebe, da li se plaše neuspeha, slabe igre, da neće razočarati važne osobe
(kognitivna anksioznost). Druga subsakala meri koliko su kod sportista izraženi simptomi somatske
anksioznosti: napetost u telu i stomaku, nervoza, uzrujanost, lupanje srca, znojenje ruku, sušenje
grla, vlažne i hladne ruke itd. Treća subskala utvrđuje nivo samopouzdanja i sigurnosti da će nastup
biti dobar, da će se postići ciljevi, osloboditi napetosti i prihvatiti izazov. Svaka subskala ima po 9
pitanja. Rezultat po subskalama može se teorijski kretati od minimalnih 9 do maksimalnih 36 poena.
Na svako pitanje odgovara se zaokruživanjem jednog od 4 odgovora: 1=uopšte ne; 2=nešto malo;
3=srednje; 4=vrlo mnogo. Viši skorovi su indikator većeg prisustva kognitivne anksioznosti, somat-
ske anksioznosti i samopouzdanja.
Statistički postupci
Podaci su obrađeni deskriptivnom statistikom i analizom varijanse (ANOVA) u statističkom
programu SPSS, verzija 22.
REZULTATI
Rezultati deskriptivne statistike pokazuju više vrednosti aritmetičke sredine na merama kog-
nitivne i somatske anksioznosti, a niže na takmičarskom samopouzdanju, kod sportista sa invalidi-
tetom u odnosu na sportiste bez invaliditeta (Tabela 1). Vrednosti standardne devijacije ukazuju da
među sportistima sa invaliditetom ima više individualnih razlika u pogledu merenih varijabli, nego
kod sportista bez invaliditeta. Minimalna vrednost kognitivne i somatske anksioznosti kod oba po-
duzorka iznosi 9, dok obe grupe ispitanika imaju veće maksimalne vrednosti kognitivne (31) nego
somatske (26) anksioznosti. U slučaju takmičarskog samopouzdanja, najniža pojedinačna vrednost
je 18, a maksimalna pojedinačna vrednost iznosi 36 (Tabela 1).
350
Conference Procedings
Goran Kasum, Marijana Mladenović
Table 1. Rezultati deskriptivne statistike: M, SD, minimalne i maksimalne vrednosti kognitivne ank-
sioznosti, somatske anksiozonosti i samopouzdanja kod sportista sa invaliditetom (N1=18) i sportista
bez invaliditeta (N2=52)
M
SD
Min
Max
Kognitivna anksioznost
 N1
18,61
5,97
9,00
29,00
   N2

14,58
4,86
9,00
31,00

Total

15,61
5,42
9,00
31,00
Somatska anksioznost
N1

16,78
4,72
9,00
24,00
            N2
14,58
4,64
9,00
26,00

           Total
15,14
4,73
9,00
26,00
Samopouzdanje
           N1
27,33
5,32
19,00
36,00
           N2
30,16
4,30
18,00
36,00
           Total
29,42
4,72
18,00
36,00
Rezultati analize varijanse (ANOVA) prikazani su u Tabeli 2 i pokazuju da se sportisti sa in-
validitetom i sportisti bez invaliditeta razlikuju u pogledu kognitivne anksioznosti, F=8,180, df=1,
p<0,01 i takmičarskog samopouzdanja, F=5,05, df=1, p<0,05, dok u odnosu na nivo somatske anksi-
oznosti značajnih razlika nema, F=2,984, df=1, p>0,05.
Table 2. Rezultati analize varijanse (ANOVA) za kognitivnu anksioznost, somatsku anksioznost i sa-
mopouzdanje, kod sportista sa invaliditetom (N1=18) i sportista bez invaliditeta (N2=52)
Sum of
Squares
df
Mean
Square
F
p
Kognitivna
anksioznost
Između
grupa
217,62
1
217,62
8,18
,006
Unutar
grupa
1808,97
68
26,60
Ukupno
2026,59
69
Somatska
anksioznost
Između
grupa
64,77
1
64,77
2,98
,089
Unutar
grupa
1475,80
68
21,70
Ukupno
1540,57
69
Samopouzdanje
Između
grupa
106,07
1
106,07
5,05
,028
Unutar
grupa
1406,74
67
20,99
Ukupno
1512,81
68
DISKUSIJA
Subjektivni doživljaj stresa u situaciji takmičenja zavisi od nivoa i vrste takmičarske situa-
cije i u psihološkoj literaturi se navodi da će sportisti koji se takmiče na višem nivou takmičenja
verovatnije doživeti anksiozna stanja. Kompetetivnost situacije može i najuspešnije i emocionalno
najstabilnije sportiste da isprovocira da osete nervozu, strah od neuspeha, pad samopouzdanja i ank-
sioznost (Moran, 2004). Psihološka istraživanja takođe pokazuju da doživljaj i vrsta anksioznosti u
takmičarskoj situaciji zavisi i od percepcije sportista. Istu takmičarsku situaciju neki sportisti mogu
da opaze kao facilitirajuću, dok kod drugih može da isprovocira anksiozne reakcije i defanzivne stra-
tegije (Ntoumanis & Biddle, 2000). Kako će sportista opažati konkretnu situaciju zavisi od strukture
ličnosti i psihološke pripremljenosti za takmičarsku situaciju.
Poslednjih decenija sport osoba sa invaliditetom promenio se na organizacionom nivou (Ka-
sum, 2015; Misener & Darcy, 2013), pa se i sportisti sa invaliditetom sve češće suočavaju sa stresnim
351
Zbornik radova
Anksioznost i takmičarsko samopouzdanje kod sportista sa i bez invaliditeta
zahtevima takmičarskog sporta na različitim nivoima. Istraživanja uglavnom pokazuju da između
sportista sa i bez invaliditeta značajnih razlika u psihološkom profilu pred takmičenje nema (Bača-
nac et al, 2014). U jednom istraživanju ispitivana je anksioznost i takmičarsko samopouzdanje kod
vrhunskih sportista u invalidskim kolicima (Campbell & Jones, 1997). Pokazalo se da sportisti u
invalidskim kolicima pokazuju slične simptome predtakmičarske anksioznosti, kao i sportisti iz kon-
trolnog uzorka, ali da izvesnih razlika ima u pogledu intenziteta subjektivnog doživljaja somatskih
simptoma i izvesnog pada samopouzdanja neposredno pred početak takmičenja. Autori tog istra-
živanja doveli su u pitanje rezultate u pogledu somatske anksioznosti, jer su sportisti u invalidskim
kolicima imali oštećenja kičmene moždine, što im je onemogućavalo da u potpunosti dožive reakcije
autonomnog nervnog sistema koje su saopštavali da imaju. Campbell i Jones (1997) su zaključili da
je doživljaj somatske anksioznosti u ovom slučaju više deo mentalne pripreme za realnu situaciju,
koji uključuje imaginaciju predstojećih situacija i izazivanje senzacija koje treba osetiti, nego stvarni
porast somatske komponente anksioznosti.
Jedno drugo istraživanje takmičarske anksioznosti i samopouzdanja sprovedeno na sportisti-
ma koji su učestvovali na olimpijskim i paraolimpijskim igrama, pokazalo je da značajnih razlika u
pogledu predtakmičarske anksioznosti nema, ali da ima značajnih razlika u pogledu takmičarskog sa-
mopouzdanja, u korist učesnika olimpijskih igara (Ferreira, Chatzisarantis, Gaspar & Campos, 2007).
Takmičarska anksioznost, posebno kognitivna komponenta anksioznosti, pokazalo se da je
povezana sa grupnom kohezijom, pa tako sportisti iz timskih sportova imaju manje šanse da osete
simptome anksioznosti u takmičarskim situacijama. Istraživanja pokazuju da je visoka timska ko-
hezija pozivitno povezana sa samopouzdanjem u takmičarskoj situaciji, samopoštovanjem, dobrim
opštim raspoloženjem, efikasnošću i prihvatanjem odgovornosti u takmičarskoj situaciji (Borrego,
Cid & Silva, 2012). Slične nalaze donosi i  istraživanje sprovedeno na deci osnovno školskog uzrasta.
Pokazalo se da su deca koja su uključena u individualne sportove sklonija da razvijanju socijalnu
anksioznost nego deca koja se bave timskim sportovima (Schumacher-Dimech & Seiler, 2010).
U ovom istraživanju pokazalo se da sportisti sa invaliditetom statistički značajno više posedu-
ju kognitivnu anksioznost i imaju manje takmičarskog samopouzdanja, nego sportisti iz kontrolnog
uzorka. U pogledu somatske anksioznosti, naše istraživanje pokazalo je da razlika između sportista
sa invaliditetom i bez invaliditeta, nema. Treba imati u vidu da se naši ispitanici, sportisti sa invali-
ditetom, u najvećem procentu bave  atletikom, dok je kontrolni uzorak iz timskih sportova. Pa tako,
vrsta sporta može biti važna varijabla, koja nije uzeta u obzir, a možda je uticala na razlike u pogledu
kognitivne anksioznosti između sportista sa invaliditetom i bez invaliditeta.
Rezultati dobijeni u ovom istraživanju pridružuju se, s jedne strane, korpusu istraživanja koja
ukazuju na značajne razlike u samopouzdanju u situaciji takmičenja, kod sportista sa invaliditetom i
sportista bez invaliditeta. S druge strane, ovo istraživanje ukazuje na značaj koji simptomi kognitiv-
ne anksioznosti mogu da imaju kod sportista sa invaliditetom u takmičarskim situacijama. Moguće
je da kognitivna komponenta anksioznosti postaje naglašenija kako se tokom poslednjih par decenija
institucionalizuju takmičenja za sportiste sa invaliditetom, pa iščekivanje pobede i preokupiranost
brigom da li će se ostvariti postavljeni cilj, izrastaju kao sve aktuelniji psihološki fenomen među spor-
tistima sa invaliditetom. Faktore koji utiču na pojavu anksioznosti i pad samopouzdanja u takmičar-
skim situacijama, kod sportista sa invaliditetom, treba tražiti među personalnim varijablama, a ne
samo u karakteristikama takmičarskih situacija i nivoa takmičenja. Istraživanja uglavnom potvrđuju
i promovišu bavljenje sportom kao sredstvo za unapređenje celokupnog personalnog funkcionisanja
osoba sa invaliditetom (Martin, 2011; Scarpa, 2011). Kada se porede osobe sa invaliditetom, koje se
kontinuirano bave fizičkim aktivnostima i sportom, sa osobama sa invaliditetom koje ne praktikuju
sportske aktivnosti, istraživanja potvrđuju da efikasnost u sportskim aktivnostima značajno uvećava
samopoštovanje, pozitivno se odražava na celokupnu samopercepciju osoba sa invaliditetom, jača
ego snage i emocionalnu stabilnost i konstruktivan pristup rešavanju problema (Martin, Eklund, &
Adams-Mushett, 1997; Martin & Gill, 1991; Goodwin, Krohn & Kuhnle, 2004; Gaskina, Andersen
& Morris, 2009; Kasum, Lazarević, Jakovljević & Bačanac, 2011). Međutim, treba imati u vidu da
sportski teren tokom takmičenja može da bude ’’klizav’’ za razvoj samopoštovanja, samopouzdanja i
prevladavanja anksioznih reakcija, pa je važno jačanje svih personalnih potencijala, koji bi mogli da
deluju ‘’preventivno’’ na eliminisanje kognitivne anksioznosti i jačanje samopouzdanja.
Prema nekim istraživanjima, važnu ulogu u predviđanju anksioznih reakcija u takmičarskim
situacijama, pored samopoštovanja, ima i motivacija. Pokazalo se da su nisko samopoštovanje i ne-
motivisanost (Deci & Ryan, 2000; Mladenović, 2010) od prediktivnog značaja za pojavu stanja anksio-
znosti u takmičarskoj situaciji (Kolayis, 2012). Razvijanjem i jačanjem intrinzičkih motiva, podsticao
352
Conference Procedings
Goran Kasum, Marijana Mladenović
bi se unutrašnji lokus kontrole, što je jedan od preventivnih načina delovanja protiv kognitivne ank-
sioznosti. Kada sportista nauči da detektuje šta je u situaciji takmičenja pod njegovom kontrolom, a
šta nije, može da restrukturiše i odbaci kognitivne misli.
Pored toga, za optimalno psihološko funkcionisanja sportista sa invaliditetom, pa samim tim
i konstruktivno razmišljanje o situaciji takmičenja, od velikog značaja je integracija invalidnosti u
lični identitet. U kontekstu razmatranja odnosa sporta, invaliditeta i identiteta u literaturi se navode
tri diskursa (Smith, 2015). U prvom, dominira sportski identitet. Sportista opisuje sebe isključivo
kroz samoopise vezane za svoju ulogu u sportu. U samoopisu postoje samo reči koje opisuju osobu
kao sportistu, ne kao muškarca ili ženu, osobu određene starosti, već samo kao sportistu, koji treni-
ra naporno i čini sve što je potrebno da bi ostvario postignuće u sportu. To je samoopis šampiona.
Drugi diskurs odnosi se na identitet koji u prvom planu sadrži činjenicu da je osoba prvo sportista,
pa potom invalid. Treći diskurs, ukazuje na samopopis u kojem je u prvom planu invalidnost, pa tek
potom druga obeležja (sportista, osoba). Istraživanja pokazuju da ukoliko sportista nije na psiholo-
škom planu prihvatio invalidnost i ugradio je u realnu sliku o sebi, može u mnogim situacijama da
ima netačnu percepciju svojih mogućnosti i okolnosti na koje tokom treninga i takmičenja ima ili
nema uticaja (Martin, 2011). Istraživanja koja su se bavila pitanjem takmičarske anksioznosti i samo-
pouzdanja kod sportista sa invaliditetom, ukazuju na mogući značaj motivacije, vrste sporta i nivoa
takmičenja, odnosa sportiste prema invaliditetu i intergisanost invaliditeta u lični identitet sportiste.
Na praktičnom planu, neophodno je posvetiti pažnju psihološkoj pripremi sportista sa inva-
liditetom, kojoj se kod nas kao i u drugim zemljama, poklanja malo ili nimalo pažnje. Istraživanja
ukazuju na značaj psihološke pripreme sportista sa invaliditetom i važnost razvoja pozitivnih psiho-
loških veština i koping mehanizama (Bačanac et al, 2014; Shin, Park & Kim, 2012).
ZAKLJUČAK
Istraživanja takmičarske anksioznosti i samopouzdanja, kod sportista sa invaliditetom, uglav-
nom jednoznačno ukazuju na značaj variranja samopouzdanja u takmičarskim situacijama. Postoje
nalazi koji upućuju i na razlike u pogledu somatske anksioznosti, između sportista sa i bez invaliditeta.
Ovo istraživanje pokazalo je da sportisti sa invaliditetom poseduju statistički značajno viši
nivo kognitivne anksioznosti i manje samopouzdanja, nego sportisti bez invaliditeta, dok razlika
u pogledu somatske anksioznosti nema. S obzirom na relativno mali broj ispitanih sportista sa in-
validitetom u ovom istraživanju, kao i da su  iz individualnog sporta, ostaje nejasno da li se dobi-
jene razlike mogu pripisati vrsti sporta kojim se bave ispitanici sa invaliditetom, ili je reč o drugim
faktorima iz domena psihološkog profila. Pored vrste sporta i nivoa takmičenja, mogući psihološki
faktori koje treba ispitati u budućim istraživanjima, su self-koncept koji (ne)integriše invalidnost,
motivacija, samopoštovanje, koping strategije. Rezultati ovog istraživanja sugerišu da buduća istra-
živanja treba da ispitaju faktore koji mogu da se predvide i utiču na pojavu kognitivne anksioznosti
kod sportista sa invaliditetom.
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191-203.
Shin, J.T., Park, S.R. & Kim, H.D. (2012). The psychological intervention program for the di-
sabled shooting athletes in Korea. International Journal of Business and Social Science,  (18), 8-15.
Smith, B. (2015). Disability, sport and athletic identity: from a paralympicathlete to retirement
and a disabled person. In Schmid, O. & Seiler, R. (Eds). Proceedings of 14th European Congress of
Sport Psychology: Theories and applications for performance, health and humanity. (Pp. 229-230).
Bern: University of Bern.
354
Conference Procedings
Goran Kasum, Marijana Mladenović
Spielberger, C. D. (1966). Theory and research on anxiety. In C. D. Spielberger (Ed.)  Anxiety
and behavior  (p. 3–19). New York: Academic Press.
Vealey, R.S. & Chase, M.A. (2008). Self-confidence in sport. In Horn, T.S. (Ed). Advances in
sport psychology  (66-97). Champaign, IL: Human Kinetics.
Weinberg, R.S. & Gould, D. (1999). Foundations of sport and exercise psychology. Champaign,
IL: Human Kinetics.
Woodman, T. & Hardy, L. (2003). The relative impact of cognitive anxiety and self-confidence
upon sport performance: a meta-analysis. Journal of Sports Sciences, 21, 443–457.
Rad je sproveden u okviru projekta „Efekti primenjene fizičke aktivnosti na loko-motorni, me-
tabolički, psiho-socijalni i obrazovni status srpskog stanovništva“, br. III47015, koji je deo podpro-
jekta „Efekti primenjene fizičke aktivnosti na loko-motorni, metabolički, psiho-socijalni i obrazovni
status populacije osoba sa invaliditetom R. Srbije“. Projekat je finansiran od strane Ministarstva za
nauku i tehnologiju Republike Srbije - Ciklus naučnih projekata 2011-2015.
355
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UDK 796:159.942-056.26
ANXIETY AND COMPETITIVE SELF-CONFIDENCE WITHIN ATHLETES
WITH AND WITHOUT DISABILITY
Goran Kasum1, Marijana Mladenović2
1 Faculty of Sport and Physical Education, Belgrade, Serbia
2 Faculty for Physical Culture and Sport Management, Belgrade, Serbia
INTRODUCTION
Main characteristic of the competitive condition is uncertainty of final outcome. The fact
that competition ends with only one winner presents significant stress source for the competition
participants who want to win. Stress experience in the competition condition may provoke reaction
of anxiety within athletes and endanger their emotional stability and self-confidence. Anxiety and
self-confidence under the competitive condition were subject of many studies in Sport Psychology
(Martens, Vealey, & Burton, 1990; Weinberg & Gould, 1999).
Anxiety is defined as inner turmoil, worry, tense, clumsiness, uneasiness of mind. In the sport
anxiety is related to performing skills situations and it is caused by confict of desire, ambition and
need to achieve the aim on one side and on the other side by worry, fear and inner turmoil of failure
and consequences of the failure (Lazarevic, 2003).
Spilberger implied concept of trait and state anxiety (Spielberg, 1966). State anxiety is related
to temporary restlessness and tension, while trait anxiety is general propensity to be anxious.
Development of anxiety as a trait depends on personal dispositions and person`s bringing up social
environment and it does not exist within all athletes, while state of competitive anxiety can exist in
certain measure within all athletes (Elgin, 2000).
In the context of sport the most relevant are somatic and cognitive anxiety. Cognitive anxiety
presents anxious thoughts, constant expectation of unfavorable outcome, excessive worry of
potential failure, cognitive preoccupation with oneself and events that are out of reach and control
of a person. Somatic anxiety is related to the state of physical tension that can exist within all athletes
and it is not necessary followed by unpleasant psychological experience (Martens, Vealey, & Burton,
1990). Mutual relation of the different anxiety components and impact on sport performace is not
simple and studies don`t bring unambiguous results. General conclusion would be that cognitive
anxiety for certain diminishes athlet`s results as it directs to failure expectation. Somatic anxiety can
contribute competitive results, if there is no presence of cognitive anxiety, because it can help an
athlete to achieve and maintain optimal activation level (Woodman & Hardy, 2003).
Self confidence is related to an indiviual`s belief that he has necessary abilities and skills to
achieve success (Vealey & Chase, 2008). General opinion, among researchers in sport psychology and
among athletes and couches is that self-confidence is one of the key factors of success and afirmation
in the sport. For self-confidence is necessary to distinguish self-conficence as part of one`s personal
characteristic and on the other side a state of self-confidence. Athlets that have more self-confidence
as a part of their character most likely have more self-confidence and in the individual competitive
situations (Lazarević, 2003).
In sport psychology it was long believed that self-confidence and axiety are front and back of
the same coin, still even if the relation of these two psychological variables is so simple, generally
speaking, high self-confidence and law anxiety are related to the success in the situation of sport
achievment (Weinberg & Gould, 1999; Mladenovic & Trunic, 2014).
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Goran Kasum, Marijana Mladenović
In the literature it is often highlighted that sport influence on total psychological functioning
within the persons with disability is positive (Mladenović, 2015), as well as that with improvement of
sport`s competences athletes with disability successfully overcome stressful situations in the sport
and improve psychological skills (Bačanac, Milićević-Marinković, Kasum, & Marinković, 2014).
Studies analysing psychological state of athletes with disabilities in situation of competition are still
on its beginning, in late twenty years, and findings are different and mainly indicate that there are
no significant difference when comparing athletes without disabilities or that there are differences
related to somatic anxiety and self-confidence (Campbell & Jones, 1997).
The aim of this study was to examine whether in terms of cognitive anxiety, somatic anxiety
and competitive self-confidence there are significant differences between athletes with and without
disabilities with hypothesis that there are no significant differences between athletes with and
without disabilities.
METHOD
Sample
A total of 70 athletes were examined, 18 with physical disabilities and 52 without a
disability. Athletes with disabilities are mostly engaged in athletics, they have physical disability
(amputees and spinal injuries) and are members of the Sports Federation for Persons with Disabilities
Belgrade. Athletes without disabilities are basketball and handball national teams. The sample was
balanced with respect to gender. There were 47.1% of men and 52.9% women. Age of participants
were from 14 to 60. Half of the participants up to 22 years, while 80% of participants were under 30.
Instruments
Cognitive and somatic anxiety and competitive self-confidence are examined by using
Competitive State Anxiety Inventory II questionnaire (Martens, Vealey & Burton, 1990).  The
questionnaire consists of three subscales.  The first subscale measures how much the athletes
concerned for their performance before participate at the event, whether they doubt themselves, are
they afraid of failure, poor game and that they will not disappoint the important persons (cognitive
anxiety). The second  subsale measures how much are  expressed somatic symptoms of anxiety among
athletes: the tension in the body and stomach, nervousness, agitation, palpitations, hands sweating,
dry throat, wet and cold hands, etc. The third subscale determines the level of self-confidence and
assurance in good performance and that the goals will be achieved which relieved tension and the
challenge. Each subscale has 9 questions per issue. Results per subscales can theoretically range
from MIN 9 to MAX 36 points. Each question is answered by circling one of 4 replies 1 = not at
all; 2 = slightly; 3 = average; 4 = very much. Higher scores are an indicator of the higher presence of
cognitive anxiety, somatic anxiety and self-confidence.
Statistic methods
Data were processed by descriptive statistics and analysis of variance (ANOVA) in the
statistical program SPSS, version 22.
RESULTS
Results of descriptive statistics show higher values

of arithmetic mean on measures of
cognitive and somatic anxiety, and low competitive self-confidence with athletes with disabilities in
comparison with athletes without disabilities (see Table 1). Values
of standard deviation indicates
that among athletes with disabilities has more individual differences in terms of the measured
variables, than among athletes without disabilities. The minimum value of cognitive and somatic
anxiety in both subsamples is 9, while both groups have higher maximum value of cognitive (31)
than the somatic (26) anxiety. In the case of competitive self-confidence, the lowest individual value
is 18, and the highest individual value is 36 (Table 1).
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Anxiety and Competitive Self-Confidence within Athletes with and Without Disability
Table 1. Results of descriptive statistics: M, SD, MIN and MAX values

of cognitive anxiety, somatic anxiety
and self- confidence  within athletes with disabilities (N1 = 18) and athletes without disabilities (N2 = 52)
M
SD
Min
Max
Cognitive anxiety
 N1
18,61
5,97
9,00
29,00
   N2

14,58
4,86
9,00
31,00

Total

15,61
5,42
9,00
31,00
Somatic anxiety
N1

16,78
4,72
9,00
24,00
            N2
14,58
4,64
9,00
26,00

           Total
15,14
4,73
9,00
26,00
Self-confidence
           N1
27,33
5,32
19,00
36,00
           N2
30,16
4,30
18,00
36,00
           Total
29,42
4,72
18,00
36,00
Analysis of variance (ANOVA) presented in Table 2 show that athletes with disabilities
and athletes without disabilities differ in terms of cognitive anxiety, F=8,180, df=1, p<0,01, and
competitive self-confidence, F=5,05, df=1, p<0,05, while in comparison with  the level of somatic
anxiety there are no significant differences F=2,984, df=1, p>0,05.
Table 2. Results of analysis of variance (ANOVA) for cognitive anxiety, somatic anxiety and
self-confidence in athletes with disabilities (N1 = 18) and athletes without disabilities (N2 = 52)
Sum of
Squares
df
Mean
Square
F
p
Cognitive
anxiety
Between
Groups
217,62
1
217,62
8,18
,006
Within
Groups
1808,97
68
26,60
Total
2026,59
69
Somatic
anxiety
Between
Groups
64,77
1
64,77
2,98
,089
Within
Groups
1475,80
68
21,70
Total
1540,57
69
Self-confidence
Between
Groups
106,07
1
106,07
5,05
,028
Within
Groups
1406,74
67
20,99
DISCUSSION
The subjective stress experience in the competitive situation depends on the level and type of
competitive situations and it is stated in the psychological literature that athletes who compete at the
higher competition level will likely experience anxiety. Competitiveness of the situation can provoke
the most successful and the most emotionally stable athletes to feel anxiety, fear of failure, the decline
in self-confidence and anxiety (Moran, 2004). Psychological studies also show that experience and
kind of anxiety in the competitive situation depend on the athlete`s perception. The same competitive
situation may be perceive as in facilitating, while in others it may provoke anxious reactions and
defensive strategies (Ntoumanis & Biddle, 2000). How will the athletes perceive concrete situation
depends on one`s psychological structure and readiness for the competitive situation.
In recent decades, sport of the persons with disabilities changed at the organizational level
(Kasum, 2015; Misener & Darcy, 2013), so the athletes with disabilities are more often faced with
stressful demands of competitive sports at different levels.
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Goran Kasum, Marijana Mladenović
Studies generally show that there are no significant differences between athletes with and
without disabilities in psychological profile before the competition (Bačanac et al, 2014). In one
study, the anxiety and competitive self-confidence within elite athletes in wheelchairs (Campbell
& Jones, 1997).  The study showed that athletes in wheelchairs show similar symptoms of pre-
competitive anxiety, as well as athletes from the tested sample, still there are some differences in the
subjective perception intensity of somatic symptoms and some low self-confidence right before the
start of competition. The authors of this study have challenged the results in terms of somatic anxiety,
because the athletes in the wheelchairs  had a spinal cord injury, which made it impossible to fully
experience of the autonomic nervous system reaction that have announced, they have. Campbell
and Jones concluded that in this case the experience of somatic anxiety is more part of the mental
preparation for the real situation, which includes the imagination of the upcoming situation and
causing a sensation to feel, than the real increase of somatic anxiety component (Campbell & Jones,
1997).
Another study of competitive anxiety and self-confidence carried out on the athletes who
took part in the Olympic and Paralympic Games, showed that there are no significant differences in
terms of pre-competitive anxiety, still that there are significant differences in terms of competitive
self-confidence, to the benefit of the participants of the Olympic Games (Ferreira, Chatzisarantis,
Gaspar, & Campos, 2007).
It is showed that competitive anxiety, particularly the cognitive component of anxiety, is
connected to the group cohesion, so the athletes from team sports have less chances to experience
symptoms of anxiety in competitive situations.  The study shows that high team cohesion have
positively linked with self-confidence in the competitive situation, self-esteem, good general mood,
efficiency and responsibility acceptance in the competitive situation (Borrego, Cid & Silva, 2012).
Similar findings were reported in the study carried out on elementary school children. It showed that
children who are engaged in individual sports are more likely to develop social anxiety than children
who are engaged in team sports (Schumacher Dimech & Seiler, 2010).
This study showed that athletes with disabilities have significantly higher cognitive anxiety
and lower competitive self-confidence than athletes of the tested sample.  In terms of somatic
anxiety, our study showed that there are no difference between athletes with disabilities and without
disabilities.  We should have in mind that our participants, athletes with disabilities are mostly
engaged in athletics, while the control sample was from the team sports. Thereby, type of sport
can be an important variable and it has not been considered here and perhaps it influenced the
differences in terms of cognitive anxiety among athletes with disabilities and without disabilities.
The results obtained in this study, on one hand, associate with the corpus of studies that indicate
significant differences in self-confidence in the competitive within athletes with disabilities and
athletes without disabilities. On the other hand, this study indicates the importance of the cognitive
symptoms of anxiety which an athlete with disabilities can have in the competitive situations. It is
possible that the cognitive component of anxiety becomes more highlighted by institutionalization
of competitions athletes with disabilities over the last few decades, thereby the expectation of
victory and preoccupation with worry if the one will achieve the set goal, grow as more and more
actual psychological phenomenon among athletes with disabilities. Factors that impact the anxiety
occurrence and decrease self-confidence in the competitive situations within athletes with disabilities,
should be sought among personality variables and not only in the characteristics of the competitive
situation s and the level of the competition. Studies tend to support and promote the practice of
sport as a mean of overall personal functioning improvement of persons with disabilities (Martin,
2011; Scarpa, 2011). When comparing people with disabilities, who are continuously engaged in
physical activities and sports, with people with disabilities who do not practice sports activities,
study confirms that efficiency in sports activities significantly increased self-confidence, positive
effect on the overall self-perception of people with disabilities, powering up one`s ego, emotional
stability and a constructive approach to problem solving (Martin, Eklund, & Adams-Mushett, 1997;
Martin & Gill, 1991; Goodwin, Krohn, & Kuhn, 2004; Gaskin, Andersen & Morris, 2009; Kasum
i Lazarevic, Jakovljevic, & Interconnection, 2011). However, it should kept in mind that the field
during the competition can be a ‘’slippery’’ for the development of self-esteem, self-confidence and
overcoming anxiety reaction, so it is important to strengthen all the personnel potential, which could
act ‘’preventively’’ to eliminate cognitive anxiety and to build self-confidence.
According to some studies, an important role in predicting anxiety reactions in the competitive
situations is not only one`s self-esteem, but also one`s motivation. It was shown that low self-esteem
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Anxiety and Competitive Self-Confidence within Athletes with and Without Disability
and lack of motivation (Deci & Ryan, 2000; Mladenovic, 2010) is of the predictive value for the
occurrence of the state of anxiety in the competitive situations (Kolayis, 2012). By developing and
strengthening the intrinsic motives will abet internal control locus, which is one of the preventive
way against cognitive anxiety. When athletes learn to detect what is and what is not in the competitive
situation under his control, he can restructure and dismiss cognitive thoughts. In addition to that, for
optimal psychological functioning of athletes with disabilities, and therefore constructive thinking
about the competitive situation, the integration of disability in personal identity is of great importance.
In the context   of the sport, disability and identity literature states three discourses (Smith, 2015). In
the first, sports identity dominates. Athlete describes solely through self-description related to his/
her self role in the sport. In the self-description there are only words for the person as an athlete,
not as a man or a woman, a person of certain age, but only as an athlete who trains hard and does
everything necessary to fulfill achievement in sport. It’s self-description of a champion. The second
discourse refers to identity in the foreground contains the fact that the person is firstly an athlete
and then an invalid. The third discourse, indicates self-description in which in the first place is his
disability, and only after that other characteristics (athletes, people). Studies show that if an athlete
didn’t accept disability psychologically and build it in a realistic picture of oneself, an athlete can have
an incorrect perception of one`s opportunities and circumstances in many situations during training
and competition on which one can or cannot effect (Martin, 2011). Studies that have addressed
the issue of competitive anxiety and self-confidence within athletes with disabilities, indicate the
possible importance of motivation, types of sports and levels of competition, athletes relations
towards disability and integrated disability in the personal identity of the athlete.
Practically, it is necessary to pay more attention to the psychological preparation of athletes
with disabilities. So far in our country like in other countries, no attention is paid on this issue. Studies
showed the importance of psychological preparation of athletes with disabilities and the importance
of developing a positive psychological skills and coping mechanisms (Bačanac et al, 2014; Shin, Park
&
Kim, 2012).
CONCLUSION
Studies about competitive anxiety and self-confidence among athletes with disabilities, mostly
clearly point to the importance of variations of self-confidence in the competitive situations. There
are findings that indicate the differences in terms of somatic anxiety among athletes with and without
disabilities.
This study showed that athletes with disabilities have significantly higher levels of cognitive
anxiety and lower self-confidence than athletes without disabilities, while there are no the difference
in terms of somatic anxiety. Due to the relatively small number of examined athletes with disabilities
in this study, and the fact that they are engaged in individual sports, it remains unclear whether the
resulting difference can be attributed to the type of sport they practice or in terms of other factors
in the domain of psychological profiles. In addition to the types of sports and levels of competition,
possible psychological factors to be examined in future studies, the self-concept (not) integrate
disability, motivation, self-esteem, coping strategies. The results of this study suggest that future
studies should examine the factors that can predict and influence the occurrence of cognitive anxiety
among athletes with disabilities.
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Martin, J. J., Eklund, R.C. & Adams Mushett, C. (1997). Factor structure of the athletic identity
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Anxiety and Competitive Self-Confidence within Athletes with and Without Disability
Smith, B. (2015). Disability, sport and athletic identity: from a paralympicathlete to retirement
and a disabled person. In Schmid, O. & Seiler, R. (Eds). Proceedings of 14th European Congress of
Sport Psychology: Theories and applications for performance, health and humanity. (Pp. 229-230).
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and behavior  (p. 3–19). New York: Academic Press.
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The article was carried out as part of the project: Effects of physical activity applied to
locomotion, metabolic, psycho-social and educational status of the population of persons with
disability on R Serbia” No. III47015.
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UDK 797.21-057.874
PARAMETRI PLIVAČKIH SPOSOBNOSTI UČENIKA OSNOVNE ŠKOLE

Suzović Dejan1, Savičević Dejan2
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
2Visoka škola strukovnih studija za vaspitače i poslovne informatičare, Sremska Mitrovica, Srbija
UVOD
Filogenetski i ontogenetski razvojni tokovi koji ujedno čine manifestni i latentni motorički
prostor čoveka predstavljaju značajan faktor geneze ljudske jedinke. Razvoj filogenetskih motoričkih
formi (hodanje, trčanje, puzanje, hvatanje, bacanje...) zapisan je u genotipu jedinke i odvija se una-
pred utvrđenim tokom karakterističnim za svakog pojedinca. Ontogenetske motoričke forme čine
složeniji oblici kretanja stečeni motornim učenjem i specifičnost su svake jedinke. Plivanje kao esen-
cijalna motorička veština, ciklična sportska grana u kojoj je dominantna izdržljivost (Bompa, 1999),
telesna (fizička) vežba je ontogenetsko motoričko umenje i najčešće se definiše kao sposobnost da se
cikličnim lokomotornim pokretima tela čovek održava i kreće po površini vode (Madić i sar., 2007).
Usled  specifičnog horizontalnog položaja plivača i kretanja u tečnom fluidu plivanje ima iz-
uzetno veliki pozitivan uticaj na sve organske sisteme, prevashodno na kardiorespiratorni, lokomo-
torni posturalni status i nervni (proprioceptivni, piramidalni i ekstrapiramidalni) sistem (Ilić, 2001;
Grujić, 2003). U nenaučnim  krugovima sama semantika reči plivanje asocira na pozitivan uticaj na
zdravstveni status čoveka. Pravilan metodički pristup već u predškolskom uzrastu podstiče pozitivan
razvoj fizioloških parametara deteta, međutim učenje, podučavanje i usavršavanje tehnike plivač-
kih stilova ima za posledicu i poboljšanje biomehaničkih aspekata plivačkih parametara (Maglisc-
ho, 2003; Dekerle, et al, 2005; Grosse, 2007). Stoga obučavanje efikasne  tehnike sportskog plivanja
čini niz adaptacija i reorganizacija kretnih stereotipa u skladu sa promenama dužina poluga, težišta
pojedinih segmenata tela, odnosa napadnih tačaka sile potiska i sile pritiska, momente inercije pro-
pulzivnih segmenata (Blanksby et al, 1995; Rushal et al, 1998). Upravo na toj kinematičkoj osnovi
zasnovano je ovo istraživanje čiji su predmet plivačke sposobnosti i parametari zaveslaja  dečaka i
devojčica (ne)obučenih plivača, odnosno plivača početnika uzrasta 11-14 godina (Pavic, et al, 2008;
Potdevin, et al, 2011).
Cilj istraživanja odnosio se na identifikovanje i kvantifikovanje brzine plivanja kao i analizu
uzajamnih odnosa primenjenih varijabli u istraživanju koje je sprovedeno u toku  četiri kursa obuke
plivanja od ukupno 16 časova  u okviru redovnog programa nastave fizičkog vaspitanja od 5 do 8
razreda osnovne škole.
METOD
Uzorak ispitanika čini 80 učenika, 36 dečaka i 44 devojčice viših razreda osnove škole ”J.J.
Zmaj” iz Sremske Mitrovice, uzrasta 11-14 godina koja su pohađala četiri kursa obuke plivanja u tra-
janju od 16 časova mesečno, odnosno 64 sata godišnje u okviru nastave fizičkog vaspitanja. Volumen
trenažnog opterećenja su činila 60 do 65% opterećenja u aerobnim uslovima, 25 do 30% u mešovito
aerobno-anaerobnim i 2 do 3% u anaerobnim glikolitičkim i alaktatnim energetskim izvorima. Gru-
pe su formirane u toku aprila 2015. godine prema kalendarskom uzrastu, polu, uzrastu i plivačkim
sposobnostima. Svi ispitanici su plivali 50 metara kraul startom iz vode u bazenu dužine 50 metara.
Testiranje je izvedeno  u toku juna 2015. godine tako što je:
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Parametri plivačkih sposobnosti učenika osnovne škole
•
Brzina plivanja (K50) izražena u metrima u sekundi (m/s) i izračunata je deljenjem prepliva-
ne deonice od 50 metara sa vremenom plivanja ;
•
Dužina zaveslaja (DZ) je izračunata deljenjem preplivane deonice sa brojem ciklusa (dva
zaveslaja čini jedan ciklus) i izražena je m/ciklusu (m/cik.) ;
•
Frekvencija zaveslaja (FZ) izračunata je deljenjem broja ciklusa zaveslaja sa vremenom pre-
plivane deonice  i izražena je u ciklusima/sek (cik/s) ;
•
Indeks zaveslaja (IZ) kao mera uspeha u plivačkim disciplinama, izračunat je kao proizvod
brzine i dužine zaveslaja i izražava se u m/s/cik.
Za sve navedene varijable primenjene su deskriptivne i komparativne diskriminativne (T-test)
i kauzalne statističke procedure (korelaciona analiza).
REZULTATI
Brzina (K50) plivanja učenika, parametri zaveslaja mereni tokom plivačke discipline kraul na
50 metara i indeks zaveslaja prikazani su u tabelama  1 i 2.
Tabela 1. Plivačke sposobnosti i parametri zaveslaja kod učenika
Plivačke karakteristike
Uzrasna kategorija
11 godina
12 godina
13 godina
14 godina
Brzina plivanja (K50) m/s
0,80
0,83
0,94
0,97
Dužina zaveslaja (DZ) m/cik.
1,21
1,23
1,39
1,46
Frekvencija zaveslaja (FZ) cik/s
0,62
0,64
0,64
0,67
Indeks zaveslaja (IZ) m/cik/s
0,98
1,03
1,31
1,42
Prosečne vrednosti brzine plivanja bile su 0,885 m/s  za dečake i 0,745 m/s  za devojčice, što
nam ukazuje da je prosečno vreme za koje deca preplivaju 50 metara kraul stilom iznosi 57 sekundi
za dečake i 67 sekundi za devojčice. Vrednosti brzine su se povećavale u skladu sa uzrastom i znatno
su bile veće kod dečaka (Tabela 1. i Tabela 2.).
Tabela 2.  Plivačke sposobnosti i parametri zaveslaja kod učenica
Plivačke karakteristike
Uzrasna kategorija
11 godina
12 godina
13 godina
14 godina
Brzina plivanja (K50) m/sek
0,71
0,73
0,75
0,80
Dužina zaveslaja (DZ) m/cik
1,38
1,39
1,43
1,46
Frekvencija zaveslaja (FZ) cik/sek
0,51
0,53
0,54
0,54
Indeks zaveslaja (IZ) m/cik/sek
0,98
1,01
1,08
1,17
Vrednosti brzine plivanja (K50) statistički su značajne u odnosu na pol ispitanika na  p=0,05
(Tabela 3.). Prosečne vrednosti dužine zaveslaja bile su za dečake 1,33 m/ciklusu i za devojčice 1,41
m/ciklusu i nisu se statistički značajno razlikovale u odnosu na polnu pripadnost, osim u uzrastu 11
i 12 godina. Utvrđeno je da uzrast statitistički značajno utiče na vrednosti  dužine zaveslaja p<0,05
(Tabela 3). Frekvencija zaveslaja u proseku je za svaku uzrasnu grupu imala veće vrednosti, ali bez
statističke značajnosti, tako da je aritmetička sredina kod dečaka iznosila 0,64 ciklusa/sekundi a
kod devojčica 0,53 ciklusa/sekundi. Brzina zaveslaja u odnosu na pol dece pokazala je konstantnu
razliku u svakom uzrasnom periodu (p<0.01; F=0.24). Linearna korelacija je postojana u odnosu na
pol učenika i brzinu plivanja na nivou značajnosti od p<0,01 (Tabela 3.). Indeks zaveslaja (IZ) se nije
razlikovao u jedanaestoj i dvanaestoj godini, ali je imao znatno veće vrednosti kod dečaka u odnosu
na devojčice u 13 i 14 godini (Tabela 1. i Tabela 2.).
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Suzović Dejan, Savičević Dejan
Tabela 3   Povezanost rezultata  plivačkih sposobnosti u odnosu na pol i uzrast učenika
uzrast
pol
brzina (K50) dužina (DZ) frekvencija(FZ)
uzrast
1
,000
,574
,733*
,268
pol
1
-,776*
,510
-,956**
brzina (K50)
1
,136
,890**
dužina (DZ)
1
-,294
frekvencija (FZ)
1
*  Correlation is significant at the 0.05 level (2-tailed).
** Correlation is significant at the 0.01 level (2-tailed)
DISKUSIJA
Programski trenažni model primenjen u toku 16 časova istraživačkog postupka bio je usme-
ren na uvećanje efikasnosti i stabilnosti tehnike usavršavanjem mehaničkih karakteristika i veštine
zaveslaja u nivou zona  aerobnog i anaerobnog praga. Istraživanje je pokazalo da se vrednosti većine
parametara plivačkih sposbnosti povećavaju sa uzrastom učenika oba pola i to:
→ Povećanje brzine plivanja, kod dečaka 23,6%, a kod devojčica 12,6%;
→ Povećanje dužine zaveslaja, kod dečaka 34,7 %, a kod devojčica 5,8%;
→ Povećanje frekvencije zaveslaja, kod dečaka 8%, a kod devojčica 5,8%;
→ Povećanje indeksa zaveslaja, kod dečaka 44%, a kod devojčica 19,4%.
Ova činjenica može se objasniti poboljšanjem motoričkih sposobnosti u odnosu na uzrast,
ali i primenom programa obuke plivanja na kursevima tokom časova fizičkog vaspitanja (Coi-
win,1996; Grosse, 2007; Matić i sar, 2007). Osim toga, da bi se postigao uspeh  u plivačkoj kraul
tehnici na 50 metara, plivač mora da poseduje određen nivo maksimalne anaerobne moći, speci-
fične motoričke sposobnosti i antropometrijske karakteristike (Chollet, et al, 2000; Pereira, 2010).
Više vrednosti brzine plivanja koje su uočene kod dečaka uzrasta 12-14 godina mogle bi se obja-
sniti povećanjem anaerobne moći i mišićne snage kod dečaka nakon puberteta, a sveukupno po-
boljšljanje plivačkih parametara može se objasniti povećanjem laktatne komponente u toku rasta
i razvoja (Pavic, et al, 2008).
Razlike uočene između polova u ovoj studiji bili su u skladu sa dosadašnjim istraživanjima.
Tako su Inbar i Bar-Or (1977) pokazali da su anaerobni plivački testovi na 25 i 50 metara veoma
pouzdani i validni kada se uporede sa Vingejtovim anaerobnim testovima kod neobučenih plivača
uzrasta 8-12 godina. Isti autori su ustanovili  da su apsolutne vrednosti anaerobne moći merene Vin-
gejtovim testom znatno uvećane u odnosu na uzrast kod oba pola. Na vrednosti dužine zaveslaja, pol
je na uzrastu dece 11-12 godina imao najveći uticaj i ta prednost se objašnjava ranijim pubertetom
devojčica koji se karakteriše vrednostima mase i somatotipa. Nakon 11-12 godine razlike u dužini
zaveslaja dečaka potiču od razlike u odnosu parametara telesna visina /raspon ruku (Grosse, 2007).
Frekvencija zaveslaja nije se značajno promenila prema uzrastu kod oba pola, a vrednosti su bile
znatno više kod dečaka, nego kod devojčica za istu uzrasnu grupu, što je u skladu sa zapažanjima
koja je izneo Racev (1989) tokom longitudinalne studije na uzrastu 5-21 godine.
Poređenje 57 muškaraca i 65 žena vrhunskih plivača ocenjivanih na 50 metara slobodnim
stilom, pokazala su da su vrednosti dužine zaveslaja i frkvencije zaveslaja niže kod (ne)obuče-
nih plivača (Pelayo, 1997). U poređenju ove kategorije elitnih plivača isti autor ističe da se žene
odlikuju identičnim frekvencijama zaveslaja i nižim vrednostima dužine zaveslaja u odnosu na
muškarce (Maglischo, 2003;Dekerle, et al, 2005; Huot-Marchand, et al,2005) Podsetimo u ovom
istraživanju kod neiskusnih plivača frekvencija zaveslaja je glavni faktor koji je uticao na to da
dečaci plivaju brže od devojčica, dok se dužina zaveslaja nije bitno razlikovala kod ispitanika
prema polu.
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Parametri plivačkih sposobnosti učenika osnovne škole
ZAKLJUČAK
Rezultat ciklusa zaveslaja definisanog dužinom i frekvencijom zaveslaja predstavlja jednu od
osnovnih komponenti brzine plivanja. Različiti multidisciplinarni timovi proučavali su postojanje
optimalne proporcije FZ/DZ u odnosu na brzinu plivanja i varijacije koje unose stilovi plivanja ili
dužina staze. Na osnovu rezultata ovog istraživanja mogu se izvesti sledeći zaključci važni za trenere
i nastavnike fizičkog vaspitanja:
1)
Frekvencija zaveslaja je faktor koji ostaje nepromenjen od 11-14 godine;
2)
Bolje vrednosti plivačkih parametara uočenih kod dečaka mogu se objasniti većom fre-
kvencijom zaveslaja nego kod devojčica;
3)
Vrednosti dužine zaveslaja (DZ) imaju veće vrednosti u svakoj narednoj godini života, ali
se ne razlikuju između dečaka i devojčica u periodu od 12 godine, tako da se sa velikom
verovatnoćom može tvrditi da su tehničke mogućnosti identične kod oba pola;
4)
Indeks zaveslaja (SI) može da bude praktično merilo za trenere i nastavnike fizičkog vaspi-
tanja kako bi procenili nivo plivačkih sposobnosti i sačinili parametre ocenjivanja učenika;
5)
Primena antropometrijskih varijabli, plivačkog trenažnog staža, veći broj ispitanika i uklju-
čivanje drugih uzrasnih kategorija, doprineli bi reprezentativnijim podacima opserviranog
problema istraživanja.
LITERATURA
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front crawl swimming. The Australian Journal of Science and Medicine in Sport, 27(2), 34-37
Bompa, T (2009). Periodization: Theory and Methodology of Training. Human Kinetics.
Chollet, D., Chalies, S., & Chatard, J. C. (2000). A new index of co-ordination for the crawl:
Description and usefulness. International Journal of Sports Medicine, 21, 54-59
Coiwin C. M. (1996). Plivanje za 21 stoljeće. Zagreb: Gopal.
Dekerle, J., Nesi, X., Lefevre, T., Depretz, S., Sidney, M., Marchand F.H, Pelayo P. (2005). Stro-
king parameters in front crawl swimming and maximal lactate steady state speed. Int J Sports Med.,
(26) 53-58.
Grujić, N.(2003). Fiziologija sporta. Novi Sad:Futura
Huot-Marchand F., Nesi, X., Sidney, M, Alberty, M., Pelayo P. (2005). Variations of stroking pa-
rameters associated with 200 m competitive performance improvement in top-standard front crawl
swimmers. Sports Biomech.(4), 89-99.
Ilić, N. (2001). Osnovi fiziologije fizičkih aktivnosti. Beograd: Fakultet sporta i fizičkog vaspitanja.
Inbar, O. & Bar-Or (1977). Relationships of anaeroic and aerobicarm and leg capacities to
swimming performance of 12-18 year-old children, Qvebek: Pelikan 283, Frontiers of Activity and
childhealth, 146-153.
Madić, D. Okičić, T. i Aleksandrović, M. (2007). Plivanje. Niš: Fakultet sporta i fizičkog vaspi-
tanja.
Maglischo, E.W. (2003). Swimming fastest. Champaing: Human Kinetics.
Pavić, R., Trninić, V., Katić, R. (2008) Sex differences in motor characteristics of elementa-
ry school children included/not included in swimming training. Collegicum Antropologicum, 32
(2008), (3) 829-834.
Pelayo, P., Wille F., Sidney M., Berthonin S, Lavoive JM. (1997). Swimming performances and
stroking parameters in non skilled grammar school pupils: relation with age, gender and some ant-
hropometric characteristics. J Sports Med Phys Fitness,  37, 187-193.
Pereira, A. F., Marques, M. C., Louro, H., Costa, A. M., Silva, A. J., Reis, V. M., & Marinho, D. A.
(2010). The relationship of anthropometrical characteristics and performance in junior international
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level swimmers. Presentation 2223 at the 2010 Annual Meeting of the American College of Sports
Medicine, Baltimore, Maryland;
Potdevin, F. J ., Alberty, M. E . Chevutschi, A., Pelayo, P. et Sidney, M. C. (2011). Effects of a
6-Week Plyometric Training Program on Performances in Pubescent Swimmers. Journal of Strength
& Conditioning Research 25 (1), 80-86.
Racev,K. (1989). Die Auswahl talentierter Junger leichtathleten-erfahrungsberichte aus der
volksrepublik Bulgarien, Leitungssport 19, 41-47.
Rushall, B. S., Buono, M. J., Sucec, A. A., & Roberts, A. D. (1998). Elite swimmers and altitu-
detraining. Australian Swim Coach, 14(4), 22-33.
Susan J. Grosse (2007). Water Learning. Champaing:  Human Kinetics.
367
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UDK 797.21-057.874
PARAMETERS OF SWIMMING SKILLS OF PRIMARY SCHOOL PUPILS
Suzović Dejan1, Savičević Dejan2
1Faculty of Sport and Physical Education, Belgrade, Serbia
2College for Educators and Business Informatics, Sremska Mitrovica, Serbia
INTRODUCTION
The phylogenetic and ontogenetic development trends, which constitute manifest and
latent motor area of humans, represent a significant factor in the genesis of a human being. The
development of phylogenetic motor forms (walking, running, crawling, grasping, throwing...)
is written in the genotype of the individual and it takes the predetermined path typical for every
individual. Ontogenetic motor forms are complex movements, acquired by motor learning and they
represent typical characteristics of each individual. Swimming as an essential motor skill, cyclic sports
branch in which endurance is predominant (Bompa, 1999), body (physical) exercise is ontogenetic
motor skill and it is usually defined as the ability to keep and move the body on the surface by cyclic
locomotor movements of the human body (Madić et al., 2007).
Due to a specific horizontal position of the swimmer and the movement in the liquid fluid,
swimming has a significant positive effect on all organic systems, primarily on the cardiorespiratory,
locomotor posture status and nervous (proprioceptive, pyramidal and extrapyramidal) system (Ilic,
2001 Grujic, 2003). In non-scientific circles the semantics of the word ‘swimming’ is associated with a
positive impact on the health status of an individual. Appropriate methodical approach in preschool
age fosters positive development of physiological parameters of the child. However, learning,
teaching and training techniques of swimming styles result in the improvement of biomechanical
aspects of swimming parameters (Maglischo, 2003; Deckerle, et al, 2005; Gross, 2007). Therefore,
effective training techniques of swimming consist of a series of adaptation and reorganization of
motion stereotypes associated with the length of the humerus, the center of gravity of individual
body segments, and the correlation of the points of tensile and compressive forces and moments of
inertial propulsion segments (Blanksby et al, 1995; Rushal et al, 1998). This research is based on the
kinematic basis. Its subject is swimming skills and stroke parameters of boys and girls (un)skilled
swimmers or swimmer beginners aged 11-14 (Pavic, et al, 2008; Potdevin, et al, 2011).
The aim of the research was related to the identification and quantification of the speed of
swimming and the analysis of interrelationships of variables in applied research conducted during
four training sessions of swimming, which included 16 hours within the regular program of physical
education classes from 5 to 8 grades of primary school.
METHOD
The sample included 80 students, 36 boys and 44 girls in higher grades of primary school „J.J.
Zmaj” in Sremska Mitrovica, aged 11-14 who attended four training sessions of swimming for 16
hours, or 64 hours per year within physical education classes. The volume of training load consisted
of 60 to 65% load under aerobic conditions, 25 to 30% in mixed aerobic-anaerobic and 2 to 3% in the
anaerobic glycolytic and alactate energy sources. The groups were formed in April 2015 according
to age, gender and swimming ability. All participants swam 50 meters crawl start out of the water in
the pool 50 meters long. Testing was carried out in June 2015, by measuring:
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Suzović Dejan, Savičević Dejan
•
Swimming speed (K50) is expressed in meters per second (m/s) and is calculated by dividing
of swum section of 50 meters with a swimming time;
•
The length of the stroke (SL) is calculated by dividing swum section the with number of
cycles (two stroke make one cycle) and it is expressed in m/cycle (m/cycle);
•
The frequency of stroke (SF) is calculated by dividing the number of stroke cycles with the
time needed to swim the section and it is expressed in cycles/sec (cycle/S);
•
Stroke index (SI) as a measure of success in swimming disciplines, it is calculated as the
product of speed and length of stroke and it is expressed in m/s/cycle.
Descriptive and comparative discriminant (t test) and causal statistical procedures (correlation
analysis) were applied for all variables.
RESULTS
Speed (K50) of swimming of students, stroke parameters measured during the swimming
discipline crawl 50 meters and stroke index are shown in Tables 1 and 2.
Table 1 Swimming abilities and parameters of stroke among male students
Swimming characteristics
Age group
11 years
12 years
13 years
14 years
Swimming speed (К50) m/sec
0,80
0,83
0,94
0,97
Length of stroke (SL) m/cycle
1,21
1,23
1,39
1,46
Stroke frequency (SF) cycle/sec
0,62
0,64
0,64
0,67
Stroke index (SI) m/cycle/sec
0,98
1,03
1,31
1,42
Average values of speed were 0.885 m/s for boys and 0.745 m/s for girls, which show that the
average time for which children swim 50 meters crawl style is 57 seconds for boys and 67 seconds for
girls. Speed values were increased in accordance with the age and were significantly higher in boys
(Table. 1. and Table 2.).
Table 2 Swimming abilities and parameters of stroke among female students
Swimming characteristics
                                     Age group
11 years
12 years
13 years
14 years
Swimming speed (К50) m/sec
0,71
0,73
0,75
0,80
Length of stroke (SL) m/cycle
1,38
1,39
1,43
1,46
Stroke frequency (SF) cycle/
sec
0,51
0,53
0,54
0,54
Stroke index (SI) m/cycle/sec
0,98
1,01
1,08
1,17
The values of the speed of swimming (K50) were statistically significant in relation to gender
at p = 0.05 (Table 3). Average values of the length of stroke were 1.33 m/cycle for boys and 1.41
m/cycle for girls. They did not differ significantly by gender, except at the age of 11 and 12. It was
found that age statistically significantly affects the value of length of stroke p=0.05 (Table 3). Stroke
frequency showed higher values for each age group, but without statistical significance, so that the
arithmetic mean for boys was 0.64 cycles/second and 0.53 cycles/second for girls. Stroke speed in
relation to the gender showed constant difference at any age (p<0.01; F=0.24). Linear correlation was
stable compared to the gender of students and swimming speed at the level of significance of p = 0.01
(Table 3). Stroke index (SI) did not differ at the age of 11 and 12, but it had significantly higher values
among boys compared with girls aged 13 and 14 (Table 1. and Table 2.).
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Parameters of Swimming Skills of Primary School Pupils
Table 3. Correlation between the results of swimming ability in relation to gender and
age of students
age
   gender
speed (K50)
length (SL)
frequency(SF)
Age
1
,000
,574
,733*
,268
Gender
1
-,776*
,510
-,956**
Swimming speed
(K50)
1
,136
,890**
Length of stroke (SL)
1
-,294
Stroke frequency (SF)
1
*  Correlation is significant at the 0.05 level (2-tailed).
** Correlation is significant at the 0.01 level (2-tailed)
DISCUSSION
Programming training model applied during the 16 hours of the research process was focused
on enhancing the efficiency and stability of the technique by the improvement of skill and mechanics
of the stroke in the level zone of aerobic and anaerobic field. The research has shown that the values
of most parameters of swimming abilities increased with age of students of both genders, as follows:
→ Increase of the value of the speed of swimming, 23.6%  in boys and 12.6%  in girls
→ ncrease of the value of the length of the stroke, 34.7% in boys and 5.8%  in girls
→ Increase of the value of the frequency of stroke, 8% in boys and 5.8% in girls
→ Increase of the value of the stroke index, 44% in boys and 19.4% in girls;
This fact can be explained by the improvement of motor skills in relation to growth, but also
by training program of swimming courses during physical education (Coiwin, 1996; Grosse, 2007;
Matić et al, 2007). In addition, in order to achieve success in the swimming crawl technique at 50
meters, the swimmer must possess a certain level of maximum anaerobic power, specific motor and
anthropometric characteristics (Chollet et al, 2000; Pereira, 2010). Higher values of speed swimming
which are observed among boys aged 12-14 could be explained by an increase in anaerobic power
and muscular strength in boys after puberty and general improvement of swimming parameters can
be explained by the increase of lactation components during the growth and development (Pavic, et
al, 2008).
The differences observed between the genders in this study were consistent with previous
researches. Thus, Inbar and Bar-Or (1977) showed that anaerobic swimming tests at 25 and 50
meters are very reliable and valid when compared with the Wingate anaerobic tests with untrained
swimmers aged 8-12. The same authors found that the absolute values of anaerobic power measured
by Wingate test increased significantly in comparison to age in both genders. The gender had the
greatest influence on the values of the length of the stroke at the age of 11-12, which can be explained
by earlier puberty with girls which is characterized by the values of the mass and somatotype. After
the age of 11-12 the difference in the length of the stroke in boys results from differences in relation
to body height/arm span parametres (Grosse, 2007). The frequency of stroke was not significantly
changed by age in both genders and values were significantly higher in boys than in girls of the same
age group. The same observation is made by Racev (1989) during longitudinal study which included
examinees aged 5-21. Comparison of 57 male and 65 female elite swimmers evaluated at 50 meters
freestyle, showed that the values of the length of the stroke and the stroke frequencies were lower
in (un)skilled swimmers (Pelayo, 1997). Having considered this category of elite swimmers the same
author points out that women are characterized by identical stroke freqeuncy and lower values of
the length of stroke compared to men (Maglischo, 2003; Decker, et al, 2005; Huot-Marchand et al,
2005). Stroke frequency represents the main factor in this study with inexperienced swimmers which
influenced the fact that boys swim faster than girls, while the length of stroke was not significantly
different in these examinees.
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CONCLUSION
The result of the stroke cycle defined by length and frequency of stroke is one of the basic
components of swimming speed. Various multidisciplinary teams studied the existence of optimal
proportions of stroke frequency/ length of stroke in relation to the speed of swimming and variations
made by swimming styles or section length. The following conclusions, important for coaches and
PE teachers can be made according to the results of this research:
1)
Stroke frequency is a factor that remains unchanged in the period from 11 to 14;
2)
Better values of swim parameters observed in boys may be explained by the higher stroke
frequency than at girls;
3)
The values of length of stroke (SL) increase by each subsequent year, but they do not differ
between boys and girls at the age of 12; therefore, it can be stated that the technical abilities
are identical at both genders;
4)
Stroke index (SI) may be a practical measure for coaches and PE teachers to assess the level
of swimming ability and make the list of parameters for students assessment;
5)
Application of the anthropometric variables, swimming training experience, greater
number of examinees and the involvement of other age groups, would contribute to a more
representative data of observed trends.
REFERENCES
Blanksby, B. A., Parker, H. E., Bradley, S., & Ong, S. (1995). Children’s readiness for learning
front crawl swimming. The Australian Journal of Science and Medicine in Sport, 27(2), 34-37
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Chollet, D., Chalies, S., & Chatard, J. C. (2000). A new index of co-ordination for the crawl:
Description and usefulness. International Journal of Sports Medicine, 21, 54-59
Coiwin C. M. (1996). Plivanje za 21 stoljeće. Zagreb: Gopal.
Dekerle, J., Nesi, X., Lefevre, T., Depretz, S., Sidney, M., Marchand F.H, Pelayo P. (2005).
Stroking parameters in front crawl swimming and maximal lactate steady state speed. Int J Sports
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Grujić, N.(2003). Fiziologija sporta. Novi Sad:Futura
Huot-Marchand F., Nesi, X., Sidney, M, Alberty, M., Pelayo P. (2005). Variations of stroking
parameters associated with 200 m competitive performance improvement in top-standard front
crawl swimmers. Sports Biomech.(4), 89-99.
Ilić, N. (2001). Osnovi fiziologije fizičkih aktivnosti. Beograd: Fakultet sporta i fizičkog
vaspitanja.
Inbar, O. & Bar-Or (1977). Relationships of anaeroic and aerobicarm and leg capacities to
swimming performance of 12-18 year-old children, Qvebek: Pelikan 283, Frontiers of Activity and
childhealth, 146-153.
Madić, D. Okičić, T. i Aleksandrović, M. (2007). Plivanje. Niš: Fakultet sporta i fizičkog vaspitanja.
Maglischo, E.W. (2003). Swimming fastest. Champaing: Human Kinetics.
Pavić, R., Trninić, V., Katić, R. (2008) Sex differences in motor characteristics of elementary
school children included/not included in swimming training. Collegicum Antropologicum, 32 (2008),
(3) 829-834.
Pelayo, P., Wille F., Sidney M., Berthonin S, Lavoive JM. (1997). Swimming performances
and stroking parameters in non skilled grammar school pupils: relation with age, gender and some
anthropometric characteristics. J Sports Med Phys Fitness,  37, 187-193.
Pereira, A. F., Marques, M. C., Louro, H., Costa, A. M., Silva, A. J., Reis, V. M., & Marinho, D. A.
(2010). The relationship of anthropometrical characteristics and performance in junior international
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Parameters of Swimming Skills of Primary School Pupils
level swimmers. Presentation 2223 at the 2010 Annual Meeting of the American College of Sports
Medicine, Baltimore, Maryland;
Potdevin, F. J ., Alberty, M. E . Chevutschi, A., Pelayo, P. et Sidney, M. C. (2011). Effects of a
6-Week Plyometric Training Program on Performances in Pubescent Swimmers. Journal of Strength
& Conditioning Research 25 (1), 80-86.
Racev,K. (1989). Die Auswahl talentierter Junger leichtathleten-erfahrungsberichte aus der
volksrepublik Bulgarien, Leitungssport 19, 41-47.
Rushall, B. S., Buono, M. J., Sucec, A. A., & Roberts, A. D. (1998). Elite swimmers and
altitudetraining. Australian Swim Coach, 14(4), 22-33.
Susan J. Grosse (2007). Water Learning. Champaing:  Human Kinetics.
372
Conference Procedings
UDK 796.85.012.1-053.5

RAZLIKE MOTORIČKIH SPOSOBNOSTI KARATISTA JUNIORSKOG
UZRASTA PREMA SPECIJALIZACIJI

Branko Aleksić1, Vladimir Timotijević1, Miloš Mudrić1, Srećko Jovanović1, Dejan Suzović1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Karate danas spada u najpopularnije i masovno najprihvaćenije sportove obuhvatajući dve takmi-
čarske discipline - kate i borbe. Kata se sastoji od definisanih sekvenci ofanzivnih i defanzivnih tehnika
koje se izvode po tačno utvrđenom redosledu, ponekad relativno sporo i u relativno niskim stavovima
(Imamura i sar. 1998). Borbe u karateu sastoje se od slobodno izabranih ofanzivnih i defanzivnih akcija
koje se realizuju u odnosu na protivnika (Imamura i sar. 2002), obuhvatajući niz tehnika i kretanja koje
zahtevaju stalno pomeranje tela u prostoru (Iide i sar. 2008). Višegodišnje vežbanje karatea može uticati
na poboljšanje osnovnih motoričkih sposobnosti i to najviše na razvoj eksplozivne snage, brzine i koor-
dinacije (Simonović, 2010). Vežbe zastupljene u učenju tehnike karatea aktiviraju celokupnu muskula-
turu podjednako utičući na razvoj obe hemisfere, izbegavajući jednostranost kao u nekim sportovima.
Dominantno obeležje karatea predstavljaju brzi, eksplozivni pokreti sa naglašenom kontrolom realiza-
cije sile u odnosu na protivnika. Na pravilno izvođenje tehnike u karateu neophodan je određeni nivo
motoričkih sposobnosti. Razvoj motoričkih sposobnosti i tehnička priprema međusobno su povezani
i zavisni. To znači da rad na razvoju karate tehnike utiče i na razvoj motoričkih sposobnosti, i obrnuto.
Praćenje, vrednovanje i ocenjivanje morfološkog i motoričkog statusa sportista je veoma značajno za
procese upravljanja transformacionim procesima koje nastaju kao posledica trenažne aktivosti karati-
sta obe specijalizacije, kataša i boraca. Neophodno je da se morfološke karakteristike i motoričke spo-
sobnosti postave u optimalnu vezu sa tehničkim izvođenjem i taktičkom pripremom, u direktnoj borbi
sa protivnikom, pri čemu se koriste celokupni psihički i fizički energentski potencijal. Stoga je procena
i evaluacija karatista i njihovih specifičnih sposobnosti od velikog značaja u karateu.
Morfološke karakteristike sportista mogu uticati na uspešnost u postizanju sportskih rezul-
tata. Adekvatne morfološke karakteristike sportiste predstavljaju preduslov za ostvarivanje uspeha
u disciplini kojom se bavi, naravno, uz uslov da su ispunjeni ostali bitni faktori koji određuju uspe-
šnost. Bitna je pretpostavka da će od dvojice sportista, uz veoma slične uslove koji su potrebni za
postizanje sportskog rezultata, uspešniji biti onaj čije su morfološke karakteristike povoljnije za kon-
kretnu sportsku discipline. Za određenu vrstu sportskih aktivnosti potreban je adekvatan morfološki
tip sportiste za postizanje iznad prosečnih i vrhunskih rezultata, što uz višegodišnje podvrgavanje
trenažnom procesu u nekoj sportskoj aktivnosti i u skladu sa prethodnom selekcijom i genetskom
osnovom formira odgovarajući tip sportista za bavljenje određenom fizičkom aktivnošću. Optimal-
ne morfološke karakteristike sportista u velikoj meri zavise od izabranog sporta, međutim, gene-
ralno bolje rezultate postižu oni čija je morfologija prilagođena zahtevima određenog sporta, što je
naročito izraženo na višem takmičarskom nivou  (Jakšić, 2010).
Motoričke sposobnosti podrazumevaju čovekove kretne mogućnosti, u zavisnosti od fizičkih,
psiholoških, socioloških i drugih svojstava, koje se mogu izmeriti i upoređivati. Postoje razlike u is-
poljavanju motoričkih sposobnosti u raznim motoričkim aktivnostima. Neko postiže bolje rezultate
u eksplozivnoj snazi, neko u preciznosti, a neko u gipkosti. Sve to zavisi od genetskih predispozicija,
rasta i razvoja, razvijanja i usavršavanja posredstvom fizičkog vaspitanja i sporta. Sa sebi svojstvenim
osobinama i sposobnostima čovek raste, razvija se i usavršava vlastite sposobnosti čuvajući pri tome
svoje specifičnosti (Rodić i Buišić, 2012).
Motoričke sposobnosti latentnog karaktera ne mogu se meriti direktno već indirektno, a to
znači da se direktno mogu meriti samo motoričke reakcije, odnosno manifestacije različitim mernim
373
Zbornik radova
Razlike motoričkih sposobnosti karatista juniorskog uzrasta prema specijalizaciji
jedinicama (Malacko i Popović 2001). Registrovanje motoričkih reakcija vrši se raznim motoričkim
testovima ili mernim instrumentima koji moraju biti standardizovani. Osnovne motoričke sposob-
nosti (Kurelić i sar., 1975) predstavljaju „conditio sine qua non“ (uslov bez kojeg se ne može) u sva-
kom učenju motoričkih zadataka na osnovu čega se može smatrati da predstavljaju bazičnu vrednost
u ukupnom prostoru čovekove motorike (Badrić i sar., 2012) . Najčešće prihvaćena podela  bazičnih
motoričkih sposobnosti (Kurelić i sar., 1975) je na snagu, izdržljivost, brzinu, gipkost, preciznost i
ravnotežu. Sa velikim brojem svojih manifestacija broj bazičnih motoričkih sposobnosti i njihovih
dimenzija mnogo je veći od nabrojanih (Paspalj, 2008). Specifične motoričke sposobnosti stečene su
kao rezultat specifičnih treninga u pojedinim sportovima.
Većina istraživanja u karateu urađena je na ispitanicima seniorskog uzrasta muškog pola, pa
bi, ukoliko se žele objektivniji rezultati, trebalo povećati broj istraživanja sa uzorkom ispitanika iz
populacije karatista mlađih uzrasnih kategorija, pionira, kadeta i juniora. Motoričke sposobnosti
i morfološke karakteristike imaju značajnu ulogu u procesu selekcije i kontroli trenažnog procesa
(MacDougall i sar. 1991), ali ne postoje podaci koji bi ukazali na relacije ovih dimenzija između tak-
mičara u borbama i takmičara u katama.
Testovi za procenu sile i snage prilikom jednog ponavljajućeg maksimuma iz polučučnja i sa
grudi, kao i skok iz polučučnja i izbačaj sa grudi sa opterećenjem 30% od maksimalnog, osetljivi su
za procenu takmičarske uspešnosti karatista (Roschel i sar. 2009). Blažević i saradnici (2006) poku-
šali su da identifikuju „motornu strukturu” koja je relevantna za takmičarsku uspešnost u borbama
i došli su do saznanja da su tri glavna faktora koordinacija, eksplozivna snaga i frekvencija pokreta.
Pokreti u karateu dešavaju se u određenim amplitudama koje zahtevaju gipkost, naročito nogu. U
skladu sa time, karate trening podrazumeva adaptaciju vežbača na određene, produžene stavove i
kretanja kao specifični ambijent za realizaciju snažnih pokreta (Probst i sar. 2007).
Na ispoljavanje sile i snage utiču telesne dimenzije (Jarić, 2003; Jarić i sar. 2005; Nedeljković
i sar. 2009), koje mogu imati značajnu ulogu u selekciji takmičara povezano sa različitim zahtevima
sportskih disciplina u katama i borbama. Ovde treba uzeti u obzir postojanje težinskih kategorija u
borbama, koje uvažavaju postojanje veze između antropometrijskih karakteristika takmičara i dina-
mičkih dimenzija udaraca koji se ispoljavaju u direktnom kontaktu sa protivnikom (Kajčevski, 1981).
U zavisnosti od specijalizacije i podele na takmičare u borbama i katama moguće je uočiti razlike u
morfološkim karakteristikama (Fritzschel and Raschka 2007).
Ispitivanjem karakteristika vrhunskih takmičara u katama i borbama, primenom testova opšte
motorike, specifične motorike i testova za procenu neuromišićne funkcije u različitim režimima
mišićnog naprezanja uočene su razlike između karatista pri čemu su takmičari u borbama u odnosu
na takmičare u katama imali bolje rezultate u testovima trčanja na 10 metara iz mesta i troskoku iz
mesta (Koropanovski i sar., 2011). Zbog neophodne brzine u izvođenju, takmičari u borbama mogu
da pokažu veću brzinu pokreta i veću snagu, dok bi se sa druge strani mogla očekivati manja veličina
tela i veća gipkost nogu kod kata takmičara.
METOD
U radu je primenjen neeksperimentalni istraživački metod transverzalne studije. Kvalitativ-
nim pristupom izvršeni su posmatranje i deskripcija, a kvantitativnim testiranje i metod merenja.
Na osnovu podataka dobijenih na testiranju, odvojeno za kataše i borce, izračunati su deskrip-
tivni parametri (srednja vrednost, standardna devijacija, koeficijent varijacije, minimalna i maksi-
malna vrednost) za sve posmatrane varijable po protokolima EUROFIT baterije testova za procenu
motoričkih sposobnosti ispitanika. Istraživanjem je obuhvaćeno 44 ispitanika, učesnika sedmod-
nevnog kampa beogradskog karate saveza „Beograd 2014”
. Od svih ispitanika prethodno je dobijena
saglasnost koju su potpisali roditelji.
 Uzorak varijabli raspoređen je na morfološke varijable, koje bliže opisuju morfološki status
ispitanika, i motoričke sposobnosti ispitanika koje su podeljene na testove za procenu jačine, sna-
ge, brzine, agilnosti, koordinacije, gipkosti, izdržljivosti. Statistička značajnost razlika morfološkog i
motoričkog statusa kataša i boraca utvrđena je analizom varijansi (ANOVA).
Procena morfološkog statusa ispitanika vršena je na osnovu podataka dobijenih merenjem vi-
sine i mase tela. Merenje visine tela (VT) vršeno je korišćenjem antropometra po Martinu sa tačno-
šću merenja 0,1 cm. Za merenje mase tela (MT) ispitanika korišćena je medicinska decimalna vaga.
374
Conference Procedings
Branko Aleksić, Vladimir Timotijević, Miloš Mudrić, Srećko Jovanović1, Dejan Suzović
Rezultat je očitavan sa tačnošću 0,1 kg. Indeks mase tela (IMT), kao mera voluminoznosti ispitanika,
je odnos mase tela izražene u kilogramima i kvadrata visine tela ispitanika izražene u metrima (He-
yward,V., Stolarczyk, L. 1996).
Varijable za procenu motoričkih sposobnosti predstavljaju podaci dobijeni primenom EU-
ROFIT baterije testova, čiji je redosled sprovođenja određen opštim upustvima, preporučenih za
standardizovanu primenu u zemljama članicama Evropskog saveta. Na početku testiranja izvršavali
su jednostavne zadatke, čija realizacija ne prouzrokuje samo zamor, a zatim su sledili zadaci sa većim
energetskim zahtevom. Opis testova za procenu motoričkih sposobnosti.
Za procenu jačine primenjen je test izdržaj u zgibu (ZGIB), a za procenu snage testovi: skok u
dalj iz mesta (DALj), vertikalni skok iz polučučnja (SJ), vertikalni skok sa polučučnjem (CMJ), serija
vertikalnih skokova (7RJ). Za procenu brzine primenjeni su testovi: taping rukom (TAPR), sprint na
10 metara iz visokog starta (10 S), sprint na 10 metara iz letećeg starta (10 LS), sprint na 20 metara iz
visokog starta (20 S), dok je agilnost procenjivana sa dva testa: povratno trčanje 10x5 m (10x5), t test.
Za procenu koordinacije primenjen je test: brzina opružanja trupa (BOT), za procenu ravnoteže fla-
mingo test (RAVN), a za procenu gipkosti test: pretklon u sedu (PUSE). Na kraju testiranja za procenu
izdržljivosti primenjen je test povratnog trčanja 20 m sa postepenim povećanjem brzine (SRUN).
REZULTATI
Morfološke karakteristike ispitanika (N=44), od čega je 25 ispitanika koji se bave borbama
(borci), prosečnog uzrasta 13.47±2.29 godina, i 19 ispitanika koji se bave katama (kataši), prosečnog
uzrasta 14.87±2.35 godina, prikazane su u tabeli 1.
Tabela 1. Deskriptivni pokazatelji morfoloških karakteristika ispitanika u odnosu na disciplinu
test
 pol
N
Mean
StDev
Min
Max
Cv%
Visina tela (cm)
B
25
164.76
15.72
140.00
197.00
9.54
K
19
160.89
9.48
145.00
180.00
5.89
Masa tela (kg)
B
25
54.60
20.64
30.00
118.00
37.81
K
19
51.74
9.85
37.00
71.00
19.05
IMT
B
25
19.42
3.78
14.06
30.41
19.48
K
19
19.84
2.37
16.41
24.01
11.96
Na osnovu prikazanih rezultata uočljivo je da su borci viši i teži u odnosu na kataše, sa većim ko-
eficijentom varijacije, naročituo u masi tela. Rezultati ANOVE ukazuju da ne postoje statistički značaj-
ne razlike morfoloških karakteristika boraca i kataša ni kod jedne posmatrane varijable (p=0.35-0.67).
U testu za procenu jačine (zgib) borci su ostvarili bolje rezultate (27.36s, prema 22.93s) pri
čemu razlika nije statistički značejna (p=0.39). Deskriptivni pokazatelji za procenu snage (Tabela
2.) ukazuju na bolje rezultate kataša u većini testova (SJ, CMJ, CMJZ i 7RJ) pri čemu su razlike blizu
statističke značajnosti u testovima SJ, CMJ i CMJZ (p=0.09-0.14).
Tabela 2. Deskriptivni pokazatelji testova za procenu - snage
test
 pol
N
Mean
StDev
Min
Max
Cv%
DALJ (cm)
B
25
177.36
35.16
109.00
241.00
19.82
K
19
177.84
39.38
100.00
260.00
22.14
SJ (cm)
B
25
22.60
5.79
14.90
39.10
25.63
K
19
25.68
6.24
18.80
41.80
24.30
CMJ (cm)
B
25
26.35
6.85
15.20
44.90
25.98
K
19
29.90
6.25
22.40
44.40
20.92
CMJZ (cm)
B
25
32.18
7.72
20.90
51.80
23.98
K
19
35.69
7.77
28.20
54.40
21.76
7RJ (cm)
B
25
22.84
6.95
11.90
42.00
30.45
K
19
24.14
6.22
13.3
32.7
25.78
375
Zbornik radova
Razlike motoričkih sposobnosti karatista juniorskog uzrasta prema specijalizaciji
Deskriptivni pokazatelji za procenu brzine (Tabela 3.) ukazuju na bolje rezultate kataša u od-
nosu na borce u svim testovima, pri čemu je u testu za procenu frekvencije pokreta rukom (TAPR)
uočena statistička značajnost (p<0.05; F=5.71)
Tabela 3. Deskriptivni pokazatelji testova za procenu - brzine
test
 pol
N
Mean
StDev
Min
Max
Cv%
TAPR (s)
B
25
5.87
0.92
4.31
7.49
15.72
K
19
5.22
0.85
4.21
6.96
16.31
10S (s)
B
25
2.09
0.16
1.81
2.33
7.47
K
19
2.07
0.14
1.84
2.35
6.73
10LS (s)
B
25
1.62
0.20
1.26
1.99
12.34
K
19
1.57
0.14
1.26
1.85
9.00
20S (s)
B
25
3.68
0.32
3.09
4.26
8.67
K
19
3.64
0.27
3.16
4.10
7.34
U testovima za procenu agilnosti, koji su ispitani testovima: povratno trčanje 10x5 m i T test,
kao ni u testovima za procenu koordinacije i gipkosti, nisu uočene razlike između grupa u odnosu
na specijalizaciju. U testu za procenu gipkosti (PUSE) kataši su pokazali bolje rezultate u odnosu
na borce (25.8 cm nasuprot 23.8 cm). Prosečan broj grešaka u testu ravnoteže (RAVN) za borce je
bio 14.52 (5.52) grešaka, dok su kataši imali 9.21 (6.05) grešaka, što ukazuje na statistički značajnu
razliku (p<0.01; F=9.20). U testu za procenu aerobnih sposobnosti borci su bili neznatno bolji, ali ne
statistički značajno.
DISKUSIJA
Rezultati istraživanja motoričkih testova karatista u odnosu na specijalizaciju uočeno je da
su kataši postigli u proseku bolje rezultate u većini testova mada je statistički značajna razlika na-
đena  samo u dva testa u korist kataša. Ovo delimično ukazuje na očigledan nedostatak podataka o
razlikama kataša i boraca. Zbog takmičarski neophodne brzine u izvođenju kretnih zadataka, borci
mogu da pokažu veću brzinu pokreta i veću snagu, ali imaju i hendikep većih dimenzija tela prilikom
zauzimaja položaja koji iziskuju snagu (Lohman, 1998, Jaric et al 2005). Očekivani nalazi mogli bi
biti značajni ne samo u ranim selekcijama i treninzima karatea, već i pri određivanju specijalizacije
i evaluacije boraca i kataša.
Utvrđeno je da su borci viši i teži od kataša što verovatno potiče od razloga da u borbama po-
stoje težinske kategorije od najmanjih do najvećih koji diferenciraju težinu, a posredno i visinu tela.
Indeks mase tela je izjednačen.
Bolji rezultati boraca u testu za procenu jačine mogli bi se pripisati direktnom kontaktu boraca
sa protivnikom udaracima i u klinču, dok kataši imaju borbu sa zamišljenim protivnikom. Veća uspe-
šnostu kataša u testovima za procenu snage je očekivana jer kate zahtevaju izvođenje dubokih stavo-
va kao i kretnji u njima pa ovakvi pokreti i tehnike razvijaju mišićnu silu a posredno i snagu mišića
koja najviše utiče na izvođenje skokova, doskoka, promena pravca kretanja, itd. Testovi za procenu
brzine pokazali su statistički značajne razlike u korist kataša jedino u testu za procenu frekvencije
pokreta rukom. Ovo se może povezati sa brzim promenama pokreta rukom u pojedinim katama, što
nije toliko prisutno u borbama.
S obzirom da kate zahtevaju održavanje tehnički zahtevnih položaja pa čak i na jednoj nozi
(Gankaku kata) test za procenu ravnoteže je direktan pokazatelj uticaja tehničkih zahteva na dobije-
ne rezultate. Kataši imaju striktnu šemu pokreta koja ne bi smela naknadno da se koriguje, dok je kod
boraca dozvoljeno korigovanje pozicije za adekvatno izvođenje tehnike pri kojima se često narušava
ravnoteža.
Analizirajući rezultate testa pretklon u sedu, iako nema statistiški značajne razlike, kataši su
postigli bolje srednje vrednosti. Koropanovski i sar. (2011) uočili su da kataši ostvaruju bolje rezulta-
te u testovima gipkosti. Što se gipkosti u zglobovima nogu tiče kataši su pokazali bolje rezultate što
376
Conference Procedings
Branko Aleksić, Vladimir Timotijević, Miloš Mudrić, Srećko Jovanović1, Dejan Suzović
se može objasniti razlikama u tehnici boraca i kataša, jer u borbama nije bitna striktno precizna šema
pokreta, u katama su zastupljeni niski stavovi kojima je neophodna velika gipkost u svim zglobovima
nogu.
Aerobni kapacitet se smatra značajnim faktorom u karateu (Caput P. Krstulović S. i Katić R.
2013). Odlaže nastanak zamora tokom treninga i omogućava procese oporavka tokom pauze između
dva uzastopna segmenta tokom kate, kao i između dve uzastopne borbe.
ZAKLJUČAK
Iako je uočen očigledan nedostatak podataka o razlikama kataša i boraca mlađeg uzrasta, u
budućnosti bi trebalo ponoviti sličnu studiju koja bi pomogla da se na osnovu većeg broja podataka i
ispitanika koji su bili uključeni u ovu, a i u neku narednu studiju izvrši predikcija rezultata i postave
ciljevi za neki duži period. Praćenje realizacije programa, procenjivanje ostvarenih rezultata i njiho-
va komparacija u trenažnom procesu sa karatistima treba da bude osnova za podsticanje trenera i
svih stručnih ljudi za odgovorniji i svestraniji odnos prema radu u ovoj oblasti. Bilo bi dobro da se u
budućnosti kroz ovakva istraživanja, kako bi se još tačnije utvrdio odnos određenih grupa karatista, i
na osnovu dobijenih rezultata još preciznije vršila selekcija na kataše i borce i to u najboljem periodu
za njih.
LITERATURA
Badrić, M., Sporiš, G., Trklja, E., Petrović, J. (2012). Trend razvoja motoričkih sposobnosti uče-
nika od 5. do 8. razreda. Zbornik radova, 21. Letnja škola kineziologa Republike Hrvatske, 115-121.
Blažević S, Katić R, Popović D. (2006). The effect of motor abilities on karate performance.
Collegium Antropologicum, 30(2): 327-33.
Fritzschel, J., Raschka, C. (2007). Sports anthropological investigations on somatotypology of
elite karateka. Anthropologisher Anzeiger, 65(3): 317-329.
Heyward, H.V., Stolarczyk, M.L. (1996). Applied Body Composition Assessment, Human Ki-
netics, USA
Iide, K., Imamura, H., Yoshimura, Y., Yamashita, A., Miyahara, K., Miyamoto, N., et al. (2008).
Physiological responses of simulated karate sparring matches in young men and boys. Journal of
Strength and Conditioning Research, 22(3): 839-844.
Imamura, H., Yoshimura, Y., Nishimura, S., Nakazawa, A.T. (2002). Physiological responses
during and following karate training in women. Journal of Sports and Medicine Physiological Fit-
ness, 42:431-437.
Imamura, H., Yoshitaka Y, Uchida, K., Nishimura, S., Nakazawa, A.T. (1998). Maximal oxygen
uptake, body composition and strength of highly competitive and novice karate practitioners. Appli-
ed Human Science, 17(5), 215-218.
Jakšić, D. (2010). Primena različitih statističkih metoda u definisanju morfoloških tipova. Ma-
ster rad. Novi Sad: Fakultet sporta i fizičkog vaspitanja.
Jaric, S. (2003). Role of body size in the relation between muscle strength and movement per-
formance. Exercise and Sport Science Reviews, 31(1): 8-12.
Jaric, S., Mirkov, D., Markovic, G. (2005). Normalizing physical performance tests for body
size: a proposal for standardization. Journal of Strength and Conditioning Research, 19(2):467-74.
Kajčevski, A. (1981). Ispitivanje dinamičkog stereotipa impulsa sile proizvedenog segmentar-
no kranijalnim dela tela registrovan kinematografskom, elektromiografskom i dinamografskom me-
todom (Doktorska disertacija), Fakultet fizičke kulture, Beograd.
Koropanovski, N., Berjan, B., Bozic, P., Pazin, N., Sanader, A., Jovanovic, S., Jaric, S. (2011).
Anthropometric and Physical Performance Profiles of Elite Karate Kumite and Kata Competitors.
Journal of Human Kinetics, 30:107-114.
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Razlike motoričkih sposobnosti karatista juniorskog uzrasta prema specijalizaciji
Kurelić, N., Momirović, K., Stojanović, M., Šturm, J., Radojević, Đ., Viskić, N. (1975). Struk-
tura i razvoj morfoloških i motoričkih dimenzija omladine. Beograd: Institut za naučna istraživanja
Fakulteta za fizičko vaspitanje.
Lohman, T.G., Roche, A.F., Martorell, R. (1988). Anthropometric standardization reference
manual. Champaign,Illinosis: Human Kinetics.
MacDougall, D.J., Wenger, H.A., Green, H.J. (1991). Physiological Testing of Highperformance
Athlete (2nd ed.). Champaign, Illinosis: Human Kinetics.
Malacko, J., Popović, D. (2001). Metodologija kineziološko antropoloških istraživanja. Prišti-
na: Fakultet za fizičku kulturu.
Nedeljkovic, A., Mirkov, D.M., Bozic, P., Jaric, S. (2009). Tests of muscle power output: the role
of body size. International Journal of Sports Medicine, 30(2): 100-6.
Paspalj, D. (2008). Uticaj bazičnih motoričkih sposobnosti na efikasnost izvođenja tehnika ba-
canja iz programa specijalnog fizičkog obrazovanja. Banja Luka: Fakultet fizičkog vaspitanja i sporta.
Probst, M.M., Fletcher, R., Seeling, D.S. (2007). A comparison of lower-body flexibility,
strength, and knee stability between karate athletes and active controls. Journal of Strength and
Conditioning Research, 21(2): 451-455.
Rodić, N. Buišić, S. (2011). Latentna motorička struktura motoričkih sposobnosti dečaka od
deset i po godina. Norma, 16(2): 241–254.
Roschel, H., Batista, M., Monteiro, R., Bertuzzi, R.C., Barroso, R., Loturco, I., Ugrinowitsch, C.,
Tricoli, V., Franchini, E. (2009). Association between neuromuscular tests and kumite performance
on the Brazilian Karate National Team. Journal of Sports Science and Medicine, 8(CSSI 3):20-24.
Simonović, Z., Kozomora, G., Mujanović, R. & Projović, A. (2010). Razlika u morfološkim
karakteristikama između nesportista i karatista. Zbornik radova, Deveti međunarodni naučni skup
FIS komunikacije u sportu, fizičkom vaspitanju i rekreaciji, 489-495. Niš: Fakultet sporta i fizičkog
vaspitanja.
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UDK 796.85.012.1-053.5
DIFFERENCES OF MOTOR ABILITIES OF JUNIOR KARATEKA
ACCORDING THE SPECIALISATION
Branko Aleksić1, Vladimir Timotijević1, Miloš Mudrić1, Srećko Jovanović1,
Dejan Suzović1
1Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
Karate nowadays belongs to the most popular and most widely accepted sports encompassing
two competitive disciplines – kata and combat. Kata comprises defined sequences of offensive and
defensive techniques, which are executed in a strictly determined order, sometimes relatively slow and
in relatively low stances (Imamura et al. 1998). Combats in karate comprise freely chosen offensive
and defensive actions realized in relation to the opponent (Imamura et al. 2002), encompassing a
number of techniques and movements demanding continuous shifting of the body in space (Iide
et al. 2008). Practicing karate for longer period of time (several year) can affect better basic motor
abilities especially the development of explosive strength, speed and coordination (Simonovic, 2010).
Practices presented in learning of karate techniques activate the whole musculature evenly influencing
on the development on both hemispheres, avoiding laterality, as against some sports. The dominant
marks of karate are the quick, explosive moves with the emphasized control of the realization of the
force in relation to the opponent. For the proper execution of the karate technique a certain level
of motor abilities is necessary. The development of motor abilities and technical preparation are
interconnected and interdependent. This means that work on the development of karate technique
influences on the development of motor abilities and vice versa. Observing, evaluating and assessing
of morphological and motor status of sportsmen is very significant for the processes of managing
transformational processes which occur as a consequence of training activity of karate players of
both specialties, kata  and combat competitors. It is necessary that the morphological characteristics
and motor abilities be put in an optima link to the technical performance and tactical preparation,
in the direct fight with the opponent, during which the whole psychological and physical energetic
potential is being used. This is why estimating and evaluating of karate players and their specific
capabilities is of great significance in karate.
	 Morphological characteristics of athlete can affect success in achieving sport results. Adequate
morphological characteristics of the sportsman represent the precondition for achieving success in
the discipline, which he does, of course, with the condition that all other important factors, which
define success, are met. The important presupposition that from the two athletes, with very similar
conditions necessary to achieve sport results, the more successful will be the one whose morphological
characteristics are more favorable for the specific sport discipline. For a certain type of sport activities,
an adequate morphological type of athlete is necessary to achieve above average and top results, which
with several years of training process in some sport activity and in accordance to the previous selection
and genetic basis to form an appropriate type of sportsman for doing the specific physical activity.
The optimal morphological characteristics of athlete greatly depend on the chosen sport; however,
generally better results are achieved by those whose morphology is adjusted to the demands of the
specific sport, which is highly expressed in higher competitive level (Jaksic, 2010).
Motor abilities encompass man’s movement possibilities, depending on the physical,
psychological, sociological and other traits, which can be measured and compared. There are
differences in expressing motor abilities in different motor activities. Someone achieves better
results in explosive strength, some in accuracy, and some in flexibility. It all depends on the genetic
predispositions, growth and development, growing and perfecting with physical education and
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Differences of Motor Abilities of Junior Karateka According the Specialisation
sport. With its own unique traits and capabilities a man grows, develops and perfects their own
capabilities guarding their specificities (Rodic and Buisic, 2012).
	 Motor abilities of latent character cannot be measured directly but indirectly, which
means that only motor reactions can be measured directly, that is the manifestations in different
measurement units (Malacko and Popovic 2001). Registering of motor reactions is conducted by
different motor tests or measurement instruments, which need to be standardized. The basic motor
abilities (Kurelic et al., 1975) represent “condition sine qua non” (a condition without which there
cannot be) in every learning of motor tasks, which can be considered to represent the basic value
in whole space of man’s motor skills (Badric et al., 2012).  The most frequently accepted division of
the basic motor abilities (Kurelic et al., 1975) is strength, endurance, speed, flexibility, accuracy and
balance. With great number of its manifestations the number of motor abilities and their dimensions
is much greater than the aforementioned (Paspalj, 2008). Specific motor abilities are acquired as a
result of specific trainings in some sports.
	 Most of researches in karate have been conducted on the senior age males, so, to get more
objective results, there should be an increase in number of research with a sample of subjects
from karate athletes of younger categories – pioneers, cadets and juniors. Motor abilities and
morphological characteristics play an important role in selection and control of the training process
(MacDougall et al. 1991), but there are no data to show the relation of these dimensions between the
combat and kata competitors.
	 The tests for evaluating the force and strength during a repetitive maximum from half-
crouch and from the chest, as well as the jump from half-crouch and the thrust from the chest with
30% from maximum overload are sensitive for evaluating competitive success of the karate players
(Roschel et al. 2009). Blazevic et al (2006) tried to identify the “motor structure” which is relevant to
the competitive success in fights and they have come to understanding that three main factors are
coordination, explosive strength and frequency of movement. The moves in karate occur in certain
amplitudes, which require flexibility, especially of the feet. In accordance to that, karate training
involves the adaptation of the player to the specific, elongated stances of movement as a specific
ambient for the realization of the strong moves (Probst et al. 2007).
	 Body dimensions influence on exerting force and strength (Jaric, 2003; Jaricet al. 2005;
Nedeljkovic et al. 2009), which can bear a significant role in the selection of the contestants
connected to the different demands of the sport kata and combat competitors. Here, the existence of
weight categories in fights should be taken into consideration, which approves the existence of the
link between anthropometric characteristics of the contestants and the dynamic dimensions of the
blows, which are inflicted in the direct contact with the opponent (Kajcevski, 1981). Depending on
the specialization and division on contestants in combat and kata competitors, it is possible to notice
the differences in morphological characteristics (Fritzschel and Raschka 2007).
	 By Investigating the characteristics of the top in kata and combat competitors, by applying
the general motor tests, specific motor tests and neuromuscular function tests in different parts of
muscular strain the differences between karate players could be noticed, the combat competitors having
the better results in test on 10 meters from standing position and triple jump from standing position
as against the kata competitors (Koropanovski et al., 2011). For the necessary speed in performance,
the combat competitors had to display greater speed of movements and greater strength, while on the
other hand, lesser body size and greater flexibility could be observed at kata competitors.

METHOD
In this study was applied non-experimental research method of transversal studies. With
qualitative approach the observing and description have been conducted and with quantitative the
method of measurement.
	 According to the data received from the testing, the kata players and fighters separately,
the descriptive parameters (mean value, standard deviation, coefficient of variation, minimum and
maximum) could be calculated for all observed variables by the protocols of EUROFIT battery tests
for evaluating motor abilities of the subjects. The research included 44 participants, members of a
karate union “Belgrade 2014” seven-day camp. All the subjects previously handed in their consents
signed by their parents.
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Conference Procedings
Branko Aleksić, Vladimir Timotijević, Miloš Mudrić, Srećko Jovanović1, Dejan Suzović
	 The sample for the variables was divided into morphological variables, which closely describe
the morphological status of the subjects; their motor abilities were divided into test for evaluating
strength, power, speed, agility, coordination, flexibility and endurance. Statistical significance of the
differences between the morphological and motor status of the kata and the combat competitors was
defined by the analysis of the variance (ANOVA).
	 Evaluating of the morphological status of the subjects was done based on their data acquired
by measuring height and weight of the body. Body height (BH) was assessed with the standard
anthropometer by Martin with the accuracy of measuring 0.1 cm, and body weight (BW) was
assessed by digital scale with the accuracy of 0.1 kg. The index of the weight of the body (BMI), as
well as the measure of the voluminosity of the subject is the relation of the body weight expressed in
kilos and the square of the body height expressed in meters (Heyward,V., Stolarczyk, L. 1996).
	 The variables for evaluating the motor abilities represent the data acquired by applying the
EUROFIT battery tests, which order of execution was defined by general instructions, recommended
for the standardized usage in the country members of the European Council (Kukolj et al. 1993). At
the beginning of the testing they executed simple tasks, for the realization of which strain was not
the sole result, and then followed the tasks with greater energetic demand.
	 For evaluating the strength a test Bent arm hang (BAH) was applied, and for the evaluating
the power the tests: Standing broad jump (JUMP), Squat jump (SJ), Countermovement jump without
(CMJ) and with arm swing (CMJA), Seven repetition jumps (7RJ). For evaluating of speed next tests
were applied: Plate tapping (PTAP), sprint fro 10 meters from standing position (10 S), sprint for 10
meters flying start (10 FS), sprint for 20 meters from standing position (20 S), whereas the agility
was evaluated with two tests: Shuttle run 10x5 m (10x5), T test. For evaluating the coordination
the test of speed of relaxing the trunk (BOT) was used, for evaluating the balance the flamingo test
(BAL), and for evaluating of flexibility Seat and reach (SAR). At the end of the testing for evaluating
the endurance the test 20 m shuttle run (SRUN) was used.

RESULTS
Morphological characteristics of the subjects (N=44), out of which 25 subjects do combat of
mean age 13.47±2.29 years and 19 subjects doing katas, of mean age 14.87±2.35 years, are shown in
table 1.
Table 1. Descriptive markers of the morphological characteristics of the subjects
according to the discipline
test
 pol
N
Mean
StDev
Min
Max
Cv%
Body Height (cm)
C
25
164.76
15.72
140.00
197.00
9.54
K
19
160.89
9.48
145.00
180.00
5.89
Body Weight (kg)
C
25
54.60
20.64
30.00
118.00
37.81
K
19
51.74
9.85
37.00
71.00
19.05
BMI
C
25
19.42
3.78
14.06
30.41
19.48
K
19
19.84
2.37
16.41
24.01
11.96
According to the shown results it can be pointed out that the combat competitors are taller
and weight more with regard to the kata competitors, with greater coefficient of variation, especially
in the body weight. Results of ANOVA revealed that there are no statistically significant differences
in morphological characteristics of the combat and kata competitors in any observed variable
(p=0.35-0.67).
In the strength test (BAH) the combat competitors achieved better results (27.36s, as against
22.93s), but not statistically significant (p=0.39). The descriptive markers for evaluating power (Table
2.) point out the better results of the kata competitors in most of the tests (SJ, CMJ, CMJA i 7RJ), the
differences being close to statistically significant for SJ, CMJ i CMJA (p=0.09-0.14).
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Differences of Motor Abilities of Junior Karateka According the Specialisation
Table 2. The descriptive parameters of the test for evaluating strength
test
 spec
N
Mean
SD
Min
Max
Cv%
JUMP (cm)
B
25
177.36
35.16
109.00
241.00
19.82
K
19
177.84
39.38
100.00
260.00
22.14
SJ (cm)
B
25
22.60
5.79
14.90
39.10
25.63
K
19
25.68
6.24
18.80
41.80
24.30
CMJ (cm)
B
25
26.35
6.85
15.20
44.90
25.98
K
19
29.90
6.25
22.40
44.40
20.92
CMJA (cm)
B
25
32.18
7.72
20.90
51.80
23.98
K
19
35.69
7.77
28.20
54.40
21.76
7RJ (cm)
B
25
22.84
6.95
11.90
42.00
30.45
K
19
24.14
6.22
13.3
32.7
25.78

The descriptive markers for speed tests (Table 3.) indicate the better results of the kata
competitors compared to the combat competitors in all tests, except for the test of evaluating the hand
movement frequency (PTAP) where was obtained statistic significance difference (p<0.05; F=5.71)
Table 3. Descriptive parameters of the tests for evaluating speed
test
 spec
N
Mean
SD
Min
Max
Cv%
PTAP (s)
B
25
5.87
0.92
4.31
7.49
15.72
K
19
5.22
0.85
4.21
6.96
16.31
10S (s)
B
25
2.09
0.16
1.81
2.33
7.47
K
19
2.07
0.14
1.84
2.35
6.73
10FS (s)
B
25
1.62
0.20
1.26
1.99
12.34
K
19
1.57
0.14
1.26
1.85
9.00
20S (s)
B
25
3.68
0.32
3.09
4.26
8.67
K
19
3.64
0.27
3.16
4.10
7.34

In the agility tests which were administered by tests: 10x5 m and T test, as well as the tests for
evaluating coordination and flexibility, there weren’t noticed differences between groups according
to the specialization. In the test for evaluating flexibility (SAR) the kata competitors revealed
better results with regard to the combat competitors (25.8 cm vs. 23.8 cm). The average number of
mistakes in the test of balance (BAL) was 14.52 (5.52) for combat competitors and 9.21 (6.05) for
kata competitors, which indicates a statistically significant difference (p<0.01; F=9.20). In the test for
evaluating aerobic capabilities the combat competitors were insignificantly better.
DISCUSSION
The results of the research of tests of karate competitors according to their specialization
revealed better results of the kata competitors in most of the tests, though statistically significant
difference was found only in two tests. This partially shows the obvious lack of data on the differences
of kata and combat competitors. Due to the competitively necessary speed in executing the
movement tasks, the combat competitors can display greater movement speed and greater strength,
but they have a handicap of greater body dimensions during taking stance, which demands strength
(Lohman, 1998, Jaric et al 2005). The expected results could be important not only in the early
382
Conference Procedings
Branko Aleksić, Vladimir Timotijević, Miloš Mudrić, Srećko Jovanović1, Dejan Suzović
selections and karate trainings, but during the choice of specialization and evaluation of the combat
and kata competitors.
It is ascertained that combat competitors are taller and heavier than the kata competitors
which perhaps is owing to the fact that combat competitors have weight categories from least to
most which define body weight, and indirectly the body height. The body mass index is evened.
The better results of the combat competitors in test for evaluating force could be acclaimed
to the direct contact to the fighter with blows and in clinch, whereas the kata competitors have a
fight with an imaginary opponent. The greater success with kata competitors in power tests was
to be expected for katas demand performing of deep stances as well as movement within them,
hence these movements and techniques develop musculature strength and indirectly the power of
the muscles which influences the most on performing jumps, landings and changing the direction of
movement, etc. The tests for evaluating speed have shown statistically significant differences in favor
of the kata competitors in the Plate tapping test. This can be related with the fast hand movements
in some katas, which is not at all present in combats.
Bearing in mind that katas demand maintaining technically demanding stances even on one
foot (Gankaku kata) the balance test is a direct marker of the influence of technical demands on
the received results. The kata competitors have a strict movement pathern, which shouldn’t be
altered subsequently, whereas combat competitors are allowed to alter their position for adequate
performance of the technique, which often disrupts the balance.
Analyzing the results of the Seat-and-reach, even though there are no statistically significant
differences, the kata competitors achieved better average values. Koropanovski et al. (2011) have
noticed that the kata competitors achieve better results in flexibility tests. When it comes flexibility
of leg joints, the kata competitors have shown better results which can be ascribed to the differences
in the techniques of combat and kata competitors, because combats do not require a strictly precise
scheme of movement and in katas low stances are presented which demand abundant flexibility in
all joints of the legs.
Aerobic capacity is considered a significant factor in karate (Caput P. Krstulović S. i Katić R.
2013). It prevents strain during training and enables the process of recovery during taking breaks
between two segments in a row of katas or between two combats in a row.
CONCLUSION
Even though a clear insufficiency of data has been noticed on the differences of kata and
combat competitors of younger age, a similar study should be repeated in the future to help with the
greater amount of data and subjects who were included in this and in some next studies to make a
prediction of the results and set the goals for a longer period of time. Observing the realization of the
program, evaluating of achieved results and their comparison in the training process with the karate
athletes should be the basis for encouraging the trainers and all professional people responsible for
all-encompassing approach to the work in this area. It would be good that these types of research
in the future, according to the received results, even more precisely conduct the selection of kata
and combat competitors and in their best age, so as to even more accurately ascertain the relation
between the certain groups of karate players.
REFERENCES
Badrić, M., Sporiš, G., Trklja, E., Petrović, J. (2012). Trend razvoja motoričkih sposobnosti
učenika od 5. do 8. razreda. Zbornik radova, 21. Letnja škola kineziologa Republike Hrvatske,
115-121.
Blažević S, Katić R, Popović D. (2006). The effect of motor abilities on karate performance.
Collegium Antropologicum, 30(2): 327-33.
Fritzschel, J., Raschka, C. (2007). Sports anthropological investigations on somatotypology of
elite karateka. Anthropologisher Anzeiger, 65(3): 317-329.
383
Zbornik radova
Differences of Motor Abilities of Junior Karateka According the Specialisation
Heyward, H.V., Stolarczyk, M.L. (1996). Applied Body Composition Assessment, Human
Kinetics, USA
Iide, K., Imamura, H., Yoshimura, Y., Yamashita, A., Miyahara, K., Miyamoto, N., et al. (2008).
Physiological responses of simulated karate sparring matches in young men and boys. Journal of
Strength and Conditioning Research, 22(3): 839-844.
Imamura, H., Yoshimura, Y., Nishimura, S., Nakazawa, A.T. (2002). Physiological responses
during and following karate training in women. Journal of Sports and Medicine Physiological Fitness,
42:431-437.
Imamura, H., Yoshitaka Y, Uchida, K., Nishimura, S., Nakazawa, A.T. (1998). Maximal oxygen
uptake, body composition and strength of highly competitive and novice karate practitioners.
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Koropanovski, N., Berjan, B., Bozic, P., Pazin, N., Sanader, A., Jovanovic, S., Jaric, S. (2011).
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UDK 796.81.093.1(4)“2015“
ANALIZA TAKMIČARSKE AKTIVNOSTI RVAČA SLOBODNIM STILOM
NA PRVIM EVROPSKIM OLIMPIJSKIM IGRAMA 2015. GODINE
Marković Milan1, Dopsaj Milivoj1
1 Fakultet sporta i fizičkog vaspitanja, Univerzitet u Beogradu, Srbija
UVOD
Istraživanja takmičarske aktivnosti danas dobijaju sve veću aktuelnost u savremenoj sport-
skoj teoriji i praksi i sve više se afirmišu kao posebna grupa istraživanja sa specifičnom metodo-
logijom. Takmičarska aktivnost u različitim sportskim granama uslovljena je karakteristikama tih
grana (Hughes and Franks, 2008). Rezultati koji opisuju takmičarsku aktivnost sportista spadaju
u pokazatelje koji najdireknije odslikavaju vezu između procesa pripreme i takmičarskih rezulta-
ta u konkretnoj sportskoj grani (Tünnemann, 1996). Uočavanje i analiza najznačajnijih parametara
takmičarske aktivnosti, kvantitativno određivanje uticaja i međusobne povezanosti tih parametara,
kao i objašnjenje njihove zavisnosti i povezanosti sa određenim aspektima pripreme, predstavljaju
veoma važan i delikatan istraživački zadatak (Dopsaj, 2009). Naravno, ovakva vrsta istraživanja pravi
smisao ima tek kada se realizuju u uslovima izrazite usmerenosti ka maksimalnom rezultatu, odno-
sno na najznačajnijim takmičenjima (Jovanović, Koprivica, Ćirković i  Koropanovski, 2010).
Takmičarska aktivnost u rvanju predstavlja ispoljavanje takmičara u skladu sa pravilima rva-
nja, a ona direktno zavisi od njegove pripremljenosti. Tehnička, taktička, psihološka, kondiciona i
teorijska priprema rvača stavljene su u funkciju unapređenja takmičarske aktivnosti, ali i pokazatelji
takmičarske aktivnosti direktno utiču na sve navedene segmente pripreme rvača. Analiza takmi-
čarske aktivnosti nedvosmisleno pokazuje koji se elementi tehnike najviše primenjuju, koji detalji
taktike imaju poseban značaj, te pravce u kojima bi trebalo usmeriti kondicionu i psihološku pripre-
mu rvača. Uspeh u rvanju pokazatelj je dobre usklađenosti svih ovih faktora, čime se omogućavaju
uspešno manifestovanje potrebnih znanja i veština, a pokazatelji takmičarske aktivnosti „otkrivaju“
način na koji se ti faktori pripreme manifestuju u rvačkoj borbi (Tuenneman, 2004). Na taj način
dosadašnja istraživanja otkrivaju specifičnost takmičarske aktivnosti na Evropskim i Svetskim tak-
mičenjima.
Anаlizom finalnih borbi Evropskog prvenstvа 2013. godine (Mаrković i Kаsum, 2013b) do-
bijeni su sledeći rezultati takmičarske aktivnosti: ostvаreno je 157 bodovа u 102 аkcije, od čegа je
dolаscima nа leđа ostvareno više od 50% bodova, tj. preovlаdаvаju аkcije sа mаlim fаktorom rizikа,
a posmаtrаnjem reаlizovаnih bodovnih аkcijа po delovimа rundi uočenа je većа uspešnost u drugim
delovimа rundi.
Analiza Svetskog prvenstva 2013. godine (Marković i Kasum, 2013a) pkazala je da se u rvanju
slobodnim stilom, i nakon izmene pravila, nastavio trend sužavanja repertoara korištenih tehnika.
Broj bodova ostvarenim u borbama za medalju nije se značajno promenio 166 boda dok je broj akcija
opao za 20 procenata. Kao posledica povećanja vrednosti akcije dolaska na leđa na 2 boda.
Istraživanje koje je obuhvatilo isti uzorak (Svetsko prvenstvo 2013. godine) pokazalo je da je
došlo poboljšanja indeksa performansi i efikasnosti napada, te ogroman napredak ka napadačkoj
orijentaciji u borbi. Formalno uvaćavanje akcija za 2 boda dovodi do smanjenja akcija za 1 bod, ali ne
i povećanja akcija za 3 i 5 bodova (Tünnemann, 2013a).
Komparativna analiza takmičarske aktivnosti rvača slobodnim stilom na Prvenstvu Evrope
2013. i 2014. godine (Kasum i Marković, 2014), otkriva da se broj bodova značajno promenio, tako
da je na EP 2014. ostvareno znatno više nego 2013. godine. Međutim, broj realizovanih akcija je
ostao nepromenjen, što ide u prilog tezi da se učinak takmičara nije značajno promenio ali je borba,
zbog načina vrednovanja, postala dosta neizvesnija i interesantnija za gledaoca.
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Zbornik radova
Analiza takmičarske aktivnosti rvača slobodnim stilom na prvim evropskim olimpijskim igrama 2015. godine
Predmet ovog rada je takmičarska aktivnost vrhunskih rvača slobodnim stilom, koja je anali-
zirana na Prvim evropskim olimpijskim igrama 2015. godine. Predmet istraživanja moguće je defini-
sati kao ispitivanje najreprezentativnijih pokazatelja koji karakterišu takmičare kroz rvačku borbu i
određivanje njihove diferencijalno dijagnostičke vrednosti.
Glavni cilj ovog rada je sagledavanje specifičnosti tehničko-taktičkog delovanja vrhunskih rva-
ča koji su ostvarili pobedu u borbi, ali i poraženih takmičara slobodnim stilom, a na osnovu pokaza-
telja njihove takmičarske aktivnosti.
METOD
Prikupljanje podataka, u ovom istraživanju transverzalnog karaktera, izvršeno je metodom
opservacije, tj. analizom zvaničnih izveštaja (zapisnika-biltena) i video materijala borbi  Prvih evrop-
skih olimpijskih igara 2015. godine. U odnosu na osnovnu metodu, ovaj rad prema karakteru pri-
pada kategoriji prirodnog neeksperimentalnog istraživanja. U odnosu na vrstu istraživanja ovaj rad
ima karakteristike i fundamentalnog i primenjenog istraživanja, jer obezbeđuje inovaciju postojećeg
opšteg znanja iz oblasti trenažne tehnologije kod vrhunskih rvača slobodnim stilom, koje se može
praktično primeniti. Osnovni metod saznanja u ovom radu će biti induktivno zaključivanje jer će se
na osnovu pojedinačnih indikatora takmičarske aktivnosti objašnjavati uspešnost rvača.
Kao uzorak istraživačkog rada analizirane su 146 borbi, tj. 6 olimpijskih od ukupno 8 težin-
skih kategorija realizovanih na takmičenju. Obrađene težinske kategorije su: 57kg, 65kg, 74kg, 86kg,
97kg, 125kg (izostavljene su kategorije 61kg i 70kg). Racionalna tipologizacija takmičara izvršena je
na adekvatan način, na takmičare koji su ostvarili pobedu i one koji nisu uspeli da ostvare pobedu u
borbi, čime je dobijena mogućnost primene komparativne analize. Na osnovu rezultata komparativ-
ne analize moguće je dobiti egzaktne pokazatelje o svim bitnim elementima kako jedne borbe, tako i
pokazatelje po pojedinim težinskim kategorijama, ali i takmičenju u celini. Obradom velikog uzorka
borbi definišu se glavni parametri, faktori uspešnosti, koji karakterišu pobednike na pomenutim tak-
mičenjima, ali se i jasno profilišu pokazetelji takmičarske aktivnosti koje odlikuju pobeđene rvače.
Varijable ovog istraživanja predstavljaju neki od tipičnih pokazatelja takmičarske aktivnosti, a
to su broj i vrednost akcija, dominantan vremenski period realizacije akcije, frekvencija poentiraju-
ćih tehnika, broj poena napravljenih u stojećem stavu kao i u parteru. Takmičarska aktivnost rvača u
okviru praćenog takmičenja predstavljena je preko kvantifikovanih pokazatelja učestalosti pojavlji-
vanja svakog elementa i njihovih podmodaliteta.
Sirovi rezultati svih varijabli korišćenih u ovom istraživanju su podvrgnuti izračunavanju
osnovne deskriptivne statistike. Za potrebe utvrđivanja razlika između subuzoraka ispitanika, tj. iz-
među pojedinačnih varijabli ispitivanih subuzoraka je utvrđena t testom.
Dobijeni rezultati trebali bi da pomognu i usmere sportske stručnjake u rvačkom sportu da
na odgovarajući način izvrše modelovanje trenažne aktivnosti, odnosno da trening rvača omogući
maksimalnu efikasnost boraca na takmičenju i time ostvari što bolji uspeh.
REZULTATI
Grubo dobijeni rezultati pokazuju da je u prvoj rundi svih borbi ostvareno 762, dok u drugoj
594 boda. Od ukupnog broja ostvarenih bodova u svim borbama obuhvaćenih uzorkom, 1011 je re-
alizovano u stojci, dok svega 262 boda u parteru, a 83 boda kroz neuspešne čelendže i pasivni način
vođenja borbe.
Daljom analizom takmičenja kreirani su subuzorci radi dobijanja, praktično korisnijih i vred-
nijih rezultata. Na ovakav način, grupisanjem podataka i analizom takmičarske aktivnosti, utvruđu-
ju se faktori koji karakterišu profil pobednika, ali i nedostatci poraženog takmičara. U Tabeli 1 i 2
prikazani su rezultati varijabli, bodovi po rundama, bodovi po minutima u rundama, dominantan
način vođenja borbe, intezitet realizovanja svake akcije, ali i efikasnost tih akcija, kako za pobednika
(W), tako i za poraženog takmičara (L) u borbi, čime se želi uvrditi odnos, tj. da li postoji statistički
značajna razlika.

386
Conference Procedings
Marković Milan, Dopsaj Milivoj
Tabela 1. Rezultati ispitivanih varijabli kao odnos pobednika i pobeđenog u prve tri kategorije.
Kategorija
Varijable
Mean
N
t
p
L
W
L
W
L
W
L
W
57 kg
Bod.
rund.
I runda
0.74
3.89
19
19
-3.697
0.000
II runda
0.95
3.63
-3.908
0.000
Bodovi
po
minut. u
rundama
1. minut
0.32
1.00
-1.606
0.059
2. minut
0.26
1.79
-3.101
0.002
3. minut
0.16
1.11
-2.470
0.009
1. minut
0.42
1.79
-2.460
0.009
2. minut
0.16
0.89
-2.326
0.013
3. minut
0.37
0.95
-1.665
0.052
Dom.
tehnike
Stojka
1.11
5.00
-5.808
0.000
Parter
0.42
2.11
-3.240
0.001
Intez. akcija
300.58
86.53
4.356
0.000
Efik. akcija
0.70
2.11
-6.430
0.000
65 kg
Bod.
rund.
I runda
1.92
4.19
26
26
-2.886
0.003
II runda
1.38
3.77
-3.654
0.000
Bodovi
po
minut. u
rundama
1. minut
0.38
1.27
-2.158
0.018
2. minut
0.81
1.38
-1.401
0.084
3. minut
0.73
1.54
-1.651
0.053
1. minut
0.38
1.54
-2.772
0.004
2. minut
0.42
1.15
-1.829
0.037
3. minut
0.58
1.08
-1.500
0.070
Dom.
tehnike
Stojka
2.46
6.23
-4.400
0.000
Parter
0.62
1.31
-1.627
0.055
Intez. akcija
173.63
79.08
3.508
0.000
Efik. akcija
1.41
1.99
-2.339
0.012
74 kg
Bod.
rund.
I runda
0.76
5.00
25
25
-5.913
0.000
II runda
0.84
2.84
-2.797
0.004
Bodovi
po
minut. u
rundama
1. minut
0.08
1.84
-3.949
0.000
2. minut
0.52
1.72
-2.585
0.006
3. minut
0.16
1.44
-4.064
0.000
1. minut
0.40
1.28
-2.211
0.016
2. minut
0.36
0.92
-1.537
0.065
3. minut
0.08
0.64
-1.948
0.029
Dom.
tehnike
Stojka
1.28
5.68
-6.390
0.000
Parter
0.24
1.80
-3.602
0.000
Intez. akcija
334.90
72.51
7.220
0.000
Efik. akcija
0.74
2.07
-5.902
0.000
387
Zbornik radova
Analiza takmičarske aktivnosti rvača slobodnim stilom na prvim evropskim olimpijskim igrama 2015. godine
Tabela 2. Rezultati ispitivanih varijabli kao odnos pobednika i pobeđenog u druge tri kategorije.
Kategorija
Varijable
Mean
N
t
p
L
W
L
W
L
W
L
W
86 kg
Bod.
rund.
I runda
0.89
4.54
28
28
-5.196
0.000
II runda
0.75
3.21
-4.969
0.000
Bodovi
po
minut. u
rundama
1. minut
0.21
1.18
-2.053
0.022
2. minut
0.07
1.79
-3.630
0.000
3. minut
0.61
1.57
-2.488
0.008
1. minut
0.14
0.96
-3.247
0.001
2. minut
0.25
1.11
-2.269
0.014
3. minut
0.36
1.14
-2.418
0.010
Dom.
tehnike
Stojka
1.29
6.18
-7.092
0.000
Parter
0.11
1.29
-2.816
0.003
Intez. akcija
372.65
83.21
10.277
0.000
Efik. akcija
0.90
2.03
-5.837
0.000
97 kg
Bod.
rund.
I runda
0.54
3.58
24
24
-5.134
0.000
II runda
0.50
3.04
-5.179
0.000
Bodovi
po
minut. u
rundama
1. minut
0.00
0.46
-2.037
0.024
2. minut
0.42
1.67
-2.508
0.008
3. minut
0.13
1.46
-3.729
0.000
1. minut
0.13
1.21
-3.384
0.001
2. minut
0.17
1.17
-3.178
0.001
3. minut
0.21
0.67
-1.718
0.046
Dom.
tehnike
Stojka
0.83
5.04
-6.487
0.000
Parter
0.08
1.00
-2.298
0.013
Intez. akcija
521.27
104.25
5.702
0.000
Efik. akcija
0.73
1.93
-5.713
0.000
125 kg
Bod.
rund.
I runda
0.29
4.71
24
24
-7.196
0.000
II runda
0.75
2.79
-3.371
0.001
Bodovi
po
minut. u
rundama
1. minut
0.00
1.29
-2.881
0.003
2. minut
0.21
1.46
-3.063
0.002
3. minut
0.08
1.96
-3.912
0.000
1. minut
0.38
1.29
-2.067
0.022
2. minut
0.17
0.83
-2.158
0.018
3. minut
0.21
0.67
-1.763
0.042
Dom.
tehnike
Stojka
0.58
5.46
-8.495
0.000
Parter
0.42
1.58
-2.506
0.008
Intez. akcija
493.79
82.30
10.697
0.000
Efik. akcija
0.65
2.06
-5.782
0.000
Kroz naredne tri tabele dati su rezultati varijabli, bodovna vrednost i njihova zastupljenost
(Tabela 3), ali i precizno definisana zastupljenost svih realizovanih tehnika u borbama kroz odnos
pobednika i poraženog na PEOI 2015. godine (Tabela 4). U poslednjoj tabeli je prikazana vrsta i za-
stupljenost načina ostvarivanja pobede po kategorijama (Tabela 5).
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Conference Procedings
Marković Milan, Dopsaj Milivoj
Tabela 3. – Učestalost akcija, njihove vrednosti.
Kategorija
57
65
74
86
97
125
Izg./Pob.
L
W
L
W
L
W
L
W
L
W
L
W
1b.
Stojka
Broj
7
5
14
12
4
16
10
17
6
11
4
15
Sred. v.
0.37
0.26
0.54
0.46
0.16
0.64
0.36
0.61
0.25
0.46
0.17
0.63
t
0.49
0.33
-2.56
-1.37
-1.08
-2.25
p
0.32
0.37
0.01
0.09
0.14
0.01
1b.
Parter
Broj
2
2
4
4
2
3
1
2
2
2
2
2
Sred. v.
0.11
0.11
0.15
0.15
0.08
0.12
0.04
0.07
0.08
0.08
0.08
0.08
t
0.00
0.00
-0.46
-0.58
0.00
0.00
p
0.50
0.50
0.32
0.28
0.50
0.50
2b.
Stojka
Broj
7
35
19
65
12
52
9
56
7
47
3
40
Sred. v.
0.37
1.84
0.73
2.5
0.48
2.08
0.32
2
0.29
1.96
0.13
1.67
t
-5.25
-4.23
-4.62
-6.27
-6.72
-6.62
p
0.00
0.00
0.00
0.00
0.00
0.00
2b.
Parter
Broj
3
19
6
15
2
20
1
17
0
11
4
18
Sred. v.
0.16
1.00
0.23
0.58
0.08
0.8
0.04
0.61
0
0.46
0.17
0.75
t
-3.28
-1.84
-3.23
-2.71
-2.30
-2.70
p
0.00
0.04
0.00
0.00
0.01
0.00
4 boda
Broj
0
5
3
5
1
6
2
11
0
4
1
9
Sred. v.
0.00
0.26
0.12
0.19
0.04
0.24
0.07
0.39
0
0.17
0.04
0.38
t
-2.04
-0.76
-1.79
-2.50
-2.14
-2.41
p
0.02
0.23
0.04
0.01
0.02
0.01
U Tabeli 3. uočavamo da dominiraju akcije za 2 boda (468), znatno manje akcije za 1 bod (149),
a najmanje najatraktivnija bacanja (47).
Tabela 4. – Zastupljenost tehničkih elemenata.
Kategorija
57
65
74
86
97
125
Izg./Pob.
L
W
L
W
L
W
L
W
L
W
L
W
Bacanje
0
6
2
4
2
5
3
7
0
3
0
5
Rušenje
0
8
4
11
2
10
1
11
1
8
1
12
Izguravanje
7
5
14
12
3
16
10
17
6
10
4
15
Kontra u s.
0
0
0
1
0
2
0
1
0
1
0
1
DNL u s.
7
26
16
54
10
40
6
46
6
40
3
31
DNL u p.
1
0
0
0
2
0
2
2
1
1
2
0
Zah. u p.
2
20
7
17
2
23
1
18
0
12
2
18
Kontra u p.
2
1
3
2
0
1
0
1
1
0
2
1
Tuš poz.
0
0
0
0
0
0
0
0
0
0
0
1
Od ukupnog broja realizovanih akcija, najzastupljenije su dolasci na leđa, zahvati u parteru i
izguravanja iz kruga borilišta u obe ispitivane grupe (Tabela 4).
Tabela 5. – Način ostvarivanja pobeda po kategorijama
Kategorija
57
65
74
86
97
125
Na bod.
11
17
13
19
16
14
Teh. tuš
6
8
8
9
8
8
TUŠ
2
1
4
0
0
2
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Analiza takmičarske aktivnosti rvača slobodnim stilom na prvim evropskim olimpijskim igrama 2015. godine
DISKUSIJA
Profesor Tunnemann (2013) ističe se da je ključno pitanje, za dalje unapređenje performansi
u borilačkim sportovima, povećanje efikasnosti treninga. Polazna tačka za efikasnu kontrolu obuke
je opis ciljne performanse koja garantuje uspeh (Eduardo & González, 2013). S tim u vezi, kroz dalju
diskusiju rezultata ovog rada, uočićemo koji se to faktori više, a koji manje izdvajaju kao bitni za
pobedu u borbi.
Posmatranjem rezultata po kategorijama (Tabele 1 i 2) uočava se statistička značajnost razlika
u varijabli bodovi po rundama, za prvu i drugu rundu borbe, u svim težinskim kategorijama i to: za
kategoriju 57 kg p=0.000 i p=0.000, 65 kg p=0.003 i p=0.000,74 kg p=0.000 i p=0.004, 86 kg p=0.000 i
p =0.000, 97 kg p=0.000 i p=0.000, 125 kg p=0.000 i p=0.001. Ovim potvrđujemo očekivane zaključ-
ke, a to je da pobednici očigledno prave znatno veći broj bodova kako u prvoj tako i u drugoj rundi.
Sledeća varijabla predstavlja, podvarijablu prve ispitivane varijable, tj. detaljan prikaz ostva-
renih bodova po minutima rundi. Ovi rezultati daju precizniju sliku, u kojem minute borbe, su po-
bednici statistički dominantniji, odnosno kada ostvaruju najveći broj uspešnih napada. U Tabeli 2 u
kategorijama 86, 97 i 125 kilograma statistički značajna razlika javlja se u svim minutima borbe po
broju ostvarenih bodova. U Tabeli 1 u kategoriji 57 kg statistička značajnost razlika uočava se u dru-
goj i trećoj minuti prve runde, kao i prvoj i drugoj minuti druge runde, u kategoriji 65 kg statistički
značajna razlika javlja se u prvoj minuti prve runde, kao i prvoj i drugoj minuti druge runde, dok se
u kategoriji 74 kg statistička značajnost razlika javlja u prvoj rundi, kao i prvoj minuti druge runde.
Rvanje karakterišu dva načina vođenja borbe: borba u stojećem stavu i borba u parteru. In-
dividualne karakteristike svakog rvača ogledaju se u dominantnoj tehnici koju realizuju u borbi, u
stojećem stavu ili u parteru, dok neki podjednako dobro ralizuju zahvate u obe borbene pozicije. Ako
posmatramo prosečan broj ostvarenih bodova u borbi kao prosek bodova realizovanih u stojećem
stavu i prosek bodova realizovanih u parternoj borbi, dobijamo dve merljive varijable. Na osanovu
rezultata t testa varijable bodovi ostvareni u stojećem stavu, možemo uočiti da postoji statistički
značajna razlika između ostvarenih bodova u stojci pobednika i pobeđenog takmičara u svih šest
ispitivanih kategorija. Statistička značajnost u varijabli ostvareni bodovi u parteru, jedino se ne javlja
u kategoriji 65 kilograma, mada je i tu na granici statističe značajnosti - p = 0.055.
Poslednje dve varijable u Tabelama 1 i 2 predstavljaju prosečnu vrednost vremena potrebnog
za ostvarivanje akcije po kategorijama, kao i prosečnu bodovnu vrednost tih akcija odnosno efika-
snost akcija. Varijabla inteziteta akcija, pokazuje brojčanu razliku potrebnog vremena za pravljenje
akcije u borbi, gde se jasno uočava razlika i fizička dominantnost pobednika u svim kategorijama
(p = 0.000). Što se tiče efikasnosti realizovanih akcija, uočavamo značajan podatak koji dopunjuje
prethodnu varijablu, a to je postojanje statistički značajne razlike između pobednika i pobeđenih u
prosečnoj vrednosti ostvarenih akcija u svim ispitivanim kategorijama (Tabela 1 i 2).
	 U Tabeli 3 predstavljeni su rezultati zastupljenosti i vrednosti akcija po kategorijama za obe
grupe ispitanika. Kao najvažnije rezultate ove tabele možemo izdvojiti pojavljivanje statističke zna-
čajnosti u varijablama broja akcija za 2 boda u stojci i u parteru u svim kategorija, ali i varijabli broj
akcija za 4 boda u kategorijama 57, 74, 86, 97, 125 kilogrma. Ovim su potvrđeni rezultati dosadašnjih
istraživanja, pa su i na Prvenstvu Evrope 2014. godine dominirale tehnike za dva poena (Kasum i
Marković, 2014).
Naredna tabela predstavlja brojčanu zastupljenost svih tehničkih dejstava u obrađenim kate-
gorijama (Tabela 4). U ovoj tabeli se jasno vidi dominantnost pobednika u većini ispitivanih varijabli,
a izdvaja se znatno veći broj bacanja i rušenja, zahvata u parteru, kao i znatno veći broj dolazaka
na leđa. Dominantnost akcija sa malim procentom rizika je, između ostalog, posledica povećanja
vrednosti akcije dolaska na leđa, koju karakteriše mali procenat rizika, što potvrđuju i dosadašnja
istraživanja (Kasum i Marković, 2014; Marković i Kasum, 2013a; Tünnemann, 2013b). Takođe treba
istaći da ukupan broj najatraktivnijih bacanja za obe ispitivane grupe nema trend porasta, kako je
očekivano nakon poslednje izmene pravila, već blago opada u odnosu na prethodna istraživanja
(Marković i Kasum, 2013b).
U Tabeli 5 uočavamo raznovrsniji način ostvarivanja pobede na takmičenju, što je dodatno
dalo pozitivan efekat, pomak u atraktivnosti rvanja.
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Conference Procedings
Marković Milan, Dopsaj Milivoj
ZAKLJUČAK
Analiza takmičarske aktivnosti rvača slobodnim stilom na Prvim evropskim olimijskim igra-
ma 2015. godine, predstavljena je kao jedna baza, tj. skup zapisa takmičarske aktivnosti u 6 težinskih
kategorija, koje su uzete kao uzorak kako bi se izdvojili najdiskriminativniji faktori takmičarske ak-
tivnosti koji karakterišu pobednika, tj. prostor u kome pobeđeni takmičar treba da napreduje.
Detaljnijom analizom varijabli, ali i posmatranjem prosečno ostvarenih bodova po minutima
rundi, izvodi se zaključak da se dominantnost pobednika krije u konstantnim napadima na protiv-
nika od samog početka borbe, ista taktika se realizuje i u drugoj rundi. Iz toga se može zaključiti
da pobednici vode borbe visokog inteziteta, čime je ustanovljeno je da fizička pripremljenosti igra
veoma važnu ulogu na tok meča.
Isto tako bitno je napomenuti da pobednici generalno više bodova prave u stojci ali i u parteru,
u odnosu na grupu ispitanika koji nisu ostvarili pobedu. Iz toga se zaključuje da pobednici veliku
pažnju posvećuju tehničkim dejstvima koja se realizuju u stojećem stavu, pa zbog toga imaju i veći
procenat realizovanih najvrednijih akcija.
Takođe, bitan podatak je da je pobednicima prosečna vrednost akcija znatno veća, ali i pro-
sečan broj realizovanih akcija po borbi je veći, pa zaključijemo da je pobednicima potrebno manje
vremena za realizovanje jedne akcije, iz čega proizilazi znatno veći broj ostvarenih pobeda tehničkim
tušem i tušem. Poslednja izmena pravila nameće zahteve za visokim tempom borbe, što znači da
rvači moraju biti efikasni od samog starta rvačke borbe, tj. oni koji su uspeli da se trenažnim proce-
som prilagode na visok intezitet borbe i pri tome budu efikasni, zasigurno ostvaruju uspeh. Time je
promena pravila povoljno uticala na to da borba postane zanimljivija za posmatrače, što se posebno
ogleda kroz atraktivnije vođenje borbe, veći broj ostvarenih bodova i raznovrsniji način ostvarivanja
pobede. Bez obzira u kom smeru će se vršiti dalje promene pravila rvačke borbe, uvek treba težiti
celokupnom unapređenju, koje će imati povoljan uticaj na sve segmente rvačke borbe, ali i popula-
rizaciju samog sporta.
Za trenera je veoma važna analiza tehničko-taktičke strukture pobednika, da bi analizu teh-
ničkog kapaciteta njihovih sportista uporedili sa vrhunskim sportistima u težinskoj kategoriji, što je
veoma važno za planiranje trenažnog procesa, kao i za usavršavanje koncepta obuke perspektivnih
mladih rvača.
Analiza takmičarske aktivnosti je oblast koja ima ogromnu ulogu za unapređenje rvanja i spor-
ta generalno, pa samim time treba naglasiti da je ovakav vid istraživanja neiscrpan izvor podataka,
zbog čega možemo sa sigurnošću reći da će biti još istraživanja na ovu temu.
LITERATURA
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taktike plivanja na deonici od 100m. Zbornik radova, Međunarodna naučna konferencija “Teoriski,
metodološki i metodički aspekti takmičenja i pripreme sportista” (23-28). Beograd: Fakultet sporta i
fizičkog vaspitanja Univerziteta u Beogradu.
Eduardo, D., González, L. (2013). Wrestlers’s performance analzsis through notational techni-
ques. Journal of Wrestling Science, 3(2), 68-89.
Hughes, M., Franks, I. (2008). The essentials of performance analysis, New York: Routledge.
Jovanović, S., Koprivica, V., Ćirković, Z. i Koropanovski, N. (2010). Teorijski pristup istraživa-
nju modelnih karakteristika takmičarske aktivnosti u borilačkim sportovima. Međunarodna naučna
konferencija: Fizička aktivnost za svakoga, Zbornik radova (269-273). Beograd: Fakultet sporta i fi-
zičkog vaspitanja Univerziteta u Beogradu
Kasum, G. & Marković, M. (2014). Komparison of free-stzle wrestlers competitive activities
on European championship in 2013. and 2014.  XVII Scientific Conference „FIS COMMUNICATI-
ONS 2014” in physical education, sport and recreation and II International Scientific Conference,
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finalnim  borbama Prvenstva Sveta 2013. godine. Međunarodna naučna konferencija „Efekti primene
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fizičke aktivnosti na antropološki status dece, omladine i odraslih“ - Zbornik radova (123-139). Beo-
grad: Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu.
Marković, M., Kasum, G., (2013b). Analiza finalnih borbi na Evropskom prvenstvu u rvanju
slobodnim stilom 2013. godine. U: Aleksandar Ignjatović i Živorad Marković (Ur.) Nacionalni nauč-
ni skup sa međunarodnim učešćem „Fizička kultura i moderno društvo“, Zbornik sažetaka (427-436).
Jagodina: Fakultet pedagoških nauka u Jagodini, Univerzitet u Kragujevcu.
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Second International Post-Olympic Symposium Proceedings, Wingate Institute, Netanyah, Israel.
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Conference Procedings
UDK 796.81.093.1(4)“2015“
ANALYSIS OF FREE STYLE WRESTLERS’ COMPETITIVE ACTIVITY ON
THE FIRST EUROPEAN OLYMPIC GAMES 2015
Marković Milan1, Dopsaj Milivoj1
1Faculty of Sport and Physical Education, University of Belgrade, Serbia
INTRODUCTION
Researches of competitive activity today are getting more and more topical in contemporary
sport’s theory and practice and are getting more and more affirmed as a special group of research
with a specific methodology. Competitive activity in different branches of sport is conditioned on
the characteristics of those branches (Hughes and Franks, 2008). Results describing the competitive
activity of athletes belong to indicators that depict, in the most direct way, the relationship between
the process of preparation and competitive results in a certain sport branch (Tünnemann, 1996).
Noticing and analysing the most significant parameters of competitive activity, quantitative
determination of influences and mutual connection of those parameters, as well as explanation
of their dependence and coherence with certain aspects of preparation, present a very important
and delicate research task (Dopsaj, 2009). Of course, this type of research makes real sense only
once it’s realized in conditions of outstanding orientation towards maximum result, i.e. on the most
significant competitions (Jovanović, Koprivica, Ćirković i  Koropanovski, 2010).
Competitive activity in wrestling presents manifestation of competitors according to wrestling
rules, and it is directly depends on their preparedness. Technical, tactical, psychological, conditional
and theoretical preparation of the wrestler are put into the function of enhancing competitive
activity, but also indicators of competitive activity directly influence all of the above stated segments
of wrestler’s preparation. Analysis of competitive activity unequivocally shows which techniques of
element are applied the most, which details of tactic have special significance, those directions in which
conditional and psychological preparedness of the wrestler should be directed. Success in wrestling
is the indicator of the good coordination of all those factors, by which successful manifestation
of required knowledge and skills are enabled, and indicators of competitive activity “reveal“ the
ways in which those factors of preparation are manifested in a wrestling fight (Tuenneman, 2004).
That way, former researches reveal the specificity of competitive activity on European and World
championships.
By analysing final fights of the European Championship 2013 (Mаrković i Kаsum, 2013b), the
following results of the competitive activity were obtained: 157 points were realized in 102 actions,
out of which 50% of the points were realized by landing on the back, i.e. actions with small risk
factor were dominating, and by observing the realized scoring actions per parts of the round, greater
success in other parts of the round was noticed.
The analysis of the World Championship 2013 (Marković i Kasum, 2013a) has shown that in
the free style wrestling, the trend of narrowing the repertoire  of techniques applied has continued
even after the change of rules. Number of points achieved in fights for medals has not changed
significantly 166 points whereas the number of actions decreased by 20 percent. As a consequence
to enhancement of landing on the back action value to 2 points.
The research that included the same sample (World Championship 2013) showed that the
index of performances and efficiency of attacks improved, thus enormous progress towards attacking
orientation in the fight. Formal increase of actions that carry 2 points leads to reduction of actions
that carry 1 point, but  does not lead to increase of actions that carry 3 and 5 points  (Tünnemann,
2013).
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Zbornik radova
Analysis of Free Style Wrestlers’ Competitive Activity on The First European Olympic Games 2015
Comparative analysis of free style wrestler’s competitive activity on the European Championship
2013 and 2015 (Kasum and Marković, 2014) reveals that the number of points changed drastically,
meaning that, significantly more points were realized on the European Championship in 2014 than
the one in 2013. However, the number of realized actions remained the same, which goes in favor
to the thesis that the performance of the competitors has not changed drastically, but the fight has
become quite independent and interesting to the spectator because of the way of evaluation.
The subject of this work is elite free style wrestlers’ competitive activity, which was analyzed
on the First European Olympic Games in 2015. The subject of the research could be defined as the
questioning of the most representative indicators that characterize competitors through wrestling
fight and determination of their differentially diagnostic value.
The main aim of this work is the overview of the specificity of technical-tactical actions of the
wrestlers that won the fight, but also of the defeated free style wrestlers, and based on the indicator
of their competitive activity.
METHOD
The collecting of the data in this transversal research, has been carried out with the method
of observation, i.e. analysis of the official reports (records-bulletin) and video materials of the First
European Olympic Games 2015. Compared to the basic method, this work belongs to the category
of the natural non-experimental research according to its character. Compared to the type of
research, this work has characteristics of fundamental, as well as applied research as it provides
the innovation of already existing common knowledge from the training technology field with elite
free style wrestlers that can be practically applied. Basic method of knowledge in this work will
be the inductive reasoning as the successfulness of wrestlers will be explained based on individual
indicators of competitive activity.
As a sample of the research, 146 fights have been analyzed, i.e. 6 out of 8 Olympic categories
realized on the competition. Processed categories were as follows:  57kg, 65kg, 74kg, 86kg, 97kg,
125kg (omitted categories 61kg and 70kg). Rational typologization of competitors has been carried
out in an adequate way, based on competitors that won and those who didn’t manage to win the fight,
which resulted in possibility of applying comparative analysis. Based on the results of comparative
analysis, it is possible to obtain exact indicators of every important element of one fight, as well as
indicators according to individual categories, but also the competition in whole. By processing the
big sample of fights, the main parameters are defined, as well as factors of success which characterize
the winners on competitions mentioned, but clearly profilize indicators of competitive activity that
characterize defeated wrestlers.
Variables of this research present some of the typical indicators of competitive activity, and
those are number and value of the action, dominant period of time of realizing the action, frequency
of scoring techniques, number of points made in standing position, as well as parterre. Competitive
activity of the wrestler within the competition is presented through qualified indicators of frequency
of appearance of every element and its sub modalities.
Raw results of all variables used in this research are exposed to the calculation of the basic
descriptive statistic. For the needs of determining the differences between subsamples of the
examinee, i.e. between individual variables of tested subsamples, the T test is used.
The obtained results should help and direct sport experts in wrestling sport to carry out modelling
of the training activity appropriately, i.e. that training of the wrestler should enable the maximum
efficiency of the fighter on the competition and thus help the wrestler achieve better success.
RESULTS
Roughly obtained results show that in all fights in the first round 762 points were realized,
whereas in the second, 594 points were realized. Out of the total number of realized points in all
fights the sample includes, 1011 were realized in standing position, whereas in parterre only 262
points, and 83 points were realizes through unsuccessful challenges and the passive way of leading
the fight.
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Conference Procedings
Marković Milan, Dopsaj Milivoj
With further analysis of the competition, subsamples were created in order to obtain practically
more useful and valuable results. This way, by grouping the data and analyzing competitive activity,
factors which characterize  the profile of the winner are determined, as well as deficiency of the
defeated wrestler. In Table 1 and 2, results of the variables are shown, as well as points per round,
points per minutes in round, dominant way of leading the fight, intensity of realizing every action,
but also efficiency of those actions in the winner’s case (W), as well as in the defeated competitor’s
case (L) in the fight, by which the relationship is determined, i.e. whether the statistically significant
difference exists. In Table 1 the results of the following categories are shown: 57 kg, 65 kg, 74 kg.
Table 1. - Results of tested variables as the relationship between the winner and the defeated
in the first three categories.
Categories:
Variables
Mean
N
t
p
L
W
L
W
L
W
L
W
57 kg
Points per
round
I round
0.74
3.89
19
19
-3.697
0.000
II round
0.95
3.63
-3.908
0.000
Points in
rounds per
minute
1. minute
0.32
1.00
-1.606
0.059
2. minute
0.26
1.79
-3.101
0.002
3. minute
0.16
1.11
-2.470
0.009
1. minute
0.42
1.79
-2.460
0.009
2. minute
0.16
0.89
-2.326
0.013
3. minute
0.37
0.95
-1.665
0.052
Dominant
technique
Stand. pos.
1.11
5.00
-5.808
0.000
Parterre
0.42
2.11
-3.240
0.001
Intensity of actions
300.58
86.53
4.356
0.000
Efficiency of actions
0.70
2.11
-6.430
0.000
65 kg
Points per
round
I round
1.92
4.19
26
26
-2.886
0.003
II round
1.38
3.77
-3.654
0.000
Points in
rounds per
minute
1. minute
0.38
1.27
-2.158
0.018
2. minute
0.81
1.38
-1.401
0.084
3. minute
0.73
1.54
-1.651
0.053
1. minute
0.38
1.54
-2.772
0.004
2. minute
0.42
1.15
-1.829
0.037
3. minute
0.58
1.08
-1.500
0.070
Dominant
technique
Stand. pos.
2.46
6.23
-4.400
0.000
Parterre
0.62
1.31
-1.627
0.055
Intensity of actions
173.63
79.08
3.508
0.000
Efficiency of actions
1.41
1.99
-2.339
0.012
74 kg
Points per
round
I round
0.76
5.00
25
25
-5.913
0.000
II round
0.84
2.84
-2.797
0.004
Points in
rounds per
minute
1. minute
0.08
1.84
-3.949
0.000
2. minute
0.52
1.72
-2.585
0.006
3. minute
0.16
1.44
-4.064
0.000
1. minute
0.40
1.28
-2.211
0.016
2. minute
0.36
0.92
-1.537
0.065
3. minute
0.08
0.64
-1.948
0.029
Dominant
technique
Stand. pos.
1.28
5.68
-6.390
0.000
Parterre
0.24
1.80
-3.602
0.000
Intensity of actions
334.90
72.51
7.220
0.000
Efficiency of actions
0.74
2.07
-5.902
0.000
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Analysis of Free Style Wrestlers’ Competitive Activity on The First European Olympic Games 2015
In Table 2 are shown results of the following categories: 86 kg, 97 kg, 125 kg.
Table 2. - Results of tested variables as the relatioship between the winner and the defeated in the
second three categories.
Categories:
Variables
Mean
N
t
p
L
W
L
W
L
W
L
W
86 kg
Points per
round
I round
0.89
4.54
28
28
-5.196
0.000
II round
0.75
3.21
-4.969
0.000
Points in
rounds
per
minute
1. minute
0.21
1.18
-2.053
0.022
2. minute
0.07
1.79
-3.630
0.000
3. minute
0.61
1.57
-2.488
0.008
1. minute
0.14
0.96
-3.247
0.001
2. minute
0.25
1.11
-2.269
0.014
3. minute
0.36
1.14
-2.418
0.010
Dominant
technique
Stand. pos.
1.29
6.18
-7.092
0.000
Parterre
0.11
1.29
-2.816
0.003
Intensity of actions
372.65
83.21
10.277
0.000
Efficiency of actions
0.90
2.03
-5.837
0.000
97 kg
Points per
round
I round
0.54
3.58
24
24
-5.134
0.000
II round
0.50
3.04
-5.179
0.000
Points in
rounds
per
minute
1. minute
0.00
0.46
-2.037
0.024
2. minute
0.42
1.67
-2.508
0.008
3. minute
0.13
1.46
-3.729
0.000
1. minute
0.13
1.21
-3.384
0.001
2. minute
0.17
1.17
-3.178
0.001
3. minute
0.21
0.67
-1.718
0.046
Dominant
technique
Stand. pos.
0.83
5.04
-6.487
0.000
Parterre
0.08
1.00
-2.298
0.013
Intensity of actions
521.27
104.25
5.702
0.000
Efficiency of actions
0.73
1.93
-5.713
0.000
125 kg
Points per
round
I round
0.29
4.71
24
24
-7.196
0.000
II round
0.75
2.79
-3.371
0.001
Points in
rounds
per
minute
1. minute
0.00
1.29
-2.881
0.003
2. minute
0.21
1.46
-3.063
0.002
3. minute
0.08
1.96
-3.912
0.000
1. minute
0.38
1.29
-2.067
0.022
2. minute
0.17
0.83
-2.158
0.018
3. minute
0.21
0.67
-1.763
0.042
Dominant
technique
Stand. pos.
0.58
5.46
-8.495
0.000
Parterre
0.42
1.58
-2.506
0.008
Intensity of actions
493.79
82.30
10.697
0.000
Efficiency of actions
0.65
2.06
-5.782
0.000
In the following tables, we will see results of variables, scoring value and their representation
(Table 3), and also precisely defined representation of all realized techniques in fights through
relationship of the winner and the defeated on FEOG 2015 (Table 4). In the last table, the type and
the representation of the way of achieving the victory by categories is presented (Table 5).
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Marković Milan, Dopsaj Milivoj
Table 3. - Frequency of actions, their values.
Frequency of actions, their values:
Categories:
57
65
74
86
97
125
Loser / Winner
L
W
L
W
L
W
L
W
L
W
L
W
1p.
Standing
posit.
N
7
5
14
12
4
16
10
17
6
11
4
15
Mean.
0.37
0.26
0.54
0.46
0.16
0.64
0.36
0.61
0.25
0.46
0.17
0.63
t
0.49
0.33
-2.56
-1.37
-1.08
-2.25
p
0.32
0.37
0.01
0.09
0.14
0.01
1p.
Parterre
N
2
2
4
4
2
3
1
2
2
2
2
2
Mean.
0.11
0.11
0.15
0.15
0.08
0.12
0.04
0.07
0.08
0.08
0.08
0.08
t
0.00
0.00
-0.46
-0.58
0.00
0.00
p
0.50
0.50
0.32
0.28
0.50
0.50
2 p.
Standing
posit.
N
7
35
19
65
12
52
9
56
7
47
3
40
Mean.
0.37
1.84
0.73
2.5
0.48
2.08
0.32
2
0.29
1.96
0.13
1.67
t
-5.25
-4.23
-4.62
-6.27
-6.72
-6.62
p
0.00
0.00
0.00
0.00
0.00
0.00
2 p.
Parterre
N
3
19
6
15
2
20
1
17
0
11
4
18
Mean.
0.16
1.00
0.23
0.58
0.08
0.8
0.04
0.61
0
0.46
0.17
0.75
t
-3.28
-1.84
-3.23
-2.71
-2.30
-2.70
p
0.00
0.04
0.00
0.00
0.01
0.00
4 Points
N
0
5
3
5
1
6
2
11
0
4
1
9
Mean.
0.00
0.26
0.12
0.19
0.04
0.24
0.07
0.39
0
0.17
0.04
0.38
t
-2.04
-0.76
-1.79
-2.50
-2.14
-2.41
p
0.02
0.23
0.04
0.01
0.02
0.01
In Table 3, we see that actions that carry 2 points are dominant  (468), significantly less
dominant are the actions that carry 1 point (149), and the least the most attractive throws (47).
Table 4. - Frequency of technical elements.
 Frequency of technical elements:
Categories:
57
65
74
86
97
125
Loser/Winner
L
W
L
W
L
W
L
W
L
W
L
W
Throws
0
6
2
4
2
5
3
7
0
3
0
5
Takedowns
0
8
4
11
2
10
1
11
1
8
1
12
Pushouts
7
5
14
12
3
16
10
17
6
10
4
15
Counter
0
0
0
1
0
2
0
1
0
1
0
1
LOB
7
26
16
54
10
40
6
46
6
40
3
31
LOB in part.
1
0
0
0
2
0
2
2
1
1
2
0
Moves in part.
2
20
7
17
2
23
1
18
0
12
2
18
Counter in par.
2
1
3
2
0
1
0
1
1
0
2
1
Pin pos.
0
0
0
0
0
0
0
0
0
0
0
1
Out of the total number of realized actions, the most common ones are landings on the back,
actions in parterre and pushouts from the fighting pit in both of the groups tested (Table 4).
Table 5. - Way of achieving victories by categories.
Way of achieving victories:
Categories:
57
65
74
86
97
125
By scoring points
11
17
13
19
16
14
Technical pin
6
8
8
9
8
8
Pin
2
1
4
0
0
2
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Analysis of Free Style Wrestlers’ Competitive Activity on The First European Olympic Games 2015
DISCUSSION
Professor Tunnemann (2013) states that the key question to the further enhancement of
the performance in martial arts is the efficiency of the training. The starting point to the efficient
control of the training is the description of target performance which guarantees success (Eduardo &
González, 2013). Having that said, through further discussion of the results in this work, we will see
which factors single out as important to the winning the most, and which the least.
Observing the results according to category (Tables 1 and 2), the statistical significance of
differences in variables of the points per round, for the first and the second round of the fight in all
categories can be noticed: for category 57 kg p=0.000 and p=0.000, 65 kg p=0.003 and p=0.000,74
kg p=0.000 and p=0.004, 86 kg p=0.000 and p =0.000, 97 kg p=0.000 and p=0.000, 125 kg p=0.000
and p=0.001. This confirms expected results,  i.e. that winners apparently make significantly larger
number of points in the first, as well as in the second round.
The following variable presents sub variable of the first variable that has been tested, i.e. the
detailed representation of scored points per minutes in round. These results give a more precise
picture of the minute of the fight in which the winners are statistically dominant, i.e. when they
achieve the biggest number of successful attacks. In Table 2, in categories 86, 97 and 125 kilograms,
statistically significant difference occurs in every minute of the fight per number of scored points.
In Table 1, in category 57 kg, statistic significance of differences can be seen in the second and the
third minute of the first round, as well as in the first and the second minute of the second round,
in category 65 kg statistically significant difference occurs in the first minute of the first round, as
well as in the first and the second minute of the second round, whereas in category 74 kg statistic
significance of differences occurs in the first round, as well as in the first minute of the second round.
Two ways of leading the fight characterize wrestling: fight in standing position and fight in
parterre. Individual characteristics of each wrestler are reflected in dominant technique they realize
during the fight in standing position or in parterre, whereas some realize actions in both fighting
positions equally well. If we take a look at the average number of scored points in the fight as an
average of points realized in standing position and an average of points realized in parterre, we
get two measurable variables. Based on the results of the t test of variable of points realized in
standing position, we can see that there is a statistically significant difference between points scored
in standing position of the winner and the defeated wrestler in all six of the categories that were
tested. Statistical significance in variable of points realized in parterre, is absent only in 65 kilograms
category, although even in this category it is on the edge of statistical significance - p = 0.055.
The last two variables in Tables 1 and 2 present an average value of the time needed to realize
actions by categories, as well as the average scoring value of those actions, i.e. efficiency of actions.
The variable of intensity of actions show numerical difference of time needed to realize an action
in the fight where the difference and physical dominance of the winner can be clearly seen in all
categories (p = 0.000). When it comes to the efficiency of realized actions, we can see the significant
piece of information which completes the previous variable, and that is the existence of statistically
significant difference between the winner and the defeated in the average value of realized actions in
all of the categories tested (Tables 1 and 2).
	 In Table 3, results of the representation of the actions, as well as the values of the actions per
categories for both groups of examinees are presented. As the most important results of this table, we
can single out the emergence of statistical significance in variables of the number of actions that carry
two points in standing position and in parterre in all categories, as well as variables of the number of
actions that carry 4 points in categories 57, 74, 86, 97, 125 kilograms. With this information, results
of the hitherto researches are verified, therefore techniques that carry two points dominated on the
European Championship 2014 (Kasum and Marković, 2014).
The following table presents numerical representation of all technical actions in processed
categories (Table 4). In this table, the dominance of the winner can be seen in majority of the tested
variables, and significantly larger number of throws and takedowns singles out, as well as the number
of actions in parterre and landings on the back. Dominance of the action with small percentage of
risk is, among other things, the consequence of increase of values of landing on the back action,
which is characterized by a small percentage of risk, which is also confirmed by hitherto researches.
(Kasum and Marković, 2014; Marković and Kasum, 2013a; Tünnemann, 2013). Also, it is important
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Conference Procedings
Marković Milan, Dopsaj Milivoj
to point out that the total number of the most attractive throws for both groups has no growing
trend as expected after the change of rules, but yet slightly decreasing compared to the previous
researches (Marković and Kasum, 2013b).
In Table 5, we can see the diverse way of achieving victory in the competition, which additionally
gave a positive effect, a shift in wrestling attractiveness.
CONCLUSION
Analysis of free style wrestler’s competitive activity on the First European Olympic Games
2015 is presented as a single base, i.e. collection of data of competitive activity in 6 categories which
are taken as a sample in order to single out the most discriminative factors of competitive activity
that characterize the winner, i.e. the field in which the defeated wrestler should improve.
With a more detailed analysis of variables, but also the observation of averagely scored points
per minutes of the round, it is concluded that the dominance of the winner lies in constant attacks
from the very beginning of the fight, the same tactic is realized in the second round. From this, it
can be concluded that winners lead high intensity fights, by which it is founded that the physical
preparation plays a very big role when it comes to the flow of the match.
Also, it is important to mention that winners generally make more points in standing position,
but in parterre as well, compared to the group of examinees that did not win. From that, it can
be concluded that winner pay greater attention to technical actions which are realized in standing
position, therefore they have bigger percentage of realized actions that are the most valuable.
	 It is also an important piece of information that the average value of actions significantly
bigger with winners, but the average number of realized actions per fight as well, therefore we can
conclude that some individuals take less time to realize one action, which means significantly larger
number of realized victories by using technical pin and pin. The latest change in rules imposes the
requirements for higher tempo of the fight, which means that wrestlers have to be efficient from the
very beginning of the wrestling fight, i.e. those who managed to adjust to high intensity of the fight
and thus be efficient by the training they have previously did, undoubtedly succeed. With this, the
change in rules favorably influenced the fight to become more interesting to the viewer, which can be
especially seen through the more attractive leading of the fight, bigger number of scored points and
diverse way of winning the fight. No matter in what way the change of rules will evolve, it is always
advisable to aspire to the overall improvement which will have favorable impact on all segments of
the wrestling fight, but also the popularization of the sport itself.
To the coach, the analysis of technical-tactical structure of the winner is very important in
order for him to compare the analysis of the technical capacity of his athlete to the elite athletes in
weight category, which is very important for the planning of the training process, as well as for the
perfecting of the concept of training the perspective young wrestlers.
Analysis of the competitive activity is a field which has an enormous role when it comes to
advancement of the wrestling sport and sports in general, therefore it should be emphasized that this
type of research is the unfailing source of information, and thus we can tell with certainty that there
will be more researches on this subject.
REFERENCES
Dopsaj, M. (2009). Analiza takmičarske aktivnosti u funkciji definisanja modelskih pokazatelja
taktike plivanja na deonici od 100m. Zbornik radova, Međunarodna naučna konferencija “Teoriski,
metodološki i metodički aspekti takmičenja i pripreme sportista” (23-28). Beograd: Fakultet sporta i
fizičkog vaspitanja Univerziteta u Beogradu.
Eduardo, D., González, L. (2013). Wrestlers’s performance analzsis through notational
techniques. Journal of Wrestling Science, 3(2), 68-89.
Hughes, M., Franks, I. (2008). The essentials of performance analysis, New York: Routledge.
Jovanović, S., Koprivica, V., Ćirković, Z. i Koropanovski, N. (2010). Teorijski pristup istraživanju
modelnih karakteristika takmičarske aktivnosti u borilačkim sportovima. Međunarodna naučna
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Analysis of Free Style Wrestlers’ Competitive Activity on The First European Olympic Games 2015
konferencija: Fizička aktivnost za svakoga, Zbornik radova (269-273). Beograd: Fakultet sporta i
fizičkog vaspitanja Univerziteta u Beogradu
Kasum, G. & Marković, M. (2014). Komparison of free-stzle wrestlers competitive activities on
European championship in 2013. and 2014.  XVII Scientific Conference „FIS COMMUNICATIONS
2014” in physical education, sport and recreation and II International Scientific Conference, (455-
462). Nais: Faculty of Sport and Physical Education University of Nais.
Marković, M., Kasum, G. (2013a). Analiza takmičarske aktivnosti rvača slobodnim stilom u
finalnim  borbama Prvenstva Sveta 2013. godine. Međunarodna naučna konferencija „Efekti primene
fizičke aktivnosti na antropološki status dece, omladine i odraslih“ - Zbornik radova (123-139).
Beograd: Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu.
Marković, M., Kasum, G., (2013b). Analiza finalnih borbi na Evropskom prvenstvu u rvanju
slobodnim stilom 2013. godine. U: Aleksandar Ignjatović i Živorad Marković (Ur.) Nacionalni naučni
skup sa međunarodnim učešćem „Fizička kultura i moderno društvo“, Zbornik sažetaka (427-436).
Jagodina: Fakultet pedagoških nauka u Jagodini, Univerzitet u Kragujevcu.
Tuenneman, H. (2004). Анализа олимпијског циклуса 2000-2004. године. Тренерски
семинар ФИЛА. Рим.
Tünnemann, H. (1996). Means, methods and results of training control in combat sports. The
Second International Post-Olympic Symposium Proceedings, Wingate Institute, Netanyah, Israel.
Tünnemann, H. (2013a). Analysis of the World Championships 2013 freestyle men. FILA
coaches clinic, scientific commission. Las Vegas.
Tünnemann, H. (2013b). Evolution and adjustments for the new rules in wrestling. International
Journal of Wrestling Science. 3(2), 94-104.
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UDK 615.83:796.325-055.2
ANALIZA TELESNOG STATUSA ODBOJKAŠICA UZRASTA
OD 11 DO 14 GODINA
Dejan Ilić1, Gligor Škripan1, Danica Janićijević1, Bojan Ilić2
1Fakultet sporta i fičkog vaspitanja, Univerzitat u Beogradu, Srbija
2Obrazovni sistem ,,Ruđer Bošković”
, Beograd, Srbija
UVOD
Tehnologija je dostigla visine o kojima nismo mogli ni da sanjamo. Iako nam je pomogla i
olakšala mnoge životne situacije, ipak je donela i jednu lošu stvar, a to je nedostatak kretanja, tačnije
nedostatak fizičke aktivnosti. Čovek je postao sedentarno biće, nivo fizičke aktivnosti sveden je na
minimum. Treba imati u vidu da postoje razlike u telesnom statusu dece koja se bave nekim sportom
i dece koja se ne bave sportom, kao i da se u zavisnosti od vrste sporta kojom se bave javljaju različiti
deformiteti, odnosno problemi.
Naime, kičmeni deformiteti predstavljaju spektar poremećaja koji se najčešće pojavljuje u
detinjstvu i adolescenciji i može implicirati pojavu bola i deformiteta kod odraslih (d’Hemecourt
& Hresko, 2012). Radi zdravog i srećnog života, preventivno-korektivni rad u školskom uzrastu je
imperativ i moralna odgovornost trenera, nastavnika i lekara.
U svojoj studiji su Krneta, Protić-Gava, Vuković i Šćepanović (2012) na uzorku od 429
odbojkašica sa teritorije Vojvodine uzrasta od 11,5 do 16,5 godina, zaključili su da su najzastupljeniji
poremećaji ramenog pojasa (kod oko 50% odbojkašica), lopatica i kičmenog stuba u frontalnoj ravni.
Istraživanje (Krneta i sar. 2012.) pokazuje da se u radu sa mladim odbojkašima ne sprovode u
dovoljnoj meri ona vežbanja kojima se aktivira muskulatura bitna za održavanje pravilnog držanja
tela. Zbog toga je potrebno raditi na povećavanju snage ekstenzora kičmenog stuba, mišića trbušnog
zida i mišića zaduženih za pravilan status stopala.
 Đurić, Ilić i Nešić (2013) su na uzorku od 30 polaznika škole odbojke, uzrasta od 9 do 16 godina
došli do zaključka da pravilno stopalo ima svega 11,42%, dok 88,58% od ukupnog broja polaznika ima
određeni stepen spuštenosti svodova stopala.
 Cilj ovog rada je da putem analize telesnog statusa odbojkašica uzrasta između 11 i 14 godina
utvrdi koji su to telesni deformiteti najzastupljeniji kod mladih odbojkašica i zatim pokuša da
detektuje uzroke datih deformiteta. Na osnovu dosadašnjih saznanja postavljene su dve hipoteze.
Hipoteza 1- Deformiteti kičmenog stuba (kifoza, skolioza i lordoza) su najzastupljeniji kod
devojčica uzrasta od 11 do 14 godina.
Hipoteza 2: Procenat ispitanica sa spuštenim stopalom će biti minimum 30%.
Kada saznamo koji su to telesni deformiteti najzastupljeniji kod odbojkašica koje se nalaze u
periodu ubrzanog rasta i razvoja moći ćemo mnogo bolje da pristupamo trenažnom procesu.
METOD
Ovo je neeksperimentalno, kvantitativno istraživanje, a vrsta studije je retrospektivna.
Za potrebe  ovog rada su pregledani kartoni sportskog lekara, koji je beležio detektovane telesne
deformitete odbojkašica uzrasta od 11-14 godina. Informacije o ovim telesnim deformitetima su
obrađene u programu Microsoft Excel 2010. Za analizu informacija korišćena je osnovna deskriptivna
statistika. Cilj ovog rada jeste da utvrdi koliki je procenat zastupljenosti telesnih deformiteta kod
odbojkašica kluba ‘’Odbojka 013’’ iz Pančeva. Od opreme je korišćen samo podoskop, klinički list
(Radisavljević, 2001) i olovka, lenjir i visak.
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Zbornik radova
Analiza telesnog statusa odbojkašica uzrasta od 11 do 14 godina
Ukupno 130 odbojkašica pančevačkog kluba ‘’Odbojka 013’’ je prisustvovalo sistematskom
pregledu. Od 130 odbojkašica, koliko ih je ukupno učestvovalo na sistematskom pregledu,
reprezentativni uzorak predstavlja njih 117, jer zadovoljavaju kriterijum da se odbojkom bave
duže od godinu i po dana i da pripadaju uzrasnoj grupi od 11-14 godina. Za detektovanje telesnih
deformiteta korišćen je metod somatoskopije, a za detektovanje deformiteta stopala korišćen je
metod plantografije. Prisustvo lordoze, kifoze kao i narušen položaj lopatica utvrđivani su metodom
neposrednog posmatranja statusa kičmenog stuba, odnosno metodom somatoskopije a prisustvo
skolioze Banding testom. Pri posmatranju, ispitanica stoji leđima okrenuta ispitivaču na odstojanju
od 1,5 do 3m. Prvo se vrši posmatranje kičme u celosti da bi se zatim kičmeni stub pregledao
parcijalno. Nakon završenog posmatranja u stojećem stavu ispitanik vrši pretklon trupom (prilikom
ovog pokreta sukcesivno se savijaju glava, vrat, rameni pojas, gornji deo leđa, donji deo leđa). Zatim
je posmatran položaj karlice da bi se detektovao mogući deformitet genua valga tzv. ‘’x’’ i genua
vara tzv.
’’o’’ noge. Za utvrđivanje statusa svoda stopala korišćen je podoskop. Dobijeni rezultati se
upisuju u klinički list i to ocenu 0 za dobar fiziološki položaj posmatranih segmenata tela, ocenu 1 za
diskretno narušen položaj i ocenu 2 za izričito nefiziooški položaj određenog segmenta tela.

REZULTATI
Sistematski pregled odbojkašica kluba ‘’Odbojka 013’’ iz Pančeva izveden je u periodu između
8. i 11. juna 2015. godine u dispanzeru za medicinu sporta grada Pančeva. Odbojkašice je pregledao
lekar Zoran Đurđev. Od ukupnog broja od 117 devojčica, kod jedne trećine detektovan je neki
oblik deformiteta kičmenog stuba (i to skolioza kod 8, kifoza kod 28 i lordoza kod 4 odbojkašice), u
procentima to iznosi 6.83%, 23.93% i 3.41%. Dvadeset i pet odbojkašica kluba ‘’Odbojka 013’’ ima neki
vid spuštenog stopala. To je 21.36% od ukupnog broja odbojkašica. Od toga prvi stepen spuštenosti
stopala ima 10.40%, drugi stepen spuštenosti stopala ima 9.36%, a treći 6.24%. Krilaste lopatice su
primećene kod 33 ispitanice, što predstavlja 28.20% od ukupnog broja ispitanica. Deformiteti grudne
kosti- izdubljene i ispupčene grudi nisu primećene ni kod jedne ispitanice. Deformitet ‘’O’’ noge nije
detektovan ni kod jedne ispitanice, a deformitet ‘’H’’ noge je primećen  kod 3 ispitanice  (2.56%).
U tabeli 1 mogu se videti podaci o deformitetima koji su detektovani kod odbojkašica kluba
‘’Odbojka 013’’ iz Pančeva.
Tabela 1. Zastupljenost telesnih deformiteta kod igračica
odbojkaškog kluba „Odbojka 013“
Deformitet
Broj ispitanica
117
skolioza
8
kifoza
28
lordoza
4
krilaste lopatice
33
‘’X’’ noge
3
‘’O’’ noge
0
ravna stopala
25
izdubljene grudi
0
ispupčene grudi
0
DISKUSIJA
Podatak da trećina devojčica ima neki deformitet kičmenog stuba vrlo je zabrinjavajuća, budući
da onda kod devojčica koje se ne bave sportom možemo očekivati još veći postotak deformiteta.
Zanimljivo je to da iako je lordoza karakterističniji deformitet za ženski pol (zbog karakterističnog
položaja karlice) kod odbojkašica kluba ‘’Odbojka 013’’ od 117 ispitanica samo 4 ispitanice imaju
izraženu lordotičnu krivinu u slabinskom delu kičmenog stuba. Nasuprot tome, kifoza je zastupljeniji
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Dejan Ilić, Gligor Škripan, Danica Janićijević, Bojan Ilić
deformitet koji je detektovan kod 28 ispitanica. Odgovor možemo potražiti u karakterističnom
položaju u kome odbojkašice provode veći deo treninga/ utakmice dočekujući loptu. To je položaj
blagog pretklona u polučučnju, sa rukama pored tela, položaj u kome je torakalni deo kičmenog
stuba najopterećeniji (Slika 1).
Relativno mali broj odbojkašica ima skoliotično držanje u odnosu na rezultate koji su dobijeni
u sličnim istraživanjima, kao što je na primer istraživanje (Krneta, Protić-Gava, Vuković, Šćepanović,
2012) kojim je na uzorku od 429 odbojkašica sa teritorije Vojvodine uzrasta od 11,5 do 16,5 godina
zaključeno su da su najzastupljeniji poremećaji ramenog pojasa lopatica i kičmenog stuba u frontalnoj
ravni.
  Slika 1. Položaj odbojkašica prilikom organizovanja odbrane
Prema istraživanju turskih naučnika utvrđeno je da odbojka dovodi do veoma malo
strukturalnih promena na stopalu, za razliku od borilačkih sportova koji dovode do promene
anatomske strukture stopala. (Aydos, L.; Uzun, A.; Kaya, M.; Kanatli, U.; Esen, E.; Uslu, S., 2012,
10). U sličnim istraživanjima broj ispitanika sa spuštenim stopalima je bio drastično veći (Đurić,
Ilić, Nešić, 2013) i to gotovo 90%. U ovom istraživanju broj odbojkašica sa spuštenim stopalima je
bio svega 21.36%. Skokovi, prenos težine sa noge na nogu i prednji deo stopala angažuju mišiće koji
omogućavaju održavanje dobrog statusa stopala (Đurić, Ilić, Nešić, 2013). Ovim se može delimično
objasniti relativno mali procenat odbojkašica koje imaju ravno stopalo ili stopala, ali i dalje je previše
varijabli utiče na nastanak i progradiranje ovog deformiteta i zbog toga je potrebno sveobuhvatnije
istraživanje kako bi se objasnili ovakvi rezultati. Ovim istraživanjem se takođe može objasniti pojava
da nije zabeležen gotovo nijedan deformitet nogu (samo je kod 3 ispitanice detektovan deformitet
„H noge“).
Podatak da nije bilo detektovanih deformiteta sternuma idu u prilog istraživanju Đurića,
Ilića i Nešića koji tvrde da specifični pokreti u odbojci (kretanje napred, nazad, skokovi) uz pokrete
rukama kao što su servis, blok, zakucavanje imaju višestruki povoljni uticaj kako na lokomotorni
aparat tako i na kardio-vaskularni i respiratorni sistem. (Đurić, Ilić, Nešić, 2013). Poznata je činjenica
da se preventivno i korektivno delovanje na deformitete grudne kosti postiže najlakše respitatornim
vežbama.  Snažni respiratorni mišići su ključni faktor preventivnog delovanja.
Kada se podvuče linija, možemo da zaključimo da preko 50% ispitanica ima jedan ili više
telesnih defomiteta ili posturalnih poremećaja. Kada se osvrnemo na gore pomenuto istraživanje
(Krneta, Protić-Gava, Vuković, Šćepanović, 2012) u kom je zaključeno da preko 50% ispitanica ima
neki deformitet ramenog pojasa, kičmenog stuba ili lopatica, jasno je da se radi o trendu koji se
ne može lako zaustaviti. Modernizacija savremenog društva je sveobuhvatna i sveprisutna i tiče
se svakog pojedinca. Savremeni život donosi i hipokineziju koja je najvažniji faktor koji doprinosi
nastanku telesnih deformiteta. Svakako da nije dovoljno da dete bude aktivno sat vremena, tri puta
nedeljno, a ostalnih 165 sati da provede sedeći u klupi, za kompjuterom, u ležećem položaju.
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Analiza telesnog statusa odbojkašica uzrasta od 11 do 14 godina
ZAKLJUČAK
Na početku rada postavljene su dve hipoteze. Hipoteza 1- Deformiteti kičmenog stuba (kifoza,
skolioza i lordoza) su najzastupljeniji kod devojčica uzrasta od 11 do 14 godina.
Hipoteza 2: Procenat ispitanica sa spuštenim stopalom će biti minimum 30%.
Na osnovu rezultata dobijenih istraživanjem prva hipoteza se prihvata jer je kod najvećeg
broja devojčica detektovan neki deformitet kičmenog stuba (kifoza, lordoza ili skolioza).
 Druga hipoteza je odbačena jer procenat odbojkašica koje imaju ravno jedno ili oba stopala 21.36%.
Iako je odbojka sport koji se često preporučuje sa ciljem prevencije telesnih deformiteta,
rezulteti koji ukazuju da preko 50% ispitanica ima neki telesni deformitet su poražavajući.
Poražavajući su najviše zbog toga što se ovde radi o fizički aktivnoj populaciji, koja se nalazi u
periodu intenzivnog razvoja. Prema Đuriću, Iliću i Nešiću (2013), specifični pokreti ruke, položaj
tela koji uključuje ekstenzore kičme i aduktore lopatice, utiču povoljno na prevenciju kifoze i drugih
deformiteta kičme. Povoljno, ali ne i dovoljno, budući da su dobijeni ovakvi rezultati.
Pažnju treba usmeriti na detekciju i korekciju postojećih deformiteta, odbojka angažuje celo
telo, predstavlja i dobar izbor sporta za mlade.
Treba se usmeriti na prevenciju, i korekciju postojećih deformiteta, informisati trenere kao
i sve one koji rade sa mladim sportistima. Uvođenjem vežbi za jačanje mišića leđa, ali i trbuha,
pravilnim izvođenjem pokreta, uvođenjem vežbi istezanja i vežbi koje bi delovale na povećanje
amplitude pokreta, informisanjem o pravilno držanju tela, moglo bi se uspešno izaći na kraj sa ovim
problemima.
Najveći broj navedenih poremećaja odnosi se na funkcionalni oblik, te predstavlja prvu fazu
deformiteta. Adekvatnim korektivnim vežbanjem može se zaustaviti napredovanje deformiteta u
teži stadijum i u velikoj meri ispraviti i dovesti u normalan položaj.
Budući da je period između 11. i 14. godine kritičan period u razvoju devojčica, treba obratiti
pažnju na pravilnu ishranu i treba pravilno dozirati fizičku aktivnost, raditi na jačanju velikih
mišićnih grupa koje su važne za posturu i držanje tela da bi se izbegla gojaznost ali i disbalans mišića
kičmenog stuba i leđa koji je karakterističan za period rasta.
Ukoliko treneri nemaju vremena da se bave korekcijom telesnih deformiteta sa svojim
odbojkašicama, potrebno je da znaju da detektuju posturalni poremećaj ili telesni deformitet i da
upute odbojkašice na pregled u nadležnu ustanovu.
LITERATURA
Aydos, L.; Uzun, A.; Kaya, M.; Kanatli, U.; Esen, E.; Uslu, S. (2012). Uticaji odbojke na kontaktna
područja stopala i maksimalnu silu odbojkašica. Homo sporticus , 14 (1), 5-15.
Bogdanović, Z. (2008). Pristustvo lošeg držanja tela kod mlađeg školskog uzrasta u zavisnosti
od nivoa informisanosti o načinu sedenja. Glasnik antropološkog društva Srbije , 43, 365-376.
Bokan, B. (1977). Metodologija utvrđivanja telesnog statusa, pokušaj unifikacije registrovanja
držanja tela u kineziterapiji. Fizička kultura .
Gojković, D.; Milinović, Z. (2013). Učestalost deformiteta skolioze i ravnih stopala kod učenika
III, V i VII razreda osnovne škole. Crnogorska sportska akademija Sport mont , 67-73.
Grabara, M.; Hadzik, A. (2009). Postural variables in girls practicing volleyball. Biomedical
Human Kinetics , 67-71
d’Hemecourt, P. A. & Hresko, M. T. (2012). Spinal deformity in young athletes. Clinics in
sports medicine, 31, 441-451.
Đurić, S., Ilić, D. i Nešić, G. (2013). The detection of the foot status among the volleyball
players of the schoolage. Activities in Physical Education and Sport, 3, 35-40.
Đurić, S.; Ilić, D.; Nešić, G. (2013). Ispitivanje statusa stopala kod odbojkaša školskog uzrasta.
Aktivnosti u fizičkoj kulturi i sportu , 3 (1), 35-40.
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Đurić, S.; Ilić, D.; Nešić, G. (2013). Ispitivanje statusa stopala kod odbojkaša školskog uzrasta.
Aktivnosti u fizičkoj kulturi i sportu , 3 (1), 35-40.
Jovović, Veselin; Radomir, Čanjak. (2011). Učestalost i struktura posturalnih poremećaja kod
učenika mlađeg adolescentnog doba u Crnoj Gori. Proceedings , 3, 113-119.
Krneta, Ž., Protić-Gava, B., Vuković, M., Šćepanović, T. (2012). A comparative analysis of the
postural status of young girls volleyball players from Vojvodina. Facta Universitatis, Series: Physical
Education and Sport, 10, 311 – 318.
Modi; Srinivasalu; et al. (2008). Muscle Imbalance in Volleyball Players Initiates Scoliosis in
Immature Spines: A Screening Analysis. Asian Spine Journal (2), 38-43.
Milošević, Zoran; Obradović, Borislav. (2008). Posturalni status dece novosadskih predškolskih
ustanova uzrasta 7 godina. Glasnik antropološkog društva Srbije , 43, 301-309.
Protić-Gava, Branka; Čokorilo, Radovan; Karanov. (2006). Socijalni status roditelja i posturalni
status predškolske dece Vojvodine. Interdisciplinarna naučna konferencija sa međunarodnim
učešćem Antropološki status i fizička aktivnost dece i omladin (pp. 213-218). Novi Sad: Fakultet
sporta i fizičkog vaspitanja.
Radisavljević, M. (2001) Korektivna gimnastika sa osnovama kineziterapije. Fakultet za sport
i fizičko vaspitanje, Beograd.
Radisavljević, M. (2001). Korektivna gimnastika sa osnova kineziterapije. Beograd: Viša škola
za sportske trenere.
Sabo, E. (2006). Posturalni status dece predškolskog uzrasta na teritoriji AP Vojvodine. Fizička
kultura , 60 (2), 157-164.
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UDK 615.83:796.325-055.2
POSTURAL STATUS ANALYSIS OF FEMALE VOLLEYBALL PLAYERS
AGED 11-14
Dejan Ilić1, Gligor Škripan1, Danica Janićijević1, Bojan Ilić2
1Faculty of Sport and Physical education, University of Belgrade, Serbia
2Education system ,, Ruđer Boškovic”, Belgrade, Serbia
INTRODUCTION
The technology has reached a level we could not even dream of. While it helped ease many
of life situations, it  also brought us a lot of negative effects like the lack of movement, namely the
lack of physical activity. The man became a sedentary being, physical activity has been reduced to a
minimum. We should be aware  that there is a difference in the physical status of children involved
in some sports and children who do not do sports. Depending on the type of sports they practice
different deformities or problems may occur.
Spinal deformities represent spectrum of disorders that most often occurs in childhood and
adolescence and can imply the occurrence of pain and deformity in adult period (d’Hemecourt &
Hreško, 2012). In order to have healthy and happy life, preventive and corrective work at school age
is imperative and moral responsibility of coaches, teachers and doctors.
In their study they Krnjeta, Protic-Gava, Vukovic and Scepanovic (2012) used a sample of 429
volleyball players from Vojvodina aged 11.5 to 16.5 years and got conclusion that the most common
disorders are the shoulder area (about 50% female volleyball players), shoulder blades and spinal
column in the frontal plane.
Research (Krneta et al., 2012) shows that exercises which activate the muscles essential for
maintaining correct posture are not sufficient in work with young players. Therefore, it is necessary
to work on increasing the power of extensors of the spinal column, the muscles of the abdominal wall
and muscles responsible for proper foot status.
Djuric, Ilic and Nesic (2013) used a sample of 30 students of the school of volleyball, aged 9 to
16 years old and came to the conclusion that only 11.42% had proper foot shape hs and 88.58% of the
total number of students had a certain degree of flattened arch. The aim of this research is to analyze
the body status of volleyball players aged between 11 and 14 years is to determine deformities most
common for young volleyball players and then try to detect the causes of deformity. Based on present
knowledge two hypotheses were set.
Hypothesis 1: spinal deformities (kyphosis, scoliosis and lordosis) are the most common
among girls aged 11 to 14 years.
Hypothesis 2: Percentage of patients with flattened arch will be a minimum 30%.
When we find out what they are most common deformities in volleyball players who are in
a period of rapid growth and development we will be able better to approach the training process.
METHOD
This is a non-experimental, quantitative research, and the type of study is retrospective. For
the purposes of this study were reviewed sport medicine records, who has recorded the detected
physical deformities volleyball players aged 11-14 years. Information on these physical deformities
are processed in Microsoft Excel 2010. For the analysis of the information we used basic descriptive
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Dejan Ilić, Gligor Škripan, Danica Janićijević, Bojan Ilić
statistics. The aim of this study was to determine what percentage of representation of the physical
deformities in female volleyball club ‘’Volleyball 013’’ from Pančevo. The equipment that was used
were only podoscope, clinical list (Radisavljević, 2001) and pencil, ruler and plumb.

The sample of subjects:
The total number of 130 volleyball players Pancevo club ‘’ Volleyball 013 ‘’ attended physical
examination.  From 130 volleyball players which participated in the systematic check up, a
representative sample represents 117 of them, as they meet the criteria to practice volleyball more
than one and a half  year and they are age group of 11-14 years.
The sample of variables:
To detect the physical deformities  the somatoscopy method was used, and to detect foot
deformities plantogram method  was used.
Description of deformity detection procedure:
The presence of lordosis, kyphosis and compromised position of the shoulder blades were
determined by the method of direct observation of the status of the spinal column, or somatoscopy
method and the presence of scoliosis using Banding test.
In observation, the participant stands with her back to the examiner at a distance of 1.5 to 3m.
Firstly. we observed the spine in its entirety and then it wasexamined partially. After completing the
observation in a standing position, the subject performs bend (during this movement successively
bent head, neck, shoulder girdle, upper back, lower back). Then we observe the position of the pelvis
to detect possible deformity of Genua valga -’’X legs’’ and Genua vara -’’O leg’’. To determine the
status of the arch of the foot podoscope was used. The results are entered into a clinical evaluation
sheet and rated 0 for good physiological position of the observed body segments, score 1 for discrete
compromised position and score 2 to explicitly non- physiologically position of a certain segment of
the body.
RESULTS
The physical examination of the volleyball players of the club ‘’Volleyball 013’’ from Pančevo
was carried out between 8 and 11 June 2015 in the outpatient clinic for sports medicine center of
Pančevo. Volleyball players were examined by a doctor Zoran Đurđev.
Out of 117 girls, in one-third some form of spinal deformities were detected (scoliosis and at
8, kyphosis and lordosis in 28 in 4 women volleyball), a percentage that amounts to 6.83%, 23.93%
and 3:41%.
Twenty-five volleyball players of the club ‘’Volleyball 013’’ have some form of flatfoot. It is
21:36% of the total number of the volleyball. From that number  first level down of the foot has a
10:40%, the second level down of the foot has a 9:36% and the third 6.24%.
Shoulder blades were observed in 33 players, representing 28.20% of the total number of
respondents. Deformities of the sternum- hollowed and protruding breasts were not noticed in any of
the respondents. Deformities ‘’ O legs ‘’ were not detected in any of the respondents, and deformity ‘’
X legs’’ was detected in 3 respondents (2.56%). Table 1 shows data of deformities  detected in female
players of volleyball club ‘’ Volleyball 013 ‘’  from Pančevo.
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Postural Status Analysis of Female Volleyball Players Aged 11-14
Table 1. Representation of body deformities of players Volleyball Club „Volleyball 013”
Deformities
Number of respondents
117
scoliosis
8
kyphosis
28
lordosis
4
Winger blades
33
‘’Х’’ legs
3
‘’О’’ legs
0
flat feet
25
carved chest
0
protruding breasts
0
DISCUSSION
The fact that a third of the girls has a deformity of the spinal column is very worrying, because
then with girls who do not do sports, we can expect an even higher percentage of deformities. It
is interesting that although the lordosis deformity is more characteristic for females (due to the
characteristic position of the pelvis) in female volleyball club ‘’ Volleyball 013 ‘’ of the 117 respondents,
only 4 respondents have expressed lordotic curve of the lumbal region of the spine. Contrary to that,
kyphosis was more prevalent deformity and was detected in 28 subjects. The answer can be found in
the characteristic position in which volleyball players spend most of their training / match expecting
the ball. It is a position of slight bend in the crouch, hands next to the body, the position in which the
thoracic part of the spinal column is the most loaded (Figure 1).
A relatively small number of female volleyball players has scoliosis posture in relation to the
results obtained in similar studies, such as for example research (Krnjeta, Protic-Gava, Vukovic,
Scepanovic, 2012), which in a sample of 429 volleyball players from the Vojvodina aged 11.5 to 16.5
years concluded that the most common disorders are the shoulder blades and spinal column in the
frontal plane.
 Figure 1. Position of volleyball player in organizing the defense
According to research by Turkish scientists determined that volleyball leads to very few
structural changes on foot, unlike the martial arts that lead to changes in the anatomical structure
of the foot. (Aydos, L.; Uzun, A.; Kaya, M.; Kanata, U.; Essen, E.; Uslu, S., 2012, 10). In similar survey
respondents with flat feet was dramatically higher (Djuric, Ilic, Nesic, 2013) and almost 90%.
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Dejan Ilić, Gligor Škripan, Danica Janićijević, Bojan Ilić
In this study, the number of female volleyball players with flat feet was only 21:36%.
Jumping, weight transfer from one leg to the front part of the foot engage the muscles that
allow maintaining good status of the foot (Djuric, Ilic, Nesic, 2013). This can be partly explained
by the relatively low percentage of female volleyball players who have flat feet or foot, but still has
too many variables affect the onset and increase this deformity and therefore and we need a more
comprehensive study to explain these results. This research may also explain phenomena that it has
not been recorded any deformity of the legs (only in 3 respondents were detected deformity „X legs”).
The fact that it was not detected deformities of the sternum in favor of researching Duric, Ilic
and Nešić who argue that the specific movements in volleyball (forward, back, jumps) with hand
movements such as service, block, dunk have multiple favorable impact on both the locomotor
apparatus and in cardio-vascular and respiratory system. (Djuric, S.; Ilic, D.; Nesic, G., 2013, 39).
It is a well known the fact that the preventive and corrective action to deformities of the sternum
is easiest achieved with breathing exercises. Powerful respiratory muscles are the key factor of
preventive action.
In conclusion, we can find that over 50% of subjects had one or more physical deformities or
postural disorders. When you look at the above-mentioned research (Krnjeta, Protic-Gava, Vukovic,
Scepanovic, 2012) in which it concluded that over 50% of subjects had a deformity of the shoulder
girdle, the spinal column or blades, it is clear that this is a trend that cannot be easily stopped.
The modernization of contemporary society’s comprehensive and ubiquitous and concerns every
individual. Modern life brings and hypokinesia, which is the most important factor in producing
physical deformities. It is certainly not enough for the child to be active an hour, three times a week
and the rest 165 hours to spend sitting at a desk, a computer, lying down...
CONCLUSION
At the beginning of the work there were two hypotheses.
Hypothesis 1: spinal deformities (kyphosis, scoliosis and lordosis) are the most common
among girls aged 11 to 14 years.
Hypothesis 2: Percentage of patients with flatted foot will be a minimum 30%.
Based on the results obtained from research first hypothesis is accepted because with  majority
of girls a deformity of the spinal column was detected (kyphosis, lordosis, or scoliosis). The second
hypothesis was rejected because the percentage of female volleyball players having flat one or both
feet 21:36%.
Although volleyball is a sport that is often recommended in order to prevent physical deformity
of results which indicate that over 50% of respondents have a physical deformity are devastating.
The most devastating point is this is a physically active population, which is in a period of
intensive development. According to Djuric, Ilic and Nesic (2013), specific hand movements, body
posture, which includes spine extensors and blades adductors has a favorable influence on the
prevention of kyphosis and other spinal deformities. Preferably, but not sufficient, based on results
we obtained.
Attention should be directed to the detection and correction of existing deformity. Volleyball
engages the entire body, is also a good choice of sport for young people. It should focus on prevention,
and correction of existing deformity, inform the coaches and all those who work with young athletes.
The introduction of exercises to strengthen the back muscles, and abdomen, proper execution of
movements, the introduction of stretching and exercises to work on increasing the range of motion,
information about proper posture, you could successfully cope with these problems.
The largest number of these disorders refers to a functional form, and is the first stage deformity.
Adequate corrective exercise can stop the progression of the deformity and largely correct and lead
to the normal position.
Since the period between 11 and 14 years is a critical period in the development of girls should
pay attention to proper diet and should be properly dosed physical activity, work on strengthening
the large muscle groups that are important for posture and body posture to avoid obesity or an
imbalance of the spinal column and back that is characteristic of the period of growth.
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Status stopala devojčica mlađeg školskog uzrasta
If coaches do not have time to deal with the correction of physical deformities, with their
volleyball players, they need to know how to detect postural disorder or physical deformity and
suggest players to take physical examination at the relevant institution.
REFERENCES
Aydos, L.; Uzun, A.; Kaya, M.; Kanatli, U.; Esen, E.; Uslu, S. (2012). Uticaji odbojke na kontaktna
područja stopala i maksimalnu silu odbojkašica. Homo sporticus , 14 (1), 5-15.
Bogdanović, Z. (2008). Pristustvo lošeg držanja tela kod mlađeg školskog uzrasta u zavisnosti
od nivoa informisanosti o načinu sedenja. Glasnik antropološkog društva Srbije , 43, 365-376.
Bokan, B. (1977). Metodologija utvrđivanja telesnog statusa, pokušaj unifikacije registrovanja
držanja tela u kineziterapiji. Fizička kultura .
Gojković, D.; Milinović, Z. (2013). Učestalost deformiteta skolioze i ravnih stopala kod učenika
III, V i VII razreda osnovne škole. Crnogorska sportska akademija Sport mont , 67-73.
Grabara, M.; Hadzik, A. (2009). Postural variables in girls practicing volleyball. Biomedical
Human Kinetics , 67-71
d’Hemecourt, P. A. & Hresko, M. T. (2012). Spinal deformity in young athletes. Clinics in
sports medicine, 31, 441-451.
Đurić, S., Ilić, D. i Nešić, G. (2013). The detection of the foot status among the volleyball
players of the schoolage. Activities in Physical Education and Sport, 3, 35-40.
Đurić, S.; Ilić, D.; Nešić, G. (2013). Ispitivanje statusa stopala kod odbojkaša školskog uzrasta.
Aktivnosti u fizičkoj kulturi i sportu , 3 (1), 35-40.
Đurić, S.; Ilić, D.; Nešić, G. (2013). Ispitivanje statusa stopala kod odbojkaša školskog uzrasta.
Aktivnosti u fizičkoj kulturi i sportu , 3 (1), 35-40.
Jovović, Veselin; Radomir, Čanjak. (2011). Učestalost i struktura posturalnih poremećaja kod
učenika mlađeg adolescentnog doba u Crnoj Gori. Proceedings , 3, 113-119.
Krneta, Ž., Protić-Gava, B., Vuković, M., Šćepanović, T. (2012). A comparative analysis of the
postural status of young girls volleyball players from Vojvodina. Facta Universitatis, Series: Physical
Education and Sport, 10, 311 – 318.
Modi; Srinivasalu; et al. (2008). Muscle Imbalance in Volleyball Players Initiates Scoliosis in
Immature Spines: A Screening Analysis. Asian Spine Journal (2), 38-43.
Milošević, Zoran; Obradović, Borislav. (2008). Posturalni status dece novosadskih predškolskih
ustanova uzrasta 7 godina. Glasnik antropološkog društva Srbije , 43, 301-309.
Protić-Gava, Branka; Čokorilo, Radovan; Karanov. (2006). Socijalni status roditelja i posturalni
status predškolske dece Vojvodine. Interdisciplinarna naučna konferencija sa međunarodnim
učešćem Antropološki status i fizička aktivnost dece i omladin (pp. 213-218). Novi Sad: Fakultet
sporta i fizičkog vaspitanja.
Radisavljević, M. (2001) Korektivna gimnastika sa osnovama kineziterapije. Fakultet za sport
i fizičko vaspitanje, Beograd.
Radisavljević, M. (2001). Korektivna gimnastika sa osnova kineziterapije. Beograd: Viša škola
za sportske trenere.
Sabo, E. (2006). Posturalni status dece predškolskog uzrasta na teritoriji AP Vojvodine. Fizička
kultura , 60 (2), 157-164.

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Conference Procedings
UDK 611.986:796-053.5
STATUS STOPALA DEVOJČICA MLAĐEG ŠKOLSKOG UZRASTA
Danica Janićijević1, Milena Mijailović1, Dejan Ilić1, Bojan Ilić2
1Fakultet sporta i fizičkog vaspitanja, Univerzitet u Beogradu, Srbija
2Obrazovni sistem ,,Ruđer Bošković”
, Beograd, Srbija
UVOD
Naučna i tehnološka dostignuća, automatizacija i kompjuterizacija u svim sferama života, do-
vode do hipokinezije, poznata u literaturi  i  kao „bolest XXI veka“. Hipokinezija je prema izveštaju
WHO (World health organization – Svetske zdravstvene organizacije) proglašena za samostalni rizi-
ko faktor (Mitić, 2001). Kod dece školskog uzrasta je primećeno da je procenat zastupljenosti stopala
59% (Jen-Huei, C., i sar.,2010). U istom istraživanju osmogodišnjaci imaju 1.52 puta veće šanse da
imaju ravna stopala od sedmogodišnjaka. Takođe je utvrđeno da oni koji su gojazni imaju 1.39 puta
veće šanse da imaju ravna stopala, nego deca prosečne telesne težine.
Urbani uslovi i različiti vidovi sedentarnog ponašanja (boravak u zatvorenom prostoru, pa-
sivne igre, vreme provedeno uz kompjutere, video-igrice, televiziju i sl.), svode čovekovo kretanje
na minimum. Takav način života napada  status lokomotornog aparata i izaziva brojne deformitete.
Najpre se kod dece  javljaju poremećaji u držanju tela i narušavanje telesnog statusa, koji često, uko-
liko se preventivno i korektivno ne reaguje, prelaze u telesne deformitete.
Đurić, Ilić i Nešić (2013) su na uzorku od 30 polaznika škole odbojke, uzrasta od 9 do 16 godi-
na došli do zaključka da pravilno stopalo ima svega 11,42%, dok 88,58% od ukupnog broja polaznika
ima određeni stepen spuštenosti svodova stopala.
Sve je više dece sa ravnim stopalima. Ravno stopalo može da bude urođeno i stečeno (Radisa-
vljević, 2001). Urođeno se retko javlja i predstavlja vrlo ozbiljan deformitet, jer je posledica prome-
njenog položaja skočne kosti, koja zauzima vertikalan položaj. Uzdužni i poprečni svod koga čine
aktivni i pasivni tenzori: kosti, mišići i tetive imaju važnu ulogu pri stajanju i hodanju ( Koturović,
Jeričević, 1996). Od pravilne koštane građe stopala, kao i od dobrog balansa mišića koji učestvuju u
kretanju i stajanju, zavise pravilan oblik i funkcija stopala. Ukoliko dođe do narušavanja ovog balansa
dolazi do spuštanja svodova stopala.
Faktori koji utiču na nastanak ravnog stopala kod dece predškolskog uzrasta su: uzrast, pol,
gojaznost, navika sedenja u W položaju i nestabilnost zglobova (Chen, K.C.,i sar., 2011)
Blagovremeno otkrivanje narušenosti statusa stopala je važno kako bi se što pre preduzele
odgovarajuće mere. Iz tih razloga sistematski pregledi dece predškolskog i školskog uzrasta imaju
značajnu ulogu.
	 Na osnovu svega pomenutih istraživanja i iskustva postavljene su dve hipoteze. Hipoteza:
Devojčice sa prekomernom telesnom težinom imaju veće šanse da imaju ravna stopala.
METOD
Ovo je neeksperimentalno, kvantitativno istraživanje, a vrsta studije je retrospektivna. Informacije
su obrađene u programu Microsoft Excel 2010. Za analizu informacija korišćena je osnovna deskrip-
tivna statistika. Cilj ovog rada jeste da utvrdi koliki je procenat zastupljenosti ravnih stopala devojčica
uzrasta 7-8 godina koje su članovi škole spora „Sportikus“. Od opreme je korišćena oprema za uzimanje
otisaka stopala, a za analiziranje plantograma olovka i lenjir. Istraživanje je sprovedeno 1.7. 2015. godine.
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Zbornik radova
Status stopala devojčica mlađeg školskog uzrasta
Ukupno 28 devojčica, članova škole sporta „Sportikus“ je učestvovalo u ovom istraživanju.
Devojčice su uzrasta od 7-8 godina. Za detektovanje deformiteta stopala korišćen je metod somato-
skopije kao i metod plantografije, a plantogram je analiziran Tomsenovom metodom.
Stopalo je posmatrano sa prednje, zadnje, bočne i plantarne strane. Rezultati zapažanja su
upoređeni sa pravilnim izgledom stopala. Radi utvrđivanja stepena spuštenosti stopala od ispitani-
ka se zahtevalo da odignu pete i zadrže stav na prstima. U tom stavu naročito pažnja se usmerava
na položaj Ahilovih tetiva. Njihova korekcija, odnosno vraćanje u vertikalan položaj u odnosu na
kalkaneus, ukazuje da su promene još uvek funkcionalnog karaktera. Stopalo se zatim posmatra sa
bočne strane. Utvrđuje se odnos između stopala potkolenice, zatim položaj i izgled uzdužnog svoda,
a posebno navikularne kosti. Iz ovog položaja određuje se stepen spuštenosti svoda. Od ispitanika
se zahteva podizanje jedne i održavanje stava na drugoj nozi. Pod uticajem sopstvene težine mišići
potkolenice i stopala stajne noge se kontrahuju i odižu uzdužni svod stopala. Njegovo popravljanje i
održavanje, ukazuje na tzv. mišićnu fazu spuštenog stopala (funkcionalne promene). Ukoliko se pri
ovom testu uoči kratkotrajno popravljanje i ponovno spuštanje svoda, to je znak da su promene na-
predovale. Zadržavanje priljubljenog tabana uz podlogu prilikom ovog testa, ukazuje na ireduktibil-
nost deformiteta. Sa prednje strane posmatra se položaj prednjeg dela stopala, položaj prstiju i palac.
Kod plantografije se koristi metalna ili plastična posuda, na čijem dnu se postavlja višeslojna
gaza, koja se ravnomerno obojila 5% rastvorom mastila. Iza posude se postave dva papira A4 for-
mata. Tretirana osoba nakon ulaska obema nogama u posudu, iskorači jednom, pa drugom nogom,
ostavljajući otisak tabana na sredini papira.
 Analiza statusa stopala izvršena je Tomsenovom metodom sprovodi se na sledeći način: od
centra pete, koji se na plantogramu precizno utvrdi, povlači se linija prema lateralnoj ivici trećeg
prsta. Ona predstavlja graničnu liniju između normalnog i spuštenog stopala i naziva se Majerova
linija. Ukoliko otisak stopala ne prelazi ovu liniju prema medijalnoj ivici stopala, to je prema krite-
rijumu ove metode pravilno stopalo. Prelazak otiska stopala preko ove linije ukazuje na određenu
spuštenost uzdužnog svoda stopala i nalaže potrebu dalje analize plantograma. Dalja obrada podra-
zumeva povlačenje tangente koja spaja najistureniji deo otiska medijalne ivice pete sa otiskom pred-
njeg dela stopala. Nakon toga se lenjirom pod pravim uglom sa Majerovom linijom spaja najbliži deo
otiska stopala oko sredine njegovog plantuma (duž A) izražena u milimetrima. Zatim iz iste tačke, sa
Majerove linije, upravno na tangentu koja spaja petu i prednji deo stopala, povlači se (duž B) izraže-
na u milimetrima. Po dobijanju ove dve vrednosti, radi izračunavanja indeksa procenata uzdužnog
svoda stopala, one se stavljaju u međusobni odnos (A/B*100). Dobijen procenat označava veličinu
spuštenosti uzdužnog svoda stopala, i to:
• 1 – 30 % predstavlja I stepen spuštenosti stopala,
• 31 – 60 % predstavlja  II stepen spuštenosti stopala,
• preko 61 % predstavlja III stepen spuštenosti stopala.
Nedostatak ove metode je što osobe sa normalnim svodom stopala ostaju bez indeksa, odno-
sno indeks je nula, pa to otežava statističku obradu podataka.
Slika 1. Tumačenje plantograma Tomsenovom metodom
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Conference Procedings
Danica Janićijević, Milena Mijailović, Dejan Ilić, Bojan Ilić
REZULTATI
Rezultati istraživanja ukazuju na to da veliki broj treniranih devojčica iz škole sporta „Spor-
tikus“ ima narušen svod stopala, čak 60, 71% od ukupnog broja ispitanika. Ohrabrujuće je to što
najveći broj njih ima prvi stepen deformiteta.
Kada analiziramo levo stopalo možemo da zaključimo da od ukupnog broja, 15 devojčica ima
pravilno stopalo, 11 ima I stepen spuštenosti svoda stopala, 2 ispitanice imaju II stepen narušenosti,
dok III stepen spuštenosti svoda stopala nije zabeležen kod ove grupe ispitanika.
Kada analiziramo desno stopalo možemo da zaključimo da od ukupnog broja, 13 devojčica
ima pravilno desno stopalo, 11 ima I stepen narušenosti svoda stopala, 4 ispitanica ima II stepen
narušenosti, dok III stepen narušenosti stopala nije primećen kod ove grupe ispitanika.

Tabela 1. Status stopala devojčica koje treniraju u školi sporta „Sportikus“
Ispitani uzorak
Broj ispitanika
Procenat ispitanika
Ukupan broj
28
100%
Pravilno stopalo
11
39,29%
Ravno stopalo
17
60,71%
DISKUSIJA
Devojčice su podeljene na dve grupe na osnovu indeksa telesne mase (BMI). Kada se uzme u
obzir kriterijum Centra za kontrolu i prevenciju bolesti (Center for Disease Control and Preventi-
on- CDC criteria) i kriterijum Iternacionalnog centra za gojaznost (International Obesity Task for-
ce- IOTF criteria), koji za uzrast sedam i osam godina u grupu sa prekomernom telesnom težinom
ubraja sve one devojčice koje imaju BMI preko 17.5, odnosno 18.0, možemo zaključiti da u ovoj grupi
ima 11 devojčica sa prekomernom telesnom teživnom. Ako devojčica zadovoljava samo jedan krite-
rijum da pripada grupi devojčica sa prekomernom telesnom težinom, ona će biti svrstana u tu grupu.
Sledeći zadatak je bio da vidimo koliko devočica koje imaju prekomernu telesnu težinu, a ko-
liko devočica sa prosečnom telesnom težinom ima ravna stopala. Zabeleženo je 7 od 11 devojčica
u grupi sa prekomernom telesnom težinom ima ravna stopala, a to je u procentima 63.63%. Kod
grupe devojčica koja nema prekomernu telesnu težinu (kod njih 17) detektovano je 10 devojčica sa
ravnim stopalima, što je 58.82%. Prema tome, možemo zaključiti da prekomerna telesna težina kod
ove grupe ispitanika nije bila odlučujući faktor za nastanak ovog deformiteta stopala. Ali jedine četiri
devojčice koje imaju drugi stepen spuštenosti stopala pripadaju grupi devojčica sa prekomernom
telesnom težinom. Godine se nisu pokazale kao značajan faktor za formitanje ravnih stopala.
Od 17 devojčica kod kojih je zabeležen neki stepen spuštenig stopala, 7 devojčica ima samo
jedno spšteno stopalo, a drugo pravilno. Koji je to faktor dominantno uticao na nastanak unilaterel-
nog ravnog stopala nismo mogli da zaključimo jer je uzorak ispitanika vrlo mali za tako nešto.
Iako prekomerna telesna težina nije uticala na nastanak ravnih stopala, moramo napomenuti
da je kod četiri devojčice zabeležen drugi stepen spuštenosti stopala i da su sve četiri devojčice imale
prekomernu telesnu masu. Na osnovu ovako malog uzorka ispitanika ne možemo sa sigurnošću tvr-
diti da li je prekomerna telesna težina dovela do ovakvog rezultata.
Rezultat da je kod 60.71% devojčica primećen deformitet ravno stopalo se potpuno slaže sa
prethodnim istraživanjima (Đurić, Ilić, Nešić, 2013; Jen-Huei,i sar., 2010).
ZAKLJUČAK
Na početku rada postavljena je hipoteza. Hipoteza: Devojčice sa prekomernom telesnom te-
žinom imaju veće šanse da imaju ravna stopala. Ova hipoteza nije prihvaćena jer je prisutan gotovo
identičan procenat devojčica koje imaju ravno stopalo kod grupe sa prosečnom i kod grupe sa pre-
komernom telesnom težinom.
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Status stopala devojčica mlađeg školskog uzrasta
Ohrabrujuće je to što najveći broj njih ima prvi stepen deformiteta, ali je zabrinjavajuće to
što je ovo istraživanje rađeno sa redovnim polaznicima jedne od vodećih škola sporta kod nas. Ovo
znači da vežbanja koja se sprovode na treninzima nisu dovoljna preventivna mera i da je potrebno
uvrstiti u trenažni proces više korektivnih vežbi.
Preventivne mere treba primenjivati od najranijeg uzrasta. U tom periodu treba omogućti
nesmetan i pravilan razvoj. Potrebno je da dete što češće i što duže hoda boso po neravnom terenu,
obzirom da takva podloga podstiče raznovrsne mehaničke nadražaje, koje dovode do aktiviranja i
angažovanja mišića stopala, a posebno sitnih mišića tabana, čime se ostvaruje vrlo povoljan uticaj na
pravilan razvoj stopala.
Neophodno je jačati mišiće stopala i potkolenica. Treba jačati dorzalne fleksore, naročito m.ti-
bialis anterior, kao i plantarne ekstenzore, a posebno m.m.peroneus longus et brevis, m.tibialis po-
sterior flexor i hallucis longus. Vežbe se mogu izvoditi u različitim početnim položajima, ali se uvek
počinje od najlakšeg koji je u ovom slučaju sedeći. Stojeći položaj se može koristiti preventivno kada
promene nisu toliko velike da bi stajanje i opterećenje negativno uticali na deformitet. Stopala su
stalno izložena velikim opterećenjima pa se vežbama za to pripremaju i osposobljavaju.
Potrebno je detaljnije utvrditi koji su to faktori koji dovode do pojave ravnih stopala i ispitati
da li je prekomerna težina jedan od najznačajnijih faktora koji mogu dovesti do ovog deformiteta.
LITERATURA
Chen, K. C., Yeh, C. J., Tung, L. C., Yang, J. F., Yang, S. F., & Wang, C. H. (2011). Relevant fac-
tors influencing flatfoot in preschool-aged children.European journal of pediatrics, 170(7), 931-936.
Đurić, S.; Ilić, D.; Nešić, G. (2013). Ispitivanje statusa stopala kod odbojkaša školskog uzrasta.
Aktivnosti u fizičkoj kulturi i sportu , 3 (1), 35-40.
Jen-Huei, C., Sheng-Hao, W., Chun-Lin, K., Hsian Chung, S., Ya-Wen, H., & Leou-Chyr, L.
(2010). Prevalence of flexible flatfoot in Taiwanese school-aged children in relation to obesity, gen-
der, and age. European Journal Of Pediatrics, 169(4), 447-452. doi:10.1007/s00431-009-1050-9
Koturović, Lj. , Jeričević, D. (1996). Korektivna gimnastika (II izdanje). Beograd: IGP „MIS
SPORT“.
Mitić, D. (2001). Rekreacija. Beograd: Fakultet sporta i fizičkog vaspitanja.
Radisavljević, M. (2001). Korektivna gimnastika sa osnovama kineziterapije (prerađeno i do-
punjeno izdanje). Beograd: Viša škola za sportske trenere

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Conference Procedings
UDK 611.986:796-053.5
FOOT STATUS AMONG YOUNG SCHOOL AGE GIRLS
Danica Janićijevic1, Milena Mijailović1, Dejan Ilić1, Bojan Ilić2
1Faculty of sport and physical education, University of Belgrade, Serbia
2Education system  ,, Ruđer Boškovic”
, Belgrade, Serbia
INTRODUCTION
Science and technology, that are vildly ranged in all aspects of our life, led to hypokinesis
which is well-known as “21th sentury desease”
. Acording to the report of the WHO (World health
organization) hypokinesis is declared as risk factor (Mitić, 2001). It has been noticed that percent of
flat feet among the children school year age is 59% (Jen-Huei, C., et al.,2010). In the same researche
eight year olds are 1.52 more likely to have flat foot than seven year olds. Also, there have been
noticed that those who are overweigh are 1.39 times more likely to have flat foot than average
weighed children.
	 Urban life and sedentary behavior (spending time in close doors, pasive games, computer
time, video games, television and similar) led to minimum randge of movement. Those kind of living
habits is not good for postural status and causes number of deformities. Postural status is most
commonly first to violate in children, and they often lead to body deformities, unles they are treated
properly.
Đuric, Ilic and Nesic (2013) concluded that only 11.42%, had normal foot and 88.58% had flat
foot, and these research was conducted with 30 school members, aged 9-16.
We have too many children with flat feet. Flat foot can be congenital or formed in some period
of life (Radisavljević, 2001). Congenital flat foot is very rare and represent a very serious deformity,
because the consequence can be malposition of talus, that can be almost vertical. Longitudinal
and transversal arch, that is constructed of active and passive tensors: bones, muscles and tendons
that have important role in standing and walking ( Koturović, Jeričević, 1996). Normal foot status
depends of several factors: right bone structures, good muscle balance…
Factors that causes forming flat foot in prescholl age children are: age, gender, obesity,  sitting
habit and joint laxity (Chen, K.C., et al., 2011).
Detecting foot status disorders are very important because you can prevent their progresion.
Because of that sistematic controls of preschool and school age children are required.
Based on mentioned reserces and experience a following hypothesis is set: overweight girls are
more likely to have flat foot than those girls who have normalweight.
METHOD
This is non-experimental, quantitative research, and the type of the study is retrospective.
Information are procesed in Microsoft Excel 2010. For data analysis descriptive statistic was used.
Main goal of this reserch is to establish how many girls aged 7-8 years, who are members of school of
sport Sporticus, have flat feet and to se if overweight girls are more likely to have flat foot than those
who are not overweight. For this research equipment for taking footprints are used and for analysing
footprints pen and ruler was used. The research was conducted from 1st July 2015.
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Foot Status among Young School Age Girls
Sample of subjects:
Total number of subject is 28 girls, they were all members of school of sport “Sporticus”
. Girls
are aged 7-8 years.
Sample of variables:
For detecting foot deformities somatoscopy was used, as well as planography method, and
footprint was analyzed using Thomsen method.
Description of detecting deformities:
Foot is looked from front, back and sagital and plantar side. And then that was compared to
normal foot. For detecting how much the foot of a subject is flat we asked them to stand on their toes
(to lift their heels ). Than we selected all our attention on Achil tendons. Their crorection, returning
to normal position show that the changes are still functional. Then we look foot in the sagital plane.
We estimated angle between leg and foot, and then the position and looks of longitudinal arch, and
especially navicular bone. From this position we can subjectivly evaluate the flat foot degree.
Next, we ask our subjects to lift up one leg and to stand on the other. Grater force is now on
that one standing foot and the muscles should contract and form longitudinal arch. If this is the case,
we can conclude that it is a functional stadium of flat foot. But, if the longitudinal arch is formed, but
then very quiqly disapeer that is the clear sing that the foot deformity has progresed. Then we are
talking about structural changes of the foot. If the longitudinal arch was nevr formed in this test we
can say that the foot status can’t be fixed just doing the exercises.
When we look from the front, we evaluate position, looks of the foor and thoes.
For takeing footprint we use metal or plastic plate, and on their botom is gauze which is
overflow with 5% ink solution. Behind the plate two papers A4 format were set. Subject goes out
from the plate with their both feet and then goes out of plate, putting one leg on one paper and the
second leg on other paper leaving the footprint on the midle of the paper.
Analysis is conducted using Thomsen method. The description of the procedure is: From the
center of the calcaneus we pull the line towards lateral side of the third thoe. This is the line called
Mayer line and it represents the barier between normal and flat foot. If the footprint doesn’t go acros
this border that is normal foot. But if the footprint crosses this line, we have to analyse furter more.
We do that by drawing a line that connects the most medial side of the hill and the most medial point
of the front foot. After that, using a ruler we connect the closest point of footprint with previously
drawn Mayer line (A line). Then from the same spot from Mayer line, we draw tangent wich connect
with the previously drawn line that connects thoe and hill (B line). When we calculate how much
milimetars this two lines are, than we can do the math.
Formula that we use is A/B*100. The result is number that represents degres of flat foot.
• 1 – 30 % I degree flat foot,
• 31 – 60 % II degree flat foot,
• преко 61 % III degree flat foot.
Persons with normalf foot are left with no index, and that is the lack of this method. Because
of that statistic data analysis is dificult.
Picture 1. Analysing footprint using Thomsen method
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Danica Janićijevic, Milena Mijailović, Dejan Ilić, Bojan Ilić
RESULTS
Results of the research show that there is a big number of trained girls from school of sport
“Sporticus” who have some form of flat foot, even 60.71% of the total number. Encouraging fact is
that most of them have the first degree flat foot.
When it comes to right foot status, of total number, 13 have normal foot, 11 have first degree
flat foot and 4 subjects have second degree flat foot. And when it comes to left foot status 15 subjects
have normal foot, 11 have first degree flat foot and 2 of them have second degree flat foot. No one
has third degree flat foot. It was noticed that some girls had one foot with normally distributed arch,
but other foot flat.
Table 1. Foot status among girls who train in school of sport “Sporticus”
Sample of subjects
Percent
Total number
28
100%
Normal foot
11
39,29%
Flat foot
17
60,71%
DISCUSION
Girls were split into two groups based on BMI. Respecting two criterias: Centers for Disease
Control and Prevention (CDC) criteria and International Obesity Task Force (IOTF) criteria which
for girls 7 and 8 years old counts every girl with 17.5, and 18,0 BMI clasifay as overweigh, we can
conclude that 11 girls are overweighd. If some girl belonged in overweighed group respecting just
one criteria she was recognised as overweigh or obese.
Next task was to see how many girls who were overweigh had flat foot, and how many girls
who was in averege weighted group had flat foot. Seven girls of elevan (in overweigh group) had flat
foot, and that is 63.63%. In other non-overweigh group there were ten of seventeen girls, or 58.82%
with flat foot. Results shows that BMI wasn’t relevant factor which influenced forming flat foot in
this two groups of subjects.
 Among 17 girls who had flat foot, 7 of them have just one flat feet, ant the other normal.
Which factor dominatly influenced on forming unilateral flat foot, we couldn’t conclude, because
number of subjects was small. Even though high BMI wasn’t relevant factor for influenceing forming
flat foot, only four girls who had second degree flat foot was in overweighed group. In addition, ages
did not have influence in forming flat foot, too. We can’t be certain wheather high BMI led to this
result.
	 Result that 60.71% of girls have flat foot is totally corresponding with previous researches
(Đuric, Ilic, Nesic, 2013; Jen-Huei, C., et al., 2010).
CONCLUSION
In the beginning of the paper, hypothesis was set. Hypothesis: Girls who are overweighed are
more likely to have flat foot. This hypothesis was not accepted because there were almost identical
percentage of girls who have flat foot in overweighed and in non-overweighed group.
Encouraging fact is that most of them have second degree flat foot, but concerning is that
this research was conducted in leading school of sport in our country. This means that exercises on
trainings are not good prevention ant that more corrective exercises should be done.
Prevention should be considerate from childhood. In that period we should enable undisturbed
and natural development. It is necessary for child to walk more often and longer on uneven terrene,
because that kind of field irritate and activate muscles of the feet, and especially little sole muscles,
so in that way we are enabling good influence on forming foot.
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Foot Status among Young School Age Girls
It is necessary to strengthen muscles of the foot and muscles below knees. We should strengthen
dorsal flexors, and especially m.tibialis anterior, plantar extensors, especially mm.peroneus longus
et brevis, m, m.tibialis posterior flexor и hallucis longus. Exercises can be performed in various
positions, but always from the easiest, it this case from sitting position. Standing position can be
used as prevention, when pathological changes are not so big, so the weight can’t negatively influence
on deformity. Feet are constantly exposed to the big loads, so we try to prepare them for that.
In conclusion, it is very important to estimate which factors lead to forming flat foot and to
examine whether high BMI is one of the most important factors which can lead to this deformity.
REFERENCES
Chen, K. C., Yeh, C. J., Tung, L. C., Yang, J. F., Yang, S. F., & Wang, C. H. (2011). Relevant factors
influencing flatfoot in preschool-aged children.European journal of pediatrics, 170(7), 931-936.
Đurić, S.; Ilić, D.; Nešić, G. (2013). Ispitivanje statusa stopala kod odbojkaša školskog uzrasta.
Aktivnosti u fizičkoj kulturi i sportu , 3 (1), 35-40.
Jen-Huei, C., Sheng-Hao, W., Chun-Lin, K., Hsian Chung, S., Ya-Wen, H., & Leou-Chyr,
L. (2010). Prevalence of flexible flatfoot in Taiwanese school-aged children in relation to obesity,
gender, and age. European Journal Of Pediatrics, 169(4), 447-452. doi:10.1007/s00431-009-1050-9
Koturović, Lj. , Jeričević, D. (1996). Korektivna gimnastika (II izdanje). Beograd: IGP „MIS
SPORT“.
Mitić, D. (2001). Rekreacija. Beograd: Fakultet sporta i fizičkog vaspitanja.
Radisavljević, M. (2001). Korektivna gimnastika sa osnovama kineziterapije (prerađeno i
dopunjeno izdanje). Beograd: Viša škola za sportske trenere
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Conference Procedings
UDK 796.412.012.1-055.2
ZNAČAJ UKLJUČIVANJA DEVOJČICA MLAĐEG ŠKOLSKOG UZRASTA U
REKREATIVNI PROGRAM RITMIČKE GIMNASTIKE
Slobodanka Dobrijević1, Lidija Moskovljević1, Ivana Milanović1
1Fakultet sporta i fizičkog vaspitanja, Univerzitet u Beogradu, Srbija
UVOD
Motoričke sposobnosti predstavljaju veoma značajan faktor u razvoju deteta, jer utiču kako
na biološki, tako i na psihološki i socijalni aspekt njihovog života. Razvoj motoričkih sposobnosti
značajno doprinosi razvoju kognitivnih i perceptivnih sposobnosti (Bushnell & Boudreau, 1993; Von
Hofsten, 2004; Smith & Thelen, 2003), a motoričko ispoljavanje nije moguće objasniti izvan karakte-
ristika morfološkog i karaktera psihološkog razvoja (Kukolj, 2011).
Jedna od osnovnih potreba deteta je – potreba za kretanjem i fizičkom aktivnošću. Ova potre-
ba izdvaja se kao jedan od najvažnijih faktora zdravlja. Kroz fizičku aktivnost deca razvijaju morfolo-
ške karakteristike i motoričke sposobnosti, kao i psihološke karakteristike, neophodne za normalan i
kvalitetan život. Većina dece svoje potrebe za fizičkom aktivnošću zadovoljava kroz igru i rekreaciju,
ali se sve više njih, rano usmerava ka organizovanim vidovima sportskih aktivnosti (različite sportske
škole) kroz koje ne samo da zadovoljavaju potrebe za fizičkom aktivnošću, već unapređuju i usavr-
šavaju motoričke sposobnosti uz sistemski rad i stručan pristup trenera. Imajući u vidu današnji
sedentarni način življenja, posebno u gradskim sredinama, uloga sporta i organizovanih sportskih
aktivnosti u razvoju motoričkih sposobnosti dece je od izuzetnog značaja. Polazeći od činjenice da
mlađi školski uzrast (7-12 godina), predstavlja izuzetno osetljivu fazu za razvoj motoričkih sposob-
nosti i usavršavanje pokreta, veoma je važno u ovom periodu deci ponuditi sportske sadržaje koji će
na adekvatan način stimulisati njihov fizički razvoj i razvoj motoričkih sposobnosti. Kada su u pita-
nju devojčice, prema Gužalovskom (1984), kritičan period  kada je najveća osetljivost na stimulaciju
većine motoričkih sposobnosti je od 9. do 12. godine. Ritmička gimnastika, bogatstvom i raznovr-
snošću kretnih struktura, kao i dostupnošću i širokom primenljivošću njenih sadržaja, ima pozitivan
uticaj kako na fizički, tako i na motorički razvoj devojčica, razvijajući podjednako pokretljivost, sna-
gu, koordinaciju, brzinu i ravnotežu (Radisavljević i Moskovljević, 2011). Pored navedenih pozitiv-
nih karakteristika ritmičke gimnastike, treba napomenuti da se njenom primenom razvija i estetska
komponenta kod devojčica, tako da ona predstavlja jedan od najpogodnijih sportskih sadržaja koji
se može ponuditi devojčicama u periodu rasta i razvoja.
U praksi se često postavljaju pitanja o razvoju fizičkih karakteristika i motoričkih sposobnosti
pojedinaca u odnosu na nivo karakterističan za određeni uzrast, kao i o uticaju pojedinih aktivnosti
na ove parametre. Da bi se dali odgovori na ova pitanja, od izuzetne je važnosti redovno praćenje
fizičkog razvoja i razvoja motoričkih sposobnosti, kako celokupne populacije dece, tako i specifičnih
sportskih grupa. Posle dužeg vremena u Srbiji je urađena velika studija, koja pruža potrebne informa-
cije o prosečnoj razvijenosti pojedinih parametara fizičkog razvoja i motoričkih sposobnosti školske
dece (Milanović i Radisavljević Janić, 2015). Autori ove studije su utvrdili kriterijumske referentne
vrednosti za pomenute parametre, omogućivši na taj način nastavnicima fizičkog vaspitanja validno
praćenje fizičkog razvoja i razvoja motoričkih sposobnosti učenika sa kojima rade. Pored toga, cilj
praćenja fizičkog razvoja i razvoja motoričkih sposobnosti učenika u školama jeste da učenici steknu
određena znanja, kako i na koji način mogu da održavaju ili usavršavaju njihovu opštu fizičku formu,
kao i da se obrazuju o značaju fizičkog vežbanja za njihov optimalan rast i razvoj. Sa druge strane,
postojanje parametara nastalih na reprezentativnom uzorku populacije učenika osnovne škole, daje
mogućnost sportskim stručnjacima da izvrše poređenje tih vrednosti sa vrednostima fizičkog ra-
zvoja i motoričkih sposobnosti dece koje oni treniraju. Na osnovu toga treneri bi mogli da naprave
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analizu njihove trenutne fizičke forme i provere da li načini rada i sportski sadržaji koje primenjuju
u radu sa decom, doprinose poboljšanju njihovih fizičkih karakteristika i motoričkih sposobnosti.
Cilj ovog istraživanja je bio da se ispita na kom su nivou motoričke sposobnosti i neki parame-
tri fizičkog razvoja mladih ritmičarki, u poređenju sa kriterijumskim referentnim vrednostima opšte
populacije devojčica istog uzrasta.
METOD
Ovo je empirijsko istraživanje, transverzalnog karaktera, sprovedeno na uzorku devojčica koje
treniraju ritmičku gimnastiku, kako bi se ispitao nivo njihovih motoričkih sposobnosti i nivo para-
metara fizičkog razvoja. Dobijeni rezultati upoređivani su sa kriterijumskim referentnim vrednosti-
ma populacije devojčica istog uzrasta.
Ispitanici
Istraživanje je sprovedeno na uzorku od 34 zdrave devojčice, uzrasta 9-10 godina (3. i 4. razred),
koje se rekreativno bave ritmičkom gimnastikom u Sportskom klubu „In“ iz Beograda. Sve devojčice
su uključene u ovaj program vežbanja 1-2 godine i treniraju dva puta nedeljno u trajanju od 60 minuta.

Uzorak je podeljen u dva subuzorka, devojčice 3. razreda (N=18) i devojčice 4. razreda (N=16).
Procedure
Istraživanjem je obuhvaćeno 9 varijabli, 3 za procenu fizičkog rasta i telesnog sastava i 6 za
procenu motoričkog statusa. Mere fizičkog rasta i sastava tela koje su korišćene su telesna visina
(TV) i telesna masa (TM), a iz dobijenih podataka izračunat je Indeks telesne mase (BMI). Za mere-
nje telesne visine korišćen je stadiometar po Martinu (Seca Instruments Ltd.,Hamburg, Germany), a
za merenje telesne mase vaga Tanita Inner Scan Model BC-578 (Tanita Europe GmbH., Sindelfingen,
Germany). Indeks telesne mase izračunat je matematičkom formulom (BMI = TM/TV^2).
Testovi za procenu motoričkih sposobnosti korišćeni u ovom istraživanju su standardizovani,
njihova pouzdanost je ranije potvrđena (Milanović i Radisavljević Janić, 2015). Isti ovi testovi, sa
istim instrumentima korišćeni su i u istraživanju u kome su dobijeni rezultati postavljeni kao pa-
rametri populacije (Milanović i Radisavljević Janić, 2015), a koji su u ovom istraživanju korišćeni u
obradi podataka. Korišćeni su sledeći testovi: Ležanje-sed za 30 sekundi (LiS) za procenu repetitivne
snage, Skok udalj iz mesta (SuD) za procenu eksplozivne snage nogu, Ponovljeno trčanje na 20 m
sa progresivnim povećavanjem brzine - “šatl ran” (SR) za procenu kardiorespiratorne izdržljiivosti,
Pretklon u sedu (PuS) za procenu pokretljivosti, Čunasto trčanje 4 x 10 m (4x10) za procenu agilnosti
i Izdržaj u zgibu (IuZ) za procenu izdržljivosti u snazi.
Testiranje
Testiranje je vršeno u  prepodnevnim časovima u SRC “11. april” na Novom Beogradu. Ispitanice
su bile sportskoj garderobi, a testiranju je prethodila standardna procedura zagrevanja. Pre izvođenja
svakog testa ispitanicama su date neophodne instrukcije. Ispitanice su imale jedan probni pokušaj za
sve testove, izuzev testa „šatl ran“, koji zahteva duže vreme izvođenja, a ne predstavlja motorički složen
zadatak. Sva merenja su sprovedena na jednom treningu, izuzev testa “šatl ran”
, koji je sproveden na
prvom sledećem treningu. Isti merilac je obavio sva merenja u okviru određenog testa.
Ležanje-sed za 30 sekundi  (LiS) izvodi se iz početnog položaja gde ispitanik leži na leđima sa
pogrčenim nogama u kolenima pod uglom od 900 i sa rukama na potiljku, a partner mu fiksira noge.
Ispitanik ima zadatak da u vremenu od 30 s izvede što veći broj pregibanja trupa, pri čemu se zahteva
da svaki put laktovima dodirne kolena. Rezultat testa je broj pravilno izvedenih podizanja trupa u
zadatom vremenu.
Skok udalj iz mesta (SuD) se izvodi na ravnoj, ne klizavoj površini na kojoj je obeleženo skaka-
lište i mesto za odraz. Zadatak je da ispitanik sunožnim odsokom i doskokom skoči što dalje, a meri
se rastojanje od linije odskoka do mesta gde ispitanik petom ostvari kontakt sa tlom. Izvode se tri
skoka, a najbolji rezultat se uzima za analizu.
Ponovljeno trčanje na 20 m sa progresivnim povećavanjem brzine - “šatl ran” (SR) se izvodi
trčanjem između dve linije na rastojanju od 20m, prateći tempo koji je diktiran zvučnim signalom
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Conference Procedings
Slobodanka Dobrijević, Lidija Moskovljević, Ivana Milanović
snimljenim na CD-u. Na svaki zvučni signal ispitanik mora stajati sa oba stopala iza linije. Cilj je
pretrčati  što veći broj deonica. Početna brzina je 8,5 km/h i svakog minuta se povećava za 0,5 km/h.
Test se prekida kada ispitanik više ne može da prati zadati tempo, odnosno kada tri puta za redom ne
uspe da pređe liniju na zvučni signal ili kada ispitanik sam odustane. Rezultat testa je proteklo vreme
u sekundama, mereno štopericom.
Pretklon u sedu (PuS) izvodi  se pomoću drvenog sanduka (dimenzija 45 cm x 35 cm x 32 cm)
sa lenjirom i klizačem na gornjoj ploči (dimenzija 60 cm x 35 cm). Ispitanik bos sedi ispred sanduka,
ispruženih nogu, i oslanja se stopalima na prednju stranu sanduka. Ispruženim rukama, koje se po-
stavljaju jedna preko druge (tako da su srednji prsti jedan preko drugog) ispitanik se naginje napred
i što je moguće više pomera klizač. Sa lenjira se očitava rezultat u centimetrima. Sve vreme se vrši
kontrola da ispitanik ne savija kolena. Test se ponavlja dva puta, a bolji rezultat se uzima za analizu.
Čunasto trčanje 4 x 10 m (4x10) se izvodi na neklizajućoj podlozi, na stazi dužine 10 m, koja je
obeležena dvema linijama dužine 1,2 m. Na kraju staze postavljaju se dva sunđera. Ispitanik treba da
četiri puta pretrči obeleženu stazu u što kraćem vremenskom periodu, i to na sledeći način: na zadati
znak počinje da trči što brže do linije na drugom kraju staze koju treba da pređe stopalom jedne
noge, uzme jedan sunđer, brzo se okrene i vraća se nazad istim pravcem, prelazi ponovo jednim sto-
palom preko linije, ostavlja sunđer, zatim odlazi po drugi sunđer i sprintom protrčava preko startne
linije. Meri se vreme za koje ispitanik istrči četiri deonice, a ukoliko ne pređe svaki put stopalom
preko linije merenje se ponavlja.
Izdržaj u zgibu (IuZ) se realizuje na doskočnom vratilu. Ispitanik uz pomoć stolice ili pomoć-
nika hvata pritku vratila podhvatom u širini ramena, tako da mu se brada nalazi iznad ili u visini
pritke. Kada zauzme položaj izmiče se stolica ili ga pomoćnik pušta. Merilac tada uključuje štopericu
i meri vreme u  kome ispitanik uspeva da održi zadati položaj. Štoprica se zaustavlja kada ispitanik
spusti bradu ispod visine pritke. Tokom izvođenja testa ispitanik treba da drži opružene noge i ne
sme da se ljulja. Rezultat se meri u sekundama.
Statistička obrada podataka
Svi podaci obrađeni su statističkim procedurama u programu SPSS 20.0. Iz prostora deskrip-
tivne statistike određena je aritmetička sredina (SV), standardna devijacija (SD), kao i nivo poverenja
dobijenih podataka (NP). Iz prostora komparativne statistike korišćen je t-test sa jednim uzorkom
za poređenje dobijenih rezultata sa prosečnim vrednostima učenica opšte populacije istog uzrasta.
REZULTATI
U Tabeli 1 prikazani su deskriptivni pokazatelji fizičkih karakteristika, kao i rezultati motorič-
kih testova za devojčice 3. i 4. razreda.
Tabela 1. Fizičke karakteristike i motorički status mladih ritmičarki
3. razred
4. razred
N
SV (SD)
NP (95%)
N
SV (SD)
NP (95%)
TV
18
143.3 (6.6)
3.27
16
145.0 (7.2)
3.86
TM
18
34.9 (5.1)
2.54
16
36.4 (7.3)
3.90
BMI
18
16.9 (1.7)
0.87
16
17.2 (2.1)
1.14
LS30
18
17.9 (3.3)
1.66
16
19.9 (3.1)
1.67
SuD
18
135.8 (15.5)
7.72
16
145.6 (15.5)
8.25
SR
18
217.1 (73.7)
36.64
16
209.8 (63.1)
33.65
PuS
18
29.8 (4.6)
2.32
16
28.4 (6.4)
3.38
4x10
18
13.5 (0.9)
0.44
16
12.9 (0.7)
0.33
IuZ
18
11.8 (7.3)
3.63
16
12.4 (5.7)
3.03
Legenda: SV(SD) – srednja vrednost (standardna devijacija); NP-nivo poverenja; TV – visina tela; TM
– masa tela; BMI – indeks telesne mase; LS 30 – Ležanje-sed za 30s; SuD - Skok udalj; SR - Šatl ran PuS - Pret-
klon u sedu; IuZ - Izdržaj u zgibu; 4x10 - Čunasto trčanje 4x10 m.
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Značaj uključivanja devojčica mlađeg školskog uzrasta u rekreativni program ritmičke gimnastike

U Tabeli 2 prikazane su srednje vrednosti pokazatelja fizičkog razvoja i rezultata motoričkih
sposobnosti mladih ritmičarki, kao i prosečne vrednosti ovih parametara za devojčice opšte popula-
cije odgovarajućeg uzrasta. Od pokazatelja fizičkog razvoja ističe se značajno manji BMI kod mladih
ritmičarki obe uzrasne kategorije u odnosu na prosečne vrednosti devojčica opšte populacije istog
uzrasta. Rezultati motoričkih testova mladih ritmičarki su bolji od prosečnih rezultata devojčica opšte
populacije istog uzrasta u svim testovima izuzev u testu IuZ, i ova razlika je u većini testova značajna.

Tabela 2. Poređenje rezultata fizičkog razvoja i motoričkih testova mladih ritmičarki u odnosu na
prosečne vrednosti devojčica opšte populacije istog uzrasta
                                3. razred (N=18)
4. razred (N=16)
     SV (SD)
Ritmičarke
SV(SD)
opšta
populacija
t
df
 p
    SV (SD)
ritmičarke
SV(SD)
opšta
populacija
 t
df
p
TV
143.3 (6.6)
140 (0.070)
2.149
17
.046
145.0 (7.2)
146 (0.008)
-.553
15
.589
TM
34.9 (5.1)
35.2 (8.4)
-.258
17
.800
36.4 (7.3)
39.7 (9.3)
-1.803
15
.092
BMI
16.9 (1.7)
17.9 (3.3)
-2.367
17
.030
17.2 (2.1)
18.4 (3.4)
-2.330
15
.034
LS30
17.9 (3.3)
16.7 (4.7)
1.510
17
.149
19.9 (3.1)
17.9 (4.5)
2.517
15
.024
SuD
135.8 (15.5)
118 (19)
4.861
17
.000
145.6 (15.5)
127 (20)
4.814
15
.000
SR
217.1 (73.7)
157 (66)
3.458
17
.003
209.8 (63.1)
177 (77)
2.078
15
.055
PuS
29.8 (4.6)
20.5 (5.8)
8.552
17
.000
28.4 (6.4)
20.5 (6.1)
4.893
15
.000
4x10
13.5 (0.9)
14.0 (1.4)
-2.474
17
.024
12.9 (0.7)
13.6 (1.4)
-3.897
15
.001
IuZ
11.8 (7.3)
14 (13)
-1.292
17
.214
12.4 (5.7)
15 (14)
-1.786
15
.094
p<0.05 Legenda: SV(SD) – srednja vrednost (standardna devijacija); df – stepeni slobode; TV – visina
tela; TM – masa tela; BMI – indeks telesne mase; LS 30 – Ležanje-sed za 30s; SuD - Skok udalj; SR - Šatl ran
PuS - Pretklon u sedu; IuZ - Izdržaj u zgibu; 4x10 - Čunasto trčanje 4x10 m.
Tabela 3 prikazuje u kojim zonama se nalaze rezultati ritmičarki u odnosu na kriterijumske
referentne vrednosti (prema Milanović i Radisavljević, 2015). Kriterijumi su postavljeni tako da u
tzv. zoni očekivanih rezultata budu obuhvaćeni rezulati 50% učenika koji se kreću od 25-tog do
75-tog percentila (Tabela 3 – prosek). Rezultati koji ukazuju na postignuće koje je slabije od očeki-
vanog imale su vrednost nižu od 25% (Tabela 3 – ispod proseka) percentila odgovarajućeg rezultata
u datom testu. Vrednosti veće od 75-tog percentila predstavaljaju granicu koja treba da ukaže na
rezultate koji su iznad proseka za dati test (prema Milanović i Radisavljević, 2015). Rezultati koje su
mlade ritmičarke postigle, u najvećem procentu, nalaze se u zoni iznad proseka ili u zoni prosečnih
rezultata, u zavisnosti od parametra fizičkog razvoja i motoričke sposobnosti koja se posmatra.
Tabela 3  Kriterijumske referentne vrednosti za devojčice 3. i 4. razreda i distribucija frekvencije re-
zultata mladih ritmičarki prema datim zonama
3. razred
4. razred
ispod
proseka
%
prosek
%
iznad
proseka
%
ispod
proseka
%
prosek
%
iznad
proseka
%
BMI
15.5
16.67 15.5 ÷ 19.7 77.78
19.7
5.56
15.8
25.00 15.8 ÷ 20.4
62.50
20.4
12.50
LS30
14
5.56
14 ÷ 20
66.67
20
27.78
15
0.00
15 ÷ 21
62.50
21
37.50
SuD
105
5.56
105 ÷ 130
22.22
130
72.22
115
0.00
115 ÷ 140
31.25
140
68.75
SR
110
0.00
110 ÷ 193
44.44
193
55.56
124
18.75
124÷ 215
18.75
215
62.50
PuS
17
0.00
17 ÷ 25
0.00
25
100.00
17
12.50
17 ÷ 25
0.00
25
87.50
4x10
14.88
5.56
14.88 ÷ 13
72.22
13
22.22
14.37
0.00
14.37 ÷
12.6
81.25
12.6
18.75
IuZ
5
22.22
5 ÷ 19
55.56
19
22.22
5
0.00
5 ÷ 21
100.00
21
0.00
Legenda: TV – visina tela; TM – masa tela; BMI – indeks telesne mase; LS 30 – Ležanje-sed za 30s;
SuD - Skok udalj; SR - Šatl ran PuS - Pretklon u sedu; IuZ - Izdržaj u zgibu; 4x10 - Čunasto trčanje 4x10 m;
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Conference Procedings
Slobodanka Dobrijević, Lidija Moskovljević, Ivana Milanović
DISKUSIJA
Rezultati fizičkih karakteristika mladih ritmičarki pokazuju da ove devojčice imaju značajno
manji BMI u odnosu na prosečne vrednosti opšte populacije devojčica i 3. i 4. razreda. U subuzorku
mladih ritmičarki 3. razreda i telesna visina je značajno veća od prosečnih vrednosti opšte popu-
lacije, dok se subuzorak 4. razreda ne razlikuje značajno od prosečnih vrednosti vršnjakinja opšte
populacije u telesnoj visini i masi, ali imaju značajno manji BMI. Više autora navode da devojčice
koje se bave ritmičkom gimnastikom imaju manje masnog tkiva, a njihova telesna težina je za 5-10
kg niža od proseka populacije devojčica istog uzrasta (Hume i sar.,1993; Sanader, 2000; Jezdimirović
i Tumin, 2011). U skladu sa tim, može se  izvesti zaključak da rekreativni program vežbanja ritmičke
gimnastike, i u relativno malom obimu treninga (2 puta nedeljno po 1 sat), ima pozitivan uticaj na
BMI devojčica, mada bi za generalizaciju ovih rezultata trebalo sprovesti studiju na većem broju
ispitanica.
Mlade ritmičarke pokazuju prosečno bolje rezultate u repetitivnoj snazi u oba subuzorka u
odnosu na prosečne vrednosti devojčica opšte populacije, ali je ova razlika statistički značajna samo
kod devojčica 4. razreda. Ritmička gimnastika obiluje vežbama za razvoj snage ovog tipa, i to kako
primenom opštih vežbi snage za trbušne mišiće, tako i izvođenjem specifične tehnike bez rekvizita
koja podrazumeva stalno angažovanje trbušnih mišića.
Kada je u pitanju eksplozivna snaga i pokretljivost, razlika između mladih ritmičarki i pro-
sečnih vrednosti opšte populacije devojčica je najizraženija. Visok nivo pokretljivosti je jedna od
najizraženijih sposobnosti ritmičarki, i vežbe za njen razvoj su sastavni deo svakog treninga ritmičke
gimnastike, od rekreativnih do reprezentativnih grupa. Takođe, eksplozivna snaga nogu je motorič-
ka sposobnost koja se u treningu ritmičke gimnastike razvija primenom različitih poskoka i skokova,
kao osnovnih strukturnih grupa elemenata telom. Dobrijević i sar. (2014), u istraživanju rađenom na
uzorku ritmičarki, ukazuju da u periodu od 9. do 10. godine dominira razvoj eksplozivne snage, pa
primena vežbi ovog tipa ima izuzetno veliki uticaj na njeno ispoljavanje.
Agilnost ritmičarki je značajno bolja u oba subuzorka u odnosu na prosečne vrednosti opšte
populacije devojčica odgovarajućeg uzrasta. Ovaj period se karakteriše kao veoma osetljiv za razvoj
ove sposobnosti kod dece (Casperson i sar. 2000, Bijelić i Simović, 2005), pa se uz odgovarajuću sti-
milaciju napredak u njenom razvoju lakše postiže. U istraživanju Dobrijevićeve i saradnika (2014)
potvrđeno da se u ovom periodu agilnost intenzivno razvija kroz primenu sadržaja ritmičke gimna-
stike, tako da devojčice koje je treniraju su sigurno u prednosti kada je u pitanju ova sposobnost u
odnosu na opštu populaciju devojčica, a posebno u odnosu na one koje se ne bave sportom.
Pri poređenju kardiorespiratorne izdržljivosti ritmičarki i prosečnih vrednosti devojčica opšte
populacije, uočava se da ritmičarke ostvaruju bolje rezultate, iako razvijenost ove sposobnosti nije
od presudnog značaja za ritmičku gimnastiku. Pretpostavlja se da sedentaran način života u dana-
šnjim savremenim uslovima, čini da se devojčice izuzetno malo kreću, pa svaka fizička aktivnost, čak
i nekarakteristična za razvoj izdržljivosti, utiče na poboljšanje ove sposobnosti.
Kada je u pitanju izdržljivost u snazi, mlade ritmičarke su ostvarile neznatno slabije rezultate
od prosečnih devojčica. Ovo je donekle i očekivano s obzirom na to da se u treningu ritmičke gim-
nastike ne primenjuju u velikoj meri vežbe koje posebno razvijaju izdržljivost u snazi ruku i ramenog
pojasa. Ovaj rezultat bi mogao da posluži trenerima, ukazujući im da u planiranju trenažnog procesa
treba voditi računa o optimalnom razvoju i ove motoričke sposobnosti.
ZAKLJUČAK
Usmerena fizička aktivnost dece od samo dva sata nedeljno pozitivno utiče na razvoj većine
motoričkih sposobnosti devojčica, kao i na njihov telesni sastav. Devojčice koje se bave ritmičkom
gimnastikom imaju značajno manje vrednosti BMI u odnosu na prosečne vrednosti devojčica nji-
hovog uzrasta. U većini motoričkih testova mlade ritmičarke ostvarile su značajno bolje rezultate
u odnosu na prosečne vršnjakinje, i njihovi rezultati su najčešće u zoni iznad proseka. Imajući u
vidu dobijene rezultate može se zaključiti da se ritmička gimnastika sa svojim raznovrsnim kretnim
strukturama i bogatstvom sadržaja može preporučiti devojčicama koje se nalaze u periodu rasta i
razvoja, kao jedno od najpogodnijih vežbanja koje ima pozitivan uticaj kako na fizički, tako i na mo-
torički razvoj devojčica.
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Zbornik radova
Značaj uključivanja devojčica mlađeg školskog uzrasta u rekreativni program ritmičke gimnastike

Kao nedostatak ove studije, u smislu generalizacije rezultata, može se smatrati mali uzorak
ispitanika. S tim u vezi, preporuka za neka buduća istraživanja je ispitati parametre fizičkog razvoja
i  motoričke sposobnosti  mladih ritmičarki na većem uzorku ispitanika. Pored toga, značajno bi
bilo ispitati uticaj rekreativnog bavljenja ritmičkom gimnastikom i kod drugih uzrasnih kategorija
devojčica.
LITERATURA
Bijelić, S., i Simović, S. (2005). Trenažna tehnologija u radu sa mladim sportistima. Banja
Luka: Grafid: Sekretarijat za sport i omladinu u Vladi Republike Srpske.
Bushnell, E.W., & Boudreau, J.P. (1993). Motor development and the mind: the potential role
of motor abilities as a determinant of aspects of perceptual development. Child Development, 64(4),
1005–1021.
Caspersen, C.J., Pereira, M.A., & Curran, K.M. (2000). Changes in physical activity patterns in
the United States, by sex and cross-sectional age. Medicine and Science in Sports and Exercise, 32(9),
1601–9.
Dobrijević,S., Dabović, M. i Moskovljević,L. (2014). Trend razvoja motoričkih sposobnosti
devojčica koje se bave ritmičkom gimnastikom. Fizička kultura, 68(2), 136-147.
Гужаловский, А.А. (1984). Проблема «критических» периодов онтогенеза в ее значении
для теории и практики физического воспитания. Очерки по теории физической культуры.—М.:
Физкультура и спорт, 211–223.
Hume,P.A., Hopkins, W.G., Robinson, D.M., Robinson, S.M., & Hollings, S.C. (1993). Predic-
tors of attainmet in rhythmic sportive gymnastics. Journal of  Sports Medicine and Physical Fitness,
33(4), 367-377.
Jezdimirović, T. i Tumin, D. (2011). Antropometrijske karakteristike devojčica uzrasta 7-8 go-
dina sa aspekta inicijalne selekcije za ritmičku gimnastiku. Glasnik Antropološkog društva Srbije, 46,
279-285.
Kukolj, M. (2011). Razvoj motoričkih sposobnosti dece i omladine.  U Jevtić,B., Radojević,J.,
Juhas,I., Ropret,R.(ur), Dečiji sport - od prakse do akademske oblasti (str.165-177). Beograd: Fakultet
sporta i fizičkog vaspitanja.
Milanović, I., i Radisavljević, J.S. (2015). Praćenje fizičkih sposobnosti učenika osnovne škole
u nastavi fizičkog vaspitanja. Fakultet sporta i fizičkog vaspitanja, Beograd.
Radisavljević, L. i Moskovljević, L. (2011). Osnove ritmike.   U Jevtić, B., Radojević, J., Juhas, I.,
Ropret, R. (ur), Dečiji sport - od prakse do akademske oblasti (str.395-408). Beograd: Fakultet sporta
i fizičkog vaspitanja.
Sanader, A. (2000). Modelne karakteristike jugoslovenskih seniorki u ritmičkoj gimnastici
(magistarska teza). Fakultet sporta i fizičkog vaspitanja, Beograd.
Smith, L.B., & Thelen, E. (2003). Development as a dynamic system. Trends in Cognitive Sci-
ences, 7(8), 343-348.
Von Hofsten, C. (2004).  An action perspective on motor development. Trends in Cognitive
Sciences, 8(6), 266-272.
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Conference Procedings
UDK 796.412.012.1-055.2
THE IMPORTANCE OF INCLUDING YOUNGER SCHOOLGIRLS IN THE
RECREATIONAL PROGRAM OF RHYTHMIC GYMNASTICS
Slobodanka Dobrijević1, Lidija Moskovljević1, Ivana Milanović1
1Faculty of Sport and Physical education, University of Belgrade, Serbia
INTRODUCTION
Motor abilities are a very important factor in the development of a child since they
influence not only the biological, but also the psychological and social aspects of his/ her life.
The development of motor abilities enhances the growth of cognitive and perceptive abilities
(Bushnell & Boudreau, 1993; Von Hofsten, 2004; Smith & Thelen, 2003); at the same time
it is impossible to explain motor demonstration without entering into characteristics of the
morphological and the character of psychological development (Kukolj, 2011).
One of the basic needs of a child is the need to move and to be physically active. This
need is considered to be one of the basic factors of good health. Through physical activity
children develop morphological characteristics and motor abilities as well as psychological
characteristics essential for a normal and complete life. Most children fulfill this need for
physical activity through games and recreation but the number of those who very early engage
in organized sports activities (in various sports schools) is constantly growing; this way they
not only satisfy their need for physical activity but also improve and upgrade motor abilities
by systematic work aided by qualified trainers. When we consider the sedentary way of living
nowadays, particularly in the cities, the role of organized sports activities and sport in general in
the development of motor abilities is rapidly becoming crucial. Starting from the fact that junior
school age (between 7 and 12) is an extremely sensitive phase for motor skills development and
enhancement of movement it becomes very important to offer children of this age group sports
contents that will adequately stimulate their physical fitness. As for the young girls, according
to Gužalovski (1984), the critical period when sensitivity to stimulation of most motor abilities
is at its peak is from 9 to 12 years of age. Rhythmic gymnastics, abounding in various movement
structures, with its widely applicable and highly accessible contents, has a positive influence on
the physical, as well as the motor development of young girls, improving simultaneously their
flexibility, agility, strength, coordination, swiftness and balance (Radisavljević and Moskovljević,
2011). In addition to the aforementioned positive characteristics of rhythmic gymnastics we
should also state that by engaging in it girls also develop a sense for the esthetic; all of these
reasons combined make rhythmic gymnastics one of the most convenient sports contents to be
offered to young girls in their period of growth and development.
In practice very often questions are raised concerning individual development of physical
characteristics and motor abilities in comparison to the level common to a certain age group,
as well as questions about how particular activities influence these parameters. In order to find
answers to these questions it is very important to regularly monitor physical fitness in the total
children population and in specific sports groups. It took a long time to complete an extensive
study in Serbia which contains necessary information about the average development of specific
parameters of physical fitness of school children (Milanović and Radisavljević Janić, 2015). The
authors of this study have established criterion referenced standards for the abovementioned
parameters and thus have provided teachers of physical education valuable reference to observe
the physical fitness  of their students. Additionally, the aim of monitoring physical fitness of
pupils is to improve their own knowledge: how and in what way they can maintain and enhance
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The Importance of Including Younger Schoolgirls on The Recreational Program of Rhythmic Gymnastics
their general physical form, keep fit and teach them the importance of physical exercise for
optimal growth and development. On the other hand, the very existence of parameters resulting
from a representative sample of primary school children gives sport experts the opportunity
to compare these values to the values of physical fitness of the children they train. Based on
these results coaches could make an analysis of the current physical form of their students and
thus check whether the method of teaching and sports contents they employ in their teaching
contribute to the improvement of their trainees’ physical characteristics and motor abilities.
The aim of this research is to determine the level of motor abilities and some parameters
of physical development of young rhythmic gymnasts compared to the criteria benchmarks/
reference points for the general population of young girls of the same age.
METHOD
This study is an empiric research of a transversal nature conducted on a sample of young
girls who train rhythmic gymnastics, to investigate the level of their motor abilities and the
parameter level of their physical growth. The obtained results are compared to the criterion
referenced standards of the general population of girls, their peers.
Participants
The research was carried out on a sample of 34 healthy girls, aged 9 to 10 (3rd and 4th grade)
who practice rhythmic gymnastics as recreation in the Sports club “In” in Belgrade. All the girls
have been engaged in this program of training for 1 or 2 years and have training sessions of
60 minutes twice a week. The sample is divided into two sub-samples: girls from the 3rd grade
(N=18) and girls from the 4th grade (N=16).
Procedure
The research encompasses 9 variables: 3 for the assessment of physical growth and
body composition and 6 to assess motor status. Measurements for physical growth and body
composition are body height (BH) and body weight (BW); from the obtained data the body mass
index (BMI) was calculated. Height was measured with Seca stadiometers to the nearest 0.1
cm Seca Instruments Ltd.,Hamburg, Germany), while the body mass was measured with pre-
calibrated portable weighting scales (Tanita Inner Scan Model BC-578, Sindelfingen, Germany).
The index of body mass was calculated using the mathematical formula (BMI = TM/TV^2).
The tests to assess motor abilities used in this research are standard; their reliability has
already been proved (Milanović and Radisavljević Janić, 2015). These same tests with the same
instruments were used in the study which established the obtained results as parameters for the
general population (Milanović and Radisavljević Janić, 2015); the same parameters were used in
this research in processing the data. The following tests were used: sit ups in 30 seconds (LS30)
- to estimate dynamic muscular endurance, standing long jump (SuD) – to estimate explosive
strength, 20 m progressive shuttle run test (SR) – to estimate cardiorespiratory endurance, sit
and reach (PuS) – to estimate flexibility, running 4x10m (4x10) – to estimate agility, bent arm
hang (IuZ) – to estimate static muscle endurance (functional strength).
Testing
Testing was conducted in the morning hours at SRC “11th April” in New Belgrade. The
examinees wore light sports clothing and a standard warming up session was held preceding
the testing itself. Before engaging in each separate test the examinees were given the necessary
instructions. They all were given a trial attempt for each test except the shuttle run, since it
takes a longer time to complete yet does not present a complex motor task. All the measuring
was undertaken in one training period except the shuttle run which was completed during the
next training session. The same record keeper did all the measuring required in by a single test.
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Conference Procedings
Slobodanka Dobrijević, Lidija Moskovljević, Ivana Milanović
Sit ups in 30 seconds (LS30) was performed from the start position where the examinee
is lying on her back, legs bended at the knees at an angle of 900, arms folded under the back of
the head, while her pair steadies the legs. In 30 sec the examinee has to make as many sit-ups,
touching the knees with her elbows, as she can. The correctly performed raising of the body in
the given time span is taken as a final result.
Standing long jump (SuD) is performed on an even, non-slippery surface on which the
jumping area and start position are clearly marked. The task of the examinee is  to leap and land
on both feet as far as possible; the distance from the leap line and the place where the examinee
touches the ground with her heel is measured. Three jumps are performed and the best result
is taken for analysis.
20 m progressive shuttle run (SR) is performed by running between two lines positioned
at a distance of 20 m following the pace set by a sound signal recorded on a CD. At each sound
signal the examinee must be standing behind the line with both feet. The aim is to run as many
laps as possible. The starting speed is 8.5 km/h and each minute it is increased by 0.5 km/h. The
test is discontinued when the examinee can no longer follow the set pace, or when she cannot
cross the line at the sound signal three times in a row, or she voluntarily stops running. The
result of the test is the amount of actively spent time measured in seconds by a stopwatch.
Sit and reach (PuS) is performed with the aid of a wooden chest (measuring 45 cm x 35
cm x 32 cm) with a ruler and slide on the top surface (measuring 60 cm x 35 cm). The barefoot
examinee sits before the chest, legs stretched forward, feet touching the front side of the chest.
The arms are also stretched forward, one above the other (the middle finger of one hand above
the middle finger of the other); the examinee bends forward pushing the slide as far as possible.
The ruler measures the result in centimeters. Monitoring is conducted the whole time making
sure that the examinee doesn’t bend her knees. The test is repeated twice and the better result
is taken for analysis.
Shuttle run 4x10 m (4x10) is executed on a non-slippery surface, on a track 10 m long
marked by two lines, 1.2 m long. Two sponges are placed at the end of the track. The examinee
must run the length of the marked track four times in shortest possible time in the following
manner: at the signal she must begin to run to the line at the other end of the track, cross it
with one foot, pick up one of the sponges, turn around and run back the same way, cross the
start line with one foot, leave the sponge, then turn around and repeat the same action with the
other sponge and sprint back through the start line. The time in which the examinee completes
the four laps is measured; if the examinee does not cross the lines with one foot each time, the
measuring is repeated.
Bent arm hang (IuZ) is performed on a horizontal bar. The examinee stands on a chair
or is aided by a helper to reach the bar with an under grip in the width of her shoulders, with
her chin over or in line with the bar. When the position is attained, the chair is removed, or
the helper steps back. The timekeeper then starts the stopwatch and measures the time the
examinee manages to hold the set position. The measuring is stopped when she drops her chin
under the height of the bar. During the test her legs must be straight and the body must not
swing. The result is recorded in seconds.
Statistical analysis of data
All obtained data were analyzed by statistical procedures in program SPSS 20.0. In the field
of descriptive statistics the mean (M), standard deviation (SD), as well as the level of confidence
(LoC), were determined.  In the field of comparative statistics, T-test with one sample was used
to compare results with the young girl population criterion referenced standards of the same
age.
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The Importance of Including Younger Schoolgirls on The Recreational Program of Rhythmic Gymnastics
RESULTS
Table 1 presents the descriptive indexes of physical characteristics and the results of the
motor tests for girls of the 3rd and 4th grade.
Table 1. Physical characteristics and motor status of young rhythmic gymnasts
3rd grade
4th grade
N
M (SD)
LoC (95%)
N
M (SD)
LoC (95%)
TV
18
143.3 (6.6)
3.27
16
145.0 (7.2)
3.86
TM
18
34.9 (5.1)
2.54
16
36.4 (7.3)
3.90
BMI
18
16.9 (1.7)
0.87
16
17.2 (2.1)
1.14
LS30
18
17.9 (3.3)
1.66
16
19.9 (3.1)
1.67
SuD
18
135.8 (15.5)
7.72
16
145.6 (15.5)
8.25
SR
18
217.1 (73.7)
36.64
16
209.8 (63.1)
33.65
PuS
18
29.8 (4.6)
2.32
16
28.4 (6.4)
3.38
4x10
18
13.5 (0.9)
0.44
16
12.9 (0.7)
0.33
IuZ
18
11.8 (7.3)
3.63
16
12.4 (5.7)
3.03
Key: M – mean; SD – standard deviation; LoC-level of confidence; TV – body height; TM – body
weight; BMI – body mass index; LS30 – sit ups in 30sec; SuD – Standing long jump; SR - Shuttle run; PuS – sit
and reach; IuZ – bent arm hang; 4x10 - Shuttle run 4x10m.

Table 2 shows the mean values of indexes of physical growth and the results of the motor
abilities of young rhythmic gymnasts, as well as the average values of the same parameters for girls
of the general population of corresponding age. In the indexes of physical growth we noticed a
significantly smaller value for BMI in the group of young rhythmic gymnasts of both age categories
compared with the average results of young girls of the general population of the same age. The
results of the motor tests of young gymnasts were better than the average results of their peers in the
general population except test IuZ; the difference in most tests was significant.
Table 2. Comparison of the results of physical growth and motor tests of young rhythmic gymnasts
with the average values for girls of the general population of the same age
3rd grade (N=18)
4th grade (N=16)
M (SD)
rhythmic
gymnasts
M (SD)
general
population
T
df
p
M (SD)
rhythmic
gymnasts
M (SD)
general
population
t
df
p
TV
143.3 (6.6)
140 (0.070)
2.149
17
.046
145.0 (7.2)
146 (0.008)
-.553
15
.589
TM
34.9 (5.1)
35.2 (8.4)
-.258
17
.800
36.4 (7.3)
39.7 (9.3)
-1.803
15
.092
BMI
16.9 (1.7)
17.9 (3.3)
-2.367
17
.030
17.2 (2.1)
18.4 (3.4)
-2.330
15
.034
LS30
17.9 (3.3)
16.7 (4.7)
1.510
17
.149
19.9 (3.1)
17.9 (4.5)
2.517
15
.024
SuD
135.8 (15.5)
118 (19)
4.861
17
.000
145.6 (15.5)
127 (20)
4.814
15
.000
SR
217.1 (73.7)
157 (66)
3.458
17
.003
209.8 (63.1)
177 (77)
2.078
15
.055
PuS
29.8 (4.6)
20.5 (5.8)
8.552
17
.000
28.4 (6.4)
20.5 (6.1)
4.893
15
.000
4x10
13.5 (0.9)
14.0 (1.4)
-2.474
17
.024
12.9 (0.7)
13.6 (1.4)
-3.897
15
.001
IuZ
11.8 (7.3)
14 (13)
-1.292
17
.214
12.4 (5.7)
15 (14)
-1.786
15
.094
Key: SD – standard deviation; TV – body height; TM – body weight; BMI – body mass index; LS30 –
sit ups in 30sec; SuD – Long jump; SR - Shuttle run; PuS – sit and reach; IuZ – bent arm hang; 4x10 - Shuttle
run 4x10m. p<0.05
428
Conference Procedings
Slobodanka Dobrijević, Lidija Moskovljević, Ivana Milanović
Table 3 shows the zones where the results of rhythmic gymnasts are placed compared to the
criterion referenced standards (according to Milanović and Radisavljević, 2015). The criteria were
founded in such a way to encompass within the zone of so-called expected results the results of 50%
of the schoolgirls which range from the 25th to 75th percentage (Table 3- average). Results which
indicate a poorer than expected performance have a value less than 25% (Table 3 –less than average)
of the corresponding result for a specific test. Values higher than 75% present a limit which should
point to an above average performance for a specific test (according to Milanović and Radisavljević,
2015). The results achieved by young rhythmic gymnasts in a large percentage are to be found in
the zone of above average performance or in the zone of average performance depending on which
parameter of physical growth and motor ability was taken under observation.
Table 3 Criterion referenced standards for girls of the 3rd and 4th grade and the distribution of the
frequency of the results of young rhythmic gymnasts in the given zones
3rd grade
4th grade
 below
average
%
average
%
 above
average
%
below
average
%
 average
%
above
average
%
BMI
15.5
16.67 15.5 ÷ 19.7 77.78
19.7
5.56
15.8
25.00 15.8 ÷ 20.4 62.50
20.4
12.50
LS30
14
5.56
14 ÷ 20
66.67
20
27.78
15
0.00
15 ÷ 21
62.50
21
37.50
SuD
105
5.56
105 ÷ 130
22.22
130
72.22
115
0.00
115 ÷ 140
31.25
140
68.75
SR
110
0.00
110 ÷ 193
44.44
193
55.56
124
18.75
124÷ 215
18.75
215
62.50
PuS
17
0.00
17 ÷ 25
0.00
25
100.00
17
12.50
17 ÷ 25
0.00
25
87.50
4x10
14.88
5.56 14.88 ÷ 13
72.22
13
22.22
14.37
0.00
14.37 ÷
12.6
81.25
12.6
18.75
IuZ
5
22.22
5 ÷ 19
55.56
19
22.22
5
0.00
5 ÷ 21
100.00
21
0.00
Key: BH – body height; BW – body weight; BMI – body mass index; LS30 – sit ups in 30sec; SuD –
Long jump; SR - Shuttle run; PuS – sit and reach; IuZ – bent arm hang; 4x10 - Shuttle run 4x10m.
DISCUSSSION
Results of the physical characteristics of young rhythmic gymnasts show that they have a
significantly lower BMI compared to the average values of the general population of young girls
in the 3rd and 4th grade. In the sub-sample of young gymnasts of the 3rd grade their body height
was also significantly greater than the average values of their peers in the general population; at
the same time the sub-sample of 4th grade gymnasts did not differ greatly from their peers in the
general population in body height and weight, but their BMI was significantly lower. A number of
authors agree that young girls who practice rhythmic gymnastics have less fat tissue and their body
weight is between 5 to 10 kg less than the average of the general population of their peers (Hume et.
all,1993; Sanader, 2000; Jezdimirović and Tumin, 2011).  Based on the similarities with the findings
of previous research work we can conclude that the recreational program of training, even within a
relatively small scope of training (twice a week,1 hour sessions), has a positive effect on the physical
characteristics of young girls, although to safely generalize on the basis of these results would require
a larger number of examinees to be taken for research.
Young rhythmic gymnasts in both sub-samples on average show better results in dynamic
muscular endurance than the average values achieved by girls of the general population, but the
difference is statistically significant only for 4th grade girls. Rhythmic gymnastics abounds with
exercises that develop strength of this kind, particularly by applying general exercises for abdominal
muscles strength together with performing specific techniques without apparatus which constantly
engage the abdominal muscles.
 Where explosive power and flexibility are concerned the difference between young gymnasts
and the average values of the general population of young girls is most obvious. One of the outstanding
429
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The Importance of Including Younger Schoolgirls on The Recreational Program of Rhythmic Gymnastics
abilities of young gymnasts is the high level of flexibility, and exercises which contribute to its
development form an integral part of every training session of rhythmic gymnastics, both on the
recreational and representative levels. The explosive strength of the legs is a motor ability which in
rhythmic gymnastics training is developed through series of hops and leaps; both constitute a basic
structural group of body elements. Dobrijević et. all (2014) in a research conducted on a sample of
rhythmic gymnasts demonstrate that in the age period between 9 and 10 the development of explosive
strength dominates, so by applying exercises of this type,  its manifestation is greatly stimulated.
 The agility of the gymnasts was significantly better in both sub-samples compared to the
average value of the general population of young girls of the same age. This period is considered to
be very sensitive for the development of this ability in children (Casperson et all. 2000, Bijelić and
Simović, 2005), so by ample stimulation it is easy to enhance its development. In the research by
Dobrijević et all. (2014) it is confirmed that agility in this period is rapidly developed through the
application of rhythmic gymnastics contents, so, in this respect, girls who train this sport have an
advantage over girls of the general population, particularly those who do not practice any sport at all.
 When comparing cardio-respiratory endurance of the gymnasts and the average values for young
girls of the general population it can be noted that the gymnasts displayed better results, although the
development of this ability is not decisively important in rhythmic gymnastics. The presumption is
that the sedentary way of life in contemporary surroundings is responsible for that fact that young
girls simply do not move enough, so any kind of physical activity, even if it is uncharacteristic for the
development of endurance, has a positive effect on the enhancement of this ability.
 Where endurance in strength is concerned, young rhythmic gymnasts showed slightly poorer
results than the average girls. This was generally to be expected since rhythmic gymnastics training
does not concentrate on exercises that specifically develop endurance in strength of the arms and
shoulders. This finding could be important to trainers by inducing them to take into account the
optimal development of this motor ability as well when planning their training process.
CONCLUSION
Guided physical activity, even if it lasts only two hours per week, has a positive effect on
the development of most motor abilities of young girls as well as on their body composition. Girls
who practice rhythmic gymnastics have significantly less values of BMI compared to the average
values for young girls, their peers. In most of the motor tests the young rhythmic gymnasts achieved
significantly better results than their average peers and their results were mostly in the above average
zone. Taking into consideration the achieved results we can deduce that rhythmic gymnastics, with
its various movement structures and variety of its contents, can be recommended to girls in the
period of growth and development as one of the most suitable ways of exercising which has a positive
effect on the physical fitness and motor development of young girls. One of the shortcomings of
this study, as far as generalization is concerned, is the small number of examinees. Consequently, a
recommendation for future research can be to analyze the parameters of physical fitness of young
rhythmic gymnasts on a larger sample of examinees. It would also be valuable to investigate the
influence of recreational training of rhythmic gymnastics on girls of other age groups.
REFERENCES
Bushnell, E.W., & Boudreau, J.P. (1993). Motor development and the mind: the potential role
of motor abilities as a determinant of aspects of perceptual development. Child Development, 64(4),
1005–1021
Bijelić, S., & Simović, S. (2005). Trenažna tehnologija u radu sa mladim sportistima [Training
technology in young athlete training. In Serbian]. Banja Luka: Grafid: Sekretarijat za sport i omladinu
u Vladi Republike Srpske
Caspersen, C.J., Pereira, M.A., & Curran, K.M. (2000). Changes in physical activity patterns in
the United States, by sex and cross-sectional age. Medicine and Science in Sports and Exercise, 32(9),
1601–9.
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Conference Procedings
Slobodanka Dobrijević, Lidija Moskovljević, Ivana Milanović
Dobrijević,S., Dabović,M. & Moskovljević,L. (2014). Trend razvoja motoričkih sposobnosti
devojčica koje se bave ritmičkom gimnastikom. [The analisis of motor abilities development trend
conducted on young girlsengaged in practicing rhythmic gymnastics, In Serbian]. Fizička kultura 68
(2): 136-147
Гужаловский, А.А. (1984).. Проблема «критических» периодов онтогенеза в ее значении
для теории и практики физического воспитания [Problem of critical periods in ontogenesis
and its importance for theory and practice in physical education]. Очерки по теории физической
культуры.—М.: Физкультура и спорт, 211–223.
Hume,P.A., Hopkins, W.G., Robinson, D.M., Robinson, S.M., & Hollings, S.C. (1993). Predictors
of attainmet in rhythmic sportive gymnastics. Journal of  Sports Medicine and Physical Fitness, 33(4),
367-377.
Jezdimirović, T. & Tumin, D. (2011). Antropometrijske karakteristike devojčica uzrasta 7-8
godina sa aspekta inicijalne selekcije za ritmičku gimnastiku.[Antropometrical characteristics of
girls 7-8 years of age from the aspect of initial selection for rhythmic gymnastics. In Serbian] Glasnik
Antropološkog društva Srbije, 46, 279-285.
Kukolj, M. (2011). Razvoj motoričkih sposobnosti dece i omladine [Motor abilities development
of children and young people. In Serbian].  U Jevtić,B.,Radojević,J., Juhas,I., Ropret,R.(ur), Dečiji
sport - od prakse do akademske oblasti (str.165-177). Beograd: FSFV.
Milanović,I., Radisavljević,J.S (2015). Praćenje fizičkih sposobnosti učenika osnovne škole
u nastavi fizičkog vaspitanja [Monitoring physical abilities of primary school pupils in physical
education lessons, In Serbian]. Fakultet sporta i fizičkog vaspitanja, Beograd.
Radisavljević, L. & Moskovljević, L. (2011). Osnove ritmike. [Base of rhythmic gymnastics, In
serbian]  U Jevtić, B., Radojević, J., Juhas, I., Ropret, R. (ur), Dečiji sport - od prakse do akademske
oblasti (str.395-408). Beograd: FSFV.
Sanader, A. (2000). Modelne karakteristike jugoslovenskih seniorki u ritmičkoj gimnastici.
[Modal characteristic of yugoslavian rhythmic gymnasts seniors. In Serbian] Magistarska teza.
Fakultet fizičke culture, Beograd
Smith, L.B., & Thelen, E. (2003). Development as a dynamic system. Trends in Cognitive
Sciences, 7(8), 343-348.
Von Hofsten, C. (2004).  An action perspective on motor development. Trends in Cognitive
Sciences 8(6), 266-272.
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UDK 796.012.1-057.875-055.2
TREND PROMENA INICIJALNOG NIVOA MOTORIČKIH SPOSOBNOSTI
STUDETKINJA POLICIJSKE AKADEMIJE
Nenad Koropanovski1, Radivoje Janković1, Raša Dimitrijević1
1Kriminalističko-policijska akademija, Beograd, Srbija
UVOD
Različiti modeli edukacionih procesa predstavljaju obeležje savremenog sistema obrazovanja.
Permanentna potreba za napretkom podrazumeva stalno unapređenje postojećih modela. Kako bi
ovaj proces bio uspešan neophodan preduslov je poznavanje i kontrolisanje svih delova sistema.
Pored toga, od posebnog značaja su selekcioni kriterijumi i početni nivo izabranih parametara na
početku procesa obrazovanja.
Adekvatan nivo motoričkih sposobnosti predstavlja jedan od osnovnih preduslova za svakod-
nevno uspešno obavljanje policijskog posla, posebno u slučajevima sprovođenja zakona kao i u pru-
žanju pomoći ugroženima u prirodnim katastrofama. Iz tog razloga, jedan od parametara u procesu
selekcije za rad u policiji je kontrola nivoa motoričkih sposobnosti (Nutting and Maxwell, 1992; Co-
pay and Charles, 1998; Lord, 1998; Anderson et al., 2001; Strating et al., 2010). Nakon selekcije, va-
žno je motoričke sposobnosti policajaca dalje razvijati i održavati, jer njihov neadekvatan nivo može
biti limitirajući faktor u obavljanju određenih poslova, dovesti do neadekvatne radne produktivnosti,
povreda, dugotrajne nesposobnosti za rad i izazvati gubitak ljudskih resursa i neracionalne ekonom-
ske troškove (Trottier and Brown, 1994; Lonsway, 2003). Između nivoa motoričkih sposobnosti i
efikasnosti u policijskim poslovima postoji značajna statistička povezanost, a utvrđene su i statistički
značajne korelacije između nivoa motoričkih sposobnosti i zdravstvenog statusa policajaca (Copay
and Charles, 1998; Sorensen et al., 2000; Strating et al., 2010).
Karakteristike policijskog posla - stresne situacije, smenski i noćni rad, fizičko i mentalno op-
terećenje, obavljanje zadataka u svim klimatskim uslovima, neredovna i neadekvatna ishrana, seden-
tarni poslovi, izloženost društveno-profesionalnim i socijalnim pritiscima, mogu kumulativno nega-
tivno uticati na zdravstveni status, status motoričkih sposobnosti ili do nepoželjnih manifestacija u
smislu negativnih promena strukture tela (Sorensen et al., 2000; De Loёs and Jansson, 2002; Kales et
al., 2009). Žene su zbog fizioloških specifičnosti podložnije povredama, u odnosu na muškarce kako
u civilnoj tako i policijskoj populaciji (De Loёs and Jansson, 2002). Sa aspekta fizičkih sposobnosti
imaju niže pokazatelje u ispoljavanju snage (Boyce et al., 2008), manji nivo opšte i specifične spret-
nosti (Birzer and Craig, 1996), češće su izložene riziku profesionalne i socijalne diskriminacije (Wil-
kinson and Froyland, 1996; Spasić, 2008; Kesić, 2011). Sa aspekta telesnog sastava imaju drugačiju
strukturu tela, sa manjim procentom mišićne ali većim procentom masne komponente (Boyce et al.,
2008; Carroll et al., 2008; Dopsaj et al., 2015).
Navedeni razlozi nameću potrebu da se u populaciji devojaka - žena u policiji, sprovode istra-
živanja procesa  selekcije, trenažnog rada i sistema kontrole (Janković i sar., 2008). Zbog značaja koje
motoričke sposobnosti zauzimaju u sistemu selekcije, obuke, školovanja i kontrole njihovog nivoa, a
u cilju poboljšanja radnih sposobnosti policijskih službenika, javlja se potreba za stalnim praćenjem,
razvojem i usavršavanjem selekcionih kriterijuma, programa obuke i dostignutog nivoa motoričkih
sposobnosti (Anderson et al., 2001; Dopsaj i Vučković, 2006; Dopsaj i sar., 2007; Strating, 2010; Vuč-
ković i sar., 2011).
Sistem prijemnog ispita na Kriminalističko-policijskoj akademiji (KPA) u Beogradu dizajni-
ran je kao pozitivan četvorodimenzionalan selekcioni model koji se sastoji od: postignutog uspeha
u prethodnom školovanju, zdravstvenog statusa, psihološkog profila i ličnih predispozicija, kao i
432
Conference Procedings
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
provere morfoloških karakteristika i procene nivoa fizičkih sposobnosti. Baterija testova za procenu
nivoa fizičkih sposobnosti koncipirana je na osnovu potreba za efikasno savladavanje programa Se-
cijalnog fizičkog obrazovanja. Tokom procesa selekcije za prijem na KPA, svi kandidati moraju da is-
pune propisane standarde nivoa fizičkih sposobnosti. Minimalni nivo fizičkih sposobnosti definisan
je normativnim aktima Ministarstva unutrašnjih poslova Repubike Srbije, tako što je eliminaciona
granica na 33.33 percentila populacije u R. Srbiji (Dopsaj i sar., 2007). Cilj ovog rada je utvrđivanje
trenda promena inicijalnog nivoa motoričkih sposobnosti studetkinja KPA.
METOD
Istraživanje je obahvatilo rezultate sa prijemnog ispita iz 2011. godine - Gen_2011 (broj ispi-
tanica - N=155), 2012. godine - Gen_2012 (N=159), 2013. godine - Gen_2013 (N=164) i 2014. go-
dine - Gen_2014 (N=173). Pored ukupnog broja ostvarenih bodova (BMS), analizirana su i rezultati
motoričkih sposobnosti procenjenih baterijom testova koja se koristi na prijemnom ispitu na KPA:
Stisak šake (FmaxS) – izražen u kilonjutnima (kN), Sklekovi (SKL) – izraženi u broju ponavljanja
(br), Podizanje trupa (TR) – izraženi u broju ponavljanja (br), Skok u dalj sa zamahom rukama
(DALJ) – izražen u centimetrima (cm), Skok u vis sa zamahom rukama (ABAL) – izražen u cm,
Grčenje-opružanje (GR) – izraženi u broju grešaka (br) i Kuperov test (KT) izražen u metrima (m).
Sva merenja realizovana su u Metodičko-istraživačkoj laboratoriji KPA, od strane istih merilaca, u
skladu sa standardizovanim procedurama (Kolaravic et al., 2014). Za utvrđivanje razlika na gene-
ralnom nivou korišćena je MANOVA, a na parcijalnom nivou Bonferoni test. Kriterijum statističke
značajnosti bio je na nivou od 95%, odnosno p < 0.05 (Hair et al., 1998).
REZULTATI
U Tabeli 1. prikazani su rezultati prosečnih vrednosti ostvarenih na testovima za prijemni ispit
na KPA. Takođe, prikazan je i prosečan broj bodova koji je ostvaren na osnovu postignutih rezultata
na prijemnom ispitu  iz bazično-motoričkih sposobnosti.
Tabela 1. Prosečne vrednosti rezultata ostvarene na testovima za prijemni ispit KPA

FmaxS (kN)
SK
(br)
TR
(br)
DALj (cm) ABAL (cm)
GR
(br)
KT
(m)
BMS
(bod)
Gen_2011
35.8
6.1
22.0
171.5
33.1
4.4
2174.3
12.99
Gen_2012
28.3
5.6
20.9
173.9
28.7
5.5
2200.4
11.37
Gen_2013
33.7
6.1
22.0
176.7
30.3
3.9
2210.0
12.74
Gen_2014
29.7
6.0
21.7
172.0
31.1
5.6
2198.4
11.89
Rezulati MANOVE pokazuju da na generalnom nivou postoji statistčki značajna razlika izme-
đu studentkinja u odnosu na godinu prijemnog ispita na nivou vrednosti Wilks’ Lambde od 0.576
(F = 16.198, p < 0.05). Na parcijalnom nivou razlike su utvrđene u BMS (F = 10.477, p = 0.00) i kod
testova FmaxS (F = 80.390, p = 0.00), TR (F = 3.869, p = 0.01), ABAL (F = 24.082, p = 0.00) i GR (F =
5.806, p = 0.01).
Na Grafikonima 1-8. prikazan je trend promena prosečnih rezultata ostvarenih na testovima
za prijemni ispit na KPA, kao i trend promena ukupnog broja bodova koje su kandidatkinje ostvarile
na delu prijemnog ispita iz bazično-motoričkih sposobnosti.
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Trend promena inicijalnog nivoa motoričkih sposobnosti studetkinja policijske akademije
Grafikon 8.
Trend promena prosečnih rezultata
za BMS
Grafikon 7.
Trend promena prosečnih rezultata
za KT
Grafikon 6.
Trend promena prosečnih rezultata
za GR
Grafikon 5.
Trend promena prosečnih rezultata
za ABL
Grafikon 4.
Trend promena prosečnih rezultata
za DALJ
Grafikon 3.
Trend promena prosečnih rezultata
za TR
Grafikon 2.
Trend promena prosečnih rezultata
za SK
Grafikon 1.
Trend promena prosečnih rezultata
za FmaxS
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Conference Procedings
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
DISKUSIJA
Rezultati MANOVE su pokazali da na generalnom nivou postoji statistički značajna razlika
između inicijalnih nivoa bazično-motoričkih sposobnosti kod studentkinja koje su upisane na KPA.
Na parcijalnom nivou, statistički značajne razlike utvrđene su kod rezultata ostvarenih na testovima
FmaxS , TR, ABAL i GR. Takođe, statistički značajna razlika utvrđena je i za ukupan broj bodova
ostvaren na delu prijemnog ispita iz bazično-motoričkih sposobnosti. Kod rezultata ostalih testova
nisu dobijene statistički značajne razlike.
Detaljnijim uvidom u rezultate pojedinačnih testova može se zaključiti da kod procenjivanih
motoričkih sposobnosti postoje različiti trendovi promena. Međutim, trendovi promena kod svih
posmatranih varijabli nemaju pravilan linearan karakter, već su primetni varijabiliteti između po-
smatranih generacija. Pozitivan trend promena primećuje se kod testova SK, TR, DALJ i KT. Nega-
tivan trend promena primećuje se kod testova FmaxS , ABAL i GR. Ipak, i pored različitih trendova
promena u rezultatima pojedinačnih testova, evidentan je negativan trend u ukupnom broju ostva-
renih bodova (BMS).
Postoji više mogućih razloga negativnog trenda na generalnom nivou. Prvo, evidentni su tren-
dovi smanjenja fizičke aktivnosti kod dece i adolscenata kao posledica savremenog načina života
(Hass et al., 2001). Drugo, povezano sa prethodnim, aktuelni programi nastave realizuju se sa ma-
njim brojem časova fizičkog vaspitanja na nižim nivoima obrazovanja. Treće, sistem sporta i škol-
skog sporta u Srbiji, zbog celokupne materijalno-finansijske situacije, pruža sve manje mogućnosti
srednjoškolskoj populaciji. Četvrto, u praćenom periodu broj prijavljenih kandidata se smanjivao.
Peto, spuštanje eliminacione granice na prijemnom ispitu, u delu provere BMS, omogućio je veću
prolaznost kandidatkinja sa nižim nivoom motoričkih sposobnosti.
Pored uglavnom negativnog trenda u rezultatima na testovima bazično-motoričkih sposob-
nosti primećuje se konstantno uvećanje broja upisanih kandida ženskog pola. Obzirom da rezultati
bazično-motoričkih sposobnosti na prijemnom ispitu čine samo 20% ukupnog broja mogućih bo-
dova, nameće se potreba za detaljnijim istraživanjima koja će utvrditi uzroke ovakvog odnosa. Kon-
kretnije, razlozi mogu biti u većem broju bodova koji se ostavaruje na drugim delovima prijemnog
ispita, lošijim rezultatima koje ostvaruju kandidati muškog pola na testovima bazično-motoričkih
sposobnosti ili kombinacija ova dva prostora.
Rezultati ovog istraživanja upućuju na zaključak da je neophodna evaluacija eliminacionog
nivoa u prostoru bazično-motoričkih sposobnosti na prijemnom ispitu. Povezano sa ovime, nameće
se potreba za novim istraživanjima koja će utvrditi stanje bazično-motoričkih sposobnosti na ni-
vou populacije u Republici Srbiji. Manjkavost ovog istraživanja ogleda se u relativno malom broju
analiziranih generacija zbog čega neke od zaključaka treba prihvatiti sa rezervom. Konačno, ovo
istraživanje potrebno je sagledati u širem kontekstu edukativnog procesa na KPA. I pored toga što se
nivo motoričkih sposobnosti tokom studija povećava (Janković i sar., 2010), finalni nivo motoričkih
sposobnosti ima trend opadanja u odnosu na prethodne periode. Ovo se potvrđuje kroz istraživanje
Dimitrijević et al. (2014) koje ukazuje na negativne trendove zbog smanjenja broja časova Specijal-
nog fizičkog obrazovanja.
ZAKLJUČAK
Rezultati ovog istraživanja u skladu su sa prethodnim istrživanjima sprovedenim na sličnim
populacijama. Trendovi smanjenja nivoa motoričkih sposobnosti evidentni su kako u procesu se-
lekcije, tako i u procesu edukacije. Zbog toga se nameće potreba za evaluacijom prijemnog ispita i
procesa nastave na KPA.
Napomena
Rad je rezultat istraživanja na projektu: “Upravljanje policijskom organizacijom u sprečavanju
i suzbijanju pretnji bezbednosti u Republici Srbiji”
, koji finansira i realizuje Kriminalističko-policijska
akademija u Beogradu, ciklus naučnih istraživanja 2015-2019. godina.
435
Zbornik radova
Trend promena inicijalnog nivoa motoričkih sposobnosti studetkinja policijske akademije
LITERATURA
Anderson, G., Plecas, D., Segger, T. (2001). Police officer physical ability testing. An Internati-
onal Journal of Police Strategies & Management, 24(1): 8-31.
Birzer, M., Craig, D. (1996). Gender differences in police physical ability test performance.
American Journal of Police, 15(2): 93-108.
Boyce, R., Ciulla, S., Jones, G., Bone, E., Elliott, S., Combs, C. (2008). Muscular strength and
body composition comparison between the Charlotte-Mecklenburg fire and police departments.
International Journal of Exercise Science, 1(3): 125-135.
Carroll, J., Chiapa, A., Rodriquez, M., Phelps, D., Cardarelli, K., Vishwanatha, J., Bae, S., Car-
darelli, R. (2008). Visceral fat, waist circumference, and BMI: impact of race/ethnicity. Obesity, 16(3):
600-607.
Copay, A., Charles, M. (1998). Police academy fitness training at the Police Training Institute,
University of Illinois. Policing: An International Journal of Police Strategies & Management, 21(3):
416-431.
De Loёs, M., Jansson, B. (2002). Work-related acute injuries from mandatory fitness training
in the Swedish police force. International Journal of Sports Medicine, 23: 212-217.
Dimitrijevic, R., Koropanovski, N., Dopsaj, M., Vuckovic, G., Jankovic, R. (2014). The influence
of different physical education programs on police students’ physical abilities. Policing: An Interna-
tional Journal of Police Strategies & Managament, 37(4), 794-808.
Dopsaj, M., Vučković, G. (2006). Pokazatelji maksimalne sile pregibača leve i desne šake u
funkciji selekcionog kriterijuma za potrebe policije. Sport Mont, 4(10-11): 148-154.
Dopsaj, M., Blagojević, M., Vučković, G. (2007). Normativno-selekcioni kriterijum za procenu
bazično motoričkog statusa kandidata za prijem na studije Kriminalističko-policijske akademije u
Beogradu. Bezbednost, 49(4): 166-183.
Dopsaj, M., Ilic, V., Djordevic-Nikic, M., Vukovic, M., Eminovic, F., Macura, M., Ilic, D. (2015).
Gender dimorphism of body structure of physically active students of Belgrade University: pilot stu-
dy. The Anthropologist, 19(1): 239-248.
Hair, J., Anderson, R., Tatham, R., Black, W. (1998). Multivariate Data Analysis (Fifth Ed.).
Prentice – Hall, Inc., USA.
Hass, C., Feigenbaum, M., Franklin, B. (2001). Perception of resistance training for healthy
populations, Sports Medicine, 31 (14): 953–964.
Janković, R., Koropanovski, N., Vučković, G., Dimitrijević, R., Atanasov, D., Miljuš, D., Marin-
ković, B., Ivanović, J., Blagojević, M., Dopsaj, M. (2008). Trend promena osnovnih antropometrijskih
karakteristika studenata Kriminalističko-policijske akademije u toku studija. Nauka, bezbednost,
policija, 13(2), 137-152.
Janković, R., Dimitrijević, R., Koropanovski, N., Vučković, G., Dopsaj, M. (2010). Promene
maksimalne izometrijske sile opružača leđa i nogu kod studenata Kriminalističko-policijske akademi-
je u toku prve tri godine studija. XIV međunarodni naučni skup FIS KOMUNIKACIJE 2010. u sportu,
fizičkom vaspitanju i rekreaciji, Fakultet sporta i fizičkog vaspitanja Univerziteta u Nišu. Niš. 87-95.
Kales, S.N., Tsismenakis, A.J., Zhang, C., Soteriades, E.S. (2009). Blood pressure in firefighters,
police officers, and other emergency responders. American Journal of Hypertension, 22(1): 11-20.
Kesić, Z. (2011). Uticaj etosa muškosti na položaj žena u policiji. Nauka, bezbednost, policija,
16(2): 165-176.
Kolarević, D., Dimitrijević, R., Vučković, G., Koropanovski, N., Dopsaj, M. (2014). Relations
between psychological characteristics and physical abilities in a sample of female police candidates.
The Open Sports Sciences Journal, 7: 22-28.
Lonsway, K. (2003). Tearing down the wall: problems with consistency, validity, and adverse
inpact of physical agility testing in police selection. Police Quarterly, 6(3): 237–277.
Lord, V. (1998). Swedish police selection and training: issues from a comparative perspective.
Policing: An International Journal of Police Strategies & Management, 21(2): 280–292.
436
Conference Procedings
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
Nutting, S., Maxwell, S. (1992). Development of physical ability tests for police officers. Jour-
nal of Applied Psychology, 77(6): 996-1009.
Sorensen, L., Smolander, J., Louhevaara, V., Korhonen, O., Oja, P. (2000). Physical activity,
fitness and body composition of Finnish police officers: a 15-year follow-up study. Occupational
Medicine, 50(1): 3-10.
Spasić, D. (2008). Žene u sistemu policijskog obrazovanja: stanje i perspektive ženskih ljudskih
prava. Temida, 11(3): 41-61.
Strating, M., Bakker, R., Dijkstra, G., Lemmink, K., Groothoff,  J.W.  (2010). A job-related fit-
ness test for the Dutch police. Occupational Medicine, 60: 255–260.
Trottier, A., Brown, J. (1994). Occupational health in police work: a Canadian perspective.
Journal of Clinical Forensic Medicine, 1: 39-42.
Vučković, G., Blagojević, M., Dopsaj, M. (2011). Specijalno fizičko obrazovanje 2. Kriminali-
stičko-policijska akademija, Beograd.
Wilkinson, V., Froyland, I. (1996). Women in policing. Australian Institute of Criminology:
Trends & Issues in Crime and Criminal Justice, 58: 1-6.
437
Zbornik radova
UDK 796.012.1-057.875-055.2
TREND OF CHANGES IN MOTOR ABILITIES INITIAL LEVEL IN THE
FEMALE STUDENTS OF THE POLICE ACADEMY
Nenad Koropanovski1, Radivoje Jankovic1, Rasa Dimitrijevic1
1Academy of Criminalistic and Police Studies, Belgrade, Serbia
INTRODUCTION
Modern education system is featured by different models of teaching processes. The permanent
need for education advancement implies continuous improvement of the existing models. Knowledge
and control of all system components are a necessary precondition to make this process successful.
In addition, the selection criteria and the initial level of chosen parameters at the beginning of the
education process are of particular importance.
Adequate motor abilities level is one of the basic prerequisites for the successful conduct
of daily police work, especially in cases of law enforcement as well as in providing help to people
affected by natural disasters. For that reason, one of the parameters in the selection process for the
work in the police is the control of the motor abilities level (Nutting and Maxwell, 1992; Copay
and Charles, 1998; Lord, 1998; Anderson et al., 2001; Strating et al., 2010). After the selection, it is
important to continue with development and maintain of police officers motor abilities because their
inadequate level can be a limiting factor in the performance of certain tasks, resulting in inadequate
labour productivity, injuries, long-term disability and also can cause loss of human resources and
irrational economic costs (Trottier and Brown, 1994; Lonsway, 2003). There is a significant statistical
correlation between the motor abilities level and efficiency in police job, as well as statistically
significant correlation between the motor abilities level and health status of police officers (Copay
and Charles, 1998; Sorensen et al., 2000; Strating et al., 2010).
The characteristics of police work - stressful situations, shift and night work, physical and
mental load, performing tasks in all weather conditions, irregular and inadequate nutrition,
sedentary jobs, exposure to socio-professional and social pressures may cumulate negative impacts
on health status, motor ability or undesirable manifestations in terms of negative changes in
the body structure (Sorensen et al., 2000; De Loёs and Jansson, 2002; Kales et al., 2009). Due to
physiological specificities, women are more prone to injuries compared to men in both civilian and
police population (De Loёs and Jansson, 2002). From the aspect of motor abilities women have lower
indicators in the expression of muscular strength (Boyce et al., 2008), lower level of general and
specific dexterity (Birzer and Craig, 1996), often are exposed to the risk of professional and social
discrimination (Wilkinson and Froyland, 1996; Spasić, 2008; Kesić, 2011). From the aspect of body
composition women have a different body structure, with lower percentage of muscle and higher
percentage of fat mass (Boyce et al., 2008; Carroll et al., 2008; Dopsaj et al., 2015).
All these reasons impose the need to, for the female population in police, conduct research
in selection process, training process and in systems control (Janković et al., 2008). Because of the
importance that motor abilities have in the system of selection, training, education and their level
control, and also in order to improve the working abilities of police officers, there is a need for
constant monitoring, development and improvement of selection criteria, training program and
level of motor abilities (Anderson et al., 2001; Dopsaj i Vučković, 2006; Dopsaj et al., 2007; Strating,
2010; Vučković et al., 2011).
The system of the entrance exam at the Academy of Criminalistic and Police Studies (ACPS) in
Belgrade is designed as a four-dimensional positive selection model that consists of success achieved
in previous education, health status, psychological profile and personal predisposition, as well as
438
Conference Procedings
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
checks of the morphological characteristics and assessment of the motor abilities level. The battery
of tests for assessment of the motor abilities level is designed based on the needs for coping with
the program of Specialized physical education. During the selection process for admission to the
ACPS, all candidates must fulfil the prescribed standards of motor ability levels. The minimum level
of motor abilities is defined by normative acts of the Ministry of Internal Affairs of the Republic
of Serbia, so the elimination border is on the 33.33 percentile of the population in the Republic of
Serbia (Dopsaj et al., 2007). The aim of this study was to determine the trend of changes in motor
abilities initial level in the female students of the ACPS.

METHOD
The study included the results of the entrance exams in year 2011. - Gen_2011 (the number
of respondents - N = 155), 2012. - Gen_2012 (N = 159), 2013. - Gen_2013 (N = 164) and 2014. -
Gen_2014 (N = 173). In addition to the total number of points which represent the general level of
basic motor abilities development (BMA), the results of single motor abilities were also analysed
and assessed with a battery of tests used for entrance exam in the ACPS: “Hand grip” (FmaxHG)
– expressed in kilonewton (kN), the Push-up (PU) – expressed in the number of repetitions (No),
the Sit-up (SU) – expressed in No, the Long jump (LJ) – expressed in centimeters (cm), the Abalac
(ABAL) – expressed in cm, the Body flexion-extension (FE) – expressed in No and the Cooper
test (COOP) – expressed in meters (m). All measurements were realized in the ACPS methodical-
research laboratory, by the same measurers, according to standardized procedures (Kolaravic et al.,
2014). The existence of the general variability differences between groups was determined by using
MANOVA, while for the determination of partial differences between pairs of variables Bonferroni
test was used. Statistical significance was defined at the level of p < 0.05 (Hair et al., 1998).
RESULTS
Table 1. shows the results of the average values achieved in the tests for the entrance exam to
the ACPS. Also, the average number of points of basic motor abilities achieved on the bases of the
results on the entrance exam is shown.
Table 1. Average values of the results achieved in tests for the entrance exam on ACPS

FmaxHG
(kN)
PU
(No)
SU
(No)
LJ (cm)
ABAL
(cm)
FE
(No)
COOP
(m)
BMA
(points)
Gen_2011
35.8
6.1
22
171.5
33.1
4.4
2174.3
12.99
Gen_2012
28.3
5.6
20.9
173.9
28.7
5.5
2200.4
11.37
Gen_2013
33.7
6.1
22
176.7
30.3
3.9
2210
12.74
Gen_2014
29.7
6
21.7
172
31.1
5.6
2198.4
11.89
MANOVA results show that at a general level, there is a statistically significant difference
between female students compared to the year of the entrance exam at the level of Wilks’ Lambda
0.576 (F=16.198, p < 0.05). At the partial level differences were found for BMA (F = 10.477, p = 0.00),
and also for the tests FmaxHG (F = 80,390, p = 0.00), SU (F = 3.869, p = 0.01), ABAL (F = 24.082, p =
0.00) and FE (F = 5.806, p = 0.01).
On the Graphs 1-8., the trends of changes of the average values of the results achieved in tests
for the entrance exam to the ACPS are shown, as well as the trend of the changes in total number of
points that candidates achieved on the part of the entrance exam in basic motor abilities.
439
Zbornik radova
Trend of Changes on Motor Abilities Initial Level on Th
 e Female Students of Th
 e Police Academy
Graph 8.  Th
 e trend of changes of BMA average
value
Graph 6.
Th
 e trend of changes of FE average
value
Graph 5.
Th
 e trend of changes of ABAL average
value
Graph 4.
Th
 e trend of changes of LJ average
value
Graph 3.
Th
 e trend of changes of SU average
value
Graph 2.
Th
 e trend of changes of PU average
value
Graph 1.
Th
 e trend of changes of FmaxHG
average value
Graph 7.
Th
 e trend of changes of COOP average
value
440
Conference Procedings
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
DISCUSSION
MANOVA results showed that on the general level there was a statistically significant
difference between the initial levels of basic motor abilities of female students who enrolled ACPS.
At the partial level, statistically significant differences were determined in the results achieved in
tests FmaxHG, SU, ABAL and FE. Also, statistically significant differences were observed for the
total number of points achieved for part of the entrance exam in basic motor abilities. In the results
of other tests statistically significant differences were not found.
On the basis of the further insight into the results of individual tests, it can be concluded that
different trends of changes exist in the assessed motor abilities. However, the trends of changes in
all the observed variables do not have regular linear character, but variability is noticeable between
different generations. The positive trend of changes is noticed in tests PU, SU, LJ and COOP. The
negative trend of changes is noticed in tests FmaxHG, ABAL and FE. Still, despite the different
trends of changes in the results of the individual tests, it is evident the negative trend in the total
number of points (BMA).
There are several possible reasons for the negative trend on the general level. Firstly, evident
trends of physical activity decrease in children and adolescents as a consequence of modern life
(Haas et al., 2001). Secondly, related to the previous, current physical education programs at lower
levels of education (in primary and secondary schools) are realized with a smaller number of classes.
Thirdly, the system of sport and school sport in Serbia, due to the overall material and financial
situation, provides less and less opportunities for the secondary school population. Fourth, in the
monitored period, the total number of applicants decreased. Fifth, descent of elimination limits on
the entrance exam, in the part of BMA assessment, enables greater enrollmentof female candidates
with a lower level of motor abilities.
In addition to the generally negative trend in the results of the basic motor abilities, it can be
observed that the number of enrolled female candidates is constantly increasing. Considering that
the results of basic motor abilities on the entrance exam represent only 20% of the total number of
points, there is a need for more detailed research to determine the causes of such relations. More
specifically, the reasons may be in a number of points that were accomplished in other parts of the
entrance exam, lower results achieved by the male candidates on tests of basic motor abilities or in a
combination of these two areas.
The results of this study suggest that there is a need for the evaluation of elimination limits
in the area of basic motor abilities on the entrance exam. Related to this, there is a need for new
studies which will determine the current state of basic motor abilities on the population level in the
Republic of Serbia. Deficiency of this study is reflected in the relatively small number of analyzed
generations, and therefore, some of the findings should be taken with caution. Finally, this study
should be observed in the wider context of the educational process on the ACPS. Despite the fact
that the level of motor abilities during the studies increases (Jankovic et al., 2010), the final level of
motor abilities has a declining trend compared to the previous periods. This is confirmed by research
of Dimitrijevic et al. (2014), which indicates the negative trends due to decrease in the total number
of Specialized physical education classes.
CONCLUSION
Results of this study are consistent with previous studies conducted in similar populations.
The trends of decrease in the level of motor abilities are evident both in the selection process and
the process of education. Therefore, there is a need for evaluation of the entrance exam and the
education process at the ACPS.
Acknowledgement
This paper is the result of the research on project: “Management of police organization in
preventing and mitigating threats to security in the Republic of Serbia“, which is financed and carried
out by the Academy of Criminalistic and Police Studies, Belgrade - the cycle of scientific projects
2015-2019.
441
Zbornik radova
Trend of Changes on Motor Abilities Initial Level on The Female Students of The Police Academy
REFERENCES
Anderson, G., Plecas, D., Segger, T. (2001). Police officer physical ability testing. An International
Journal of Police Strategies & Management, 24(1): 8-31.
Birzer, M., Craig, D. (1996). Gender differences in police physical ability test performance.
American Journal of Police, 15(2): 93-108.
Boyce, R., Ciulla, S., Jones, G., Bone, E., Elliott, S., Combs, C. (2008). Muscular strength and
body composition comparison between the Charlotte-Mecklenburg fire and police departments.
International Journal of Exercise Science, 1(3): 125-135.
Carroll, J., Chiapa, A., Rodriquez, M., Phelps, D., Cardarelli, K., Vishwanatha, J., Bae, S.,
Cardarelli, R. (2008). Visceral fat, waist circumference, and BMI: impact of race/ethnicity. Obesity,
16(3): 600-607.
Copay, A., Charles, M. (1998). Police academy fitness training at the Police Training Institute,
University of Illinois. Policing: An International Journal of Police Strategies & Management, 21(3):
416-431.
De Loёs, M., Jansson, B. (2002). Work-related acute injuries from mandatory fitness training
in the Swedish police force. International Journal of Sports Medicine, 23: 212-217.
Dimitrijevic, R., Koropanovski, N., Dopsaj, M., Vuckovic, G., Jankovic, R. (2014). The
influence of different physical education programs on police students’ physical abilities. Policing: An
International Journal of Police Strategies & Managament, 37(4), 794-808.
Dopsaj, M., Vučković, G. (2006). Pokazatelji maksimalne sile pregibača leve i desne šake u
funkciji selekcionog kriterijuma za potrebe policije. Sport Mont, 4(10-11): 148-154.
Dopsaj, M., Blagojević, M., Vučković, G. (2007). Normativno-selekcioni kriterijum za procenu
bazično motoričkog statusa kandidata za prijem na studije Kriminalističko-policijske akademije u
Beogradu. Bezbednost, 49(4): 166-183.
Dopsaj, M., Ilic, V., Djordevic-Nikic, M., Vukovic, M., Eminovic, F., Macura, M., Ilic, D. (2015).
Gender dimorphism of body structure of physically active students of Belgrade University: pilot
study. The Anthropologist, 19(1): 239-248.
Hair, J., Anderson, R., Tatham, R., Black, W. (1998). Multivariate Data Analysis (Fifth Ed.).
Prentice – Hall, Inc., USA.
Hass, C., Feigenbaum, M., Franklin, B. (2001). Perception of resistance training for healthy
populations, Sports Medicine, 31 (14): 953–964.
Janković, R., Koropanovski, N., Vučković, G., Dimitrijević, R., Atanasov, D., Miljuš,
D., Marinković, B., Ivanović, J., Blagojević, M., Dopsaj, M. (2008). Trend promena osnovnih
antropometrijskih karakteristika studenata Kriminalističko-policijske akademije u toku studija.
Nauka, bezbednost, policija, 13(2), 137-152.
Janković, R., Dimitrijević, R., Koropanovski, N., Vučković, G., Dopsaj, M. (2010). Promene
maksimalne izometrijske sile opružača leđa i nogu kod studenata Kriminalističko-policijske
akademije u toku prve tri godine studija. XIV međunarodni naučni skup FIS KOMUNIKACIJE
2010. u sportu, fizičkom vaspitanju i rekreaciji, Fakultet sporta i fizičkog vaspitanja Univerziteta u
Nišu. Niš. 87-95.
Kales, S.N., Tsismenakis, A.J., Zhang, C., Soteriades, E.S. (2009). Blood pressure in firefighters,
police officers, and other emergency responders. American Journal of Hypertension, 22(1): 11-20.
Kesić, Z. (2011). Uticaj etosa muškosti na položaj žena u policiji. Nauka, bezbednost, policija,
16(2): 165-176.
Kolarević, D., Dimitrijević, R., Vučković, G., Koropanovski, N., Dopsaj, M. (2014). Relations
between psychological characteristics and physical abilities in a sample of female police candidates.
The Open Sports Sciences Journal, 7: 22-28.
Lonsway, K. (2003). Tearing down the wall: problems with consistency, validity, and adverse
inpact of physical agility testing in police selection. Police Quarterly, 6(3): 237–277.
442
Conference Procedings
Nenad Koropanovski, Radivoje Janković, Raša Dimitrijević
Lord, V. (1998). Swedish police selection and training: issues from a comparative perspective.
Policing: An International Journal of Police Strategies & Management, 21(2): 280–292.
Nutting, S., Maxwell, S. (1992). Development of physical ability tests for police officers. Journal
of Applied Psychology, 77(6): 996-1009.
Sorensen, L., Smolander, J., Louhevaara, V., Korhonen, O., Oja, P. (2000). Physical activity,
fitness and body composition of Finnish police officers: a 15-year follow-up study. Occupational
Medicine, 50(1): 3-10.
Spasić, D. (2008). Žene u sistemu policijskog obrazovanja: stanje i perspektive ženskih ljudskih
prava. Temida, 11(3): 41-61.
Strating, M., Bakker, R., Dijkstra, G., Lemmink, K., Groothoff,  J.W.  (2010). A job-related
fitness test for the Dutch police. Occupational Medicine, 60: 255–260.
Trottier, A., Brown, J. (1994). Occupational health in police work: a Canadian perspective.
Journal of Clinical Forensic Medicine, 1: 39-42.
Vučković, G., Blagojević, M., Dopsaj, M. (2011). Specijalno fizičko obrazovanje 2.
Kriminalističko-policijska akademija, Beograd.
Wilkinson, V., Froyland, I. (1996). Women in policing. Australian Institute of Criminology:
Trends & Issues in Crime and Criminal Justice, 58: 1-6.
443
Zbornik radova
UDK 796.332.015.1 ;         796.332.093.1
UPOREDNA ANALIZA TAKTIČKOG ISPOLJAVANJA FUDBALERA
PARTIZANA NA UTAKMICAMA U EVROPSKIM TAKMIČENJIMA I
SUPER LIGI SRBIJE
Bojan Leontijević1, Aleksandar Janković1, Nikola Ćosić1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Kroz svoju evoluciju fudbalska igra se razvijala i na jedan specifičan način menjala. Najoči-
glednije promene u strukturi fudbalske igre desile su se u pravcu intenzifikacije aktivnosti igrača sa
i bez lopte (Wallace and Norton, 2013). Proces intenzifikacije aktivnosti reflektovao se i na sve vi-
dove priprema fudbalera (tehnika, taktika, kondicija...). Razvojne promene fudbalske igre, fudbalski
eksperti definisali su praćenjem, prikupljanjem i analiziranjem dobijenih informacija, kako bi bolje
razumeli dešavanja na terenu tokom takmičenja (Carling et al., 2005). Tumačenjem prikupljenih
podataka, analizom takmičarske aktivnosti, sa klupskih i reprezentativnih takmičenja, fudbalski ek-
sperti prate trendove razvoja fudbala, pokušavajući da definišu efikasna sredstva taktike i generalno
taktička opredeljenja, koja su na direktan ili indirektan način povezana sa postizanjem pozitivnih
rezultata u fudbalu.
U evaluaciji takmičarske aktivnosti, posmatrajući prostor taktike fudbala, u najvećoj meri ana-
lizirani su uspešni napadi, a posebno ona vrsta napada koja je završena postizanjem gola (Janković
et al., 2011; Janković et al., 2009; Janković et al., 2011c). Takođe, uspešnost pas igre a posebno njena
struktura, vrlo često je analizirana kako bi se efikasnost ovog tehničko-taktičkog elementa dovela
u vezu sa ostvarenim rezultatom (Scoulding et al., 2004; Hughes and Franks 2005; Janković et al.,
2011b). U novije vreme sve više je istraživanja koja imaju za cilj da statističe pokazatelje, tehničko-
-taktičke uspešnosti u igri, dobijene analizom, dovedu u vezu sa pozitivnim rezultatom, odnosno, da
se definišu oni aspekti fudbalske igre koji najviše koreliraju sa rezultatom (Castelano et al., 2012; Liu
et al., 2015; Lago et al., 2010; Janković et al., 2011a).
Učešće na fudbalskom takmičenju može biti na klupskom i reprezentativnom nivou. Pored
toga, obe vrste takmičenja razlikuju se prema nivou, odnosno kvalitetu. Prema tome, klupsko tak-
mičenje može biti  nacionalnog nivoa ali i međunarodnog, koji se takođe kvalitativno deli na Liga
Evrope i Liga Šampiona takmičenje (evropski okviri). Kvantitativna i kvalitativna uporedna analiza
ovih takmičenja je bila predmet mnogih istraživanja (Luhtanen et al., 2001; Scwarc 2004; Scwarc
2007). Međutim, nema podataka o eventualnim razlikama u tehničko-taktičkoj efikasnosti igre istog
tima u dva, po kvalitetu različita takmičenja.

Predhodno opisan analitički pristup, predstavlja neophodno sredstavo korenite, stručne, ana-
lize takmičenja u Super ligi Srbije, jer kao što je poznato fudbal u Srbiji, kako na klupskom tako i
na reprezentativnom nivou, prolazi kroz jednu od najvećih stručnih i organizacionih kriza u svojoj
istoriji (Janković et al., 2015). U prilog tome idu i rezultati koje ostvaruju srpski klubovi i seniorska
reprezentacija tokom poslednje dve decenije na međunarodnim takmičenjima. Već godinama srpski
klubovi na međunarodnim takmičenjima ne uspevaju da ostvare zapaženije rezultate. Tako je na
primer, fudbalski klub „Partizan“ u takmičarskoj sezoni 2014/2015, i pored takmičarskih uspeha u
Super ligi Srbije, u kvalifikacijama za UEFA Ligu Šampiona ispao u trećem kolu kvalifikacija, dok je u
Ligi Evrope zauzeo poslednje mesto u grupnoj fazi sa svega 2 osvojena boda. Mnogi eksperti i sport-
ski analitičari pokušavaju da pronađu razloge takvih rezultatskih razlika, međutim, u dosadašnjoj
teoriji i praksi nije definisan precizan odgovor na ovakve pojave.
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Conference Procedings
Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
Ovaj rad ima za cilj, između ostalog, i da otkrije eventualne razlike između taktičkog ispolja-
vanja fudbalera Partizana u Evropskim takmičenjima i Super ligi Srbije, a dobijeni rezultati mogu
pomoći prilikom definisanja smernica za pripremu srpskih klubova za naredna učešća u evropskim
takmičenjima.
METOD
Uzorak ispitanika
Analizom je obuhvaćeno taktičko ispoljavanje fudbalera Partizana na ukupno deset takmičar-
skih utakmica u evropskim takmičenjima, kvalifikacije za grupnu fazu takmičenja Liga šampiona,
prvo kolo i grupna faza takmičenja Liga Evrope (LŠ/LE) i deset nasumično odabranih utakmica
Super lige Srbije odigranih u istoj takmičarskoj sezoni (2014/2015).
Procedure
Procena tehničko-takmičarske uspešnosti fudbalera Partizana, u dva po kvalitetu različita
takmičenja, vršena je na osnovu predhodno prikupljenih podataka posredstvom Instats tehnologije
koja se bavi analizom takmičarske aktivnosti u fudbalu, a čije je usluge FK Partizan koristio u takmi-
čarskoj sezoni 2014/2015.
Varijable koje su praćene ovim posmatranjem odabrane su kao primarne za predmet analize i
koje su kao takve rezultat osnovnih teorijskih, praktičnih načela i principa, koji pripadaju fudbalskoj
igri i njenoj evoluciji. U istraživanju su obrađeni parametri vezani za:
preciznost napada koji su završeni udarcem na gol protivnika (precizni, neprecizni, efikasni);
vrsti primenjivanih napadčkih aktivnosti (kontinuirani, brzi i napadi iz prekida igre); posed lopte
(ukupan broj poseda lopte, procenat poseda lopte, trajanje poseda lopte) i strukturi dodavanja u
okviru realizacije napadačkih aktivnosti (broj dodavanja, procenat uspešnosti dodavanja i brzini do-
davanja).
Statistička obrada podataka
U okviru kvantitativne analize korišćena je deskriptivna statistika. Od statističkih deskriptiv-
nih prostora u analizi korišćene su: aritmetička sredina iz segmenta mera centralnih tendencija, i
standardna devijacija iz mera disperzije. Iz prostora komparativne statistike koristila se neparame-
trijska diskriminativana analiza, Hi-kvadrat test, za procenu veza dve kategorijske promenljive. Svi
statistički testovi obrađeni su korišćenjem SPSS 17.0 programa (SPSS INC, Chicago, IL)
REZULTATI
Rezultati dobijeni ovim istraživanjem pokazuju da su fudbaleri Partizana bili daleko uspešniji
u SLS takmičenju, kada se posmatra broj udaraca na gol protivnika. U evropskim takmičenjima
udarce na gol prosečno su izvodili 9,6 puta, dok u nacionalnom prvenstvu broj udaraca na gol bio je
značajno veći - 16,7.  Interesantno je konstatovati da nema razlike u raspodeli udaraca na gol kada je
njihova preciznost u pitanju (Grafikon 1). Dakle, ako posmatramo ovaj parametar može se konstato-
vati da je broj uspešnih napada direktno uticao na ostvareni rezultat.
445
Zbornik radova
Uporedna analiza taktičkog ispoljavanja fudbalera Partizana na utakmicama u evropskim takmičenjima i super ligi Srbije
Grafi
 kon 1: uporedni prikaz prosečnog broja udaraca ka golu protivnika
i njihova preciznost u Super ligi Srbije i evropskim takmičenjima.
Posmatrano prema vrsti primenjivanih napada, koji su završeni udarcem na gol, iz rezultata
dobijenih ovim istraživanjem može se konstatovati da postoje razlike u njihovoj raspodeli, ali one
ipak nisu statistički značajne (Grafi
 kon 2). Fudbaleri Partizana su oba takmičenja ostvarili, prosečno
jednak broj brzih napada (2,2) ali u LŠ/LE takmičenju nisu uspeli da zadrže broj kontinuiranih napa-
da i napada iz prekida igre kao u SLS takmičenju.
Grafi
 kon 2: Uporedni prikaz vrsta uspešnih napada i njihovog prosečnog broja u
Super ligi Srbije i evropskim takmičenjima.
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Conference Procedings
Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
Pre nego što se preciznije uporedi struktura igre u dva analizirana takmičenja, važno je istaći
rezultat po kome je aktivno vreme trajanja igre u SLS takmičenju značajno kraće (≈ 6 min). Ukupan
broj dolazaka u posed lopte fudbalera Partizana  značajno je veći u SLS takmičenju (Tabela 1), dok
se prosečno vreme zadržavanja lopte u posedu značajno ne razlikuje (11,2 sek. - 12,6 sek.). Ovakvi
rezultati prouzrukuju i značajno manji procenat poseda lopte u LŠ/LE takmičenjima, prosečno 45,
3%, u odnosu na SLS takmičenje 57,1%. Posmatrajući učinak protivnika fudbalera Partizana u dva
takmičenja iz tabele 1 se može videti da broj dolazaka u posed lopte nije značajno različit, ali je pro-
sečno trajanje poseda lopte značajno veće u u LŠ/LE takmičenju (≈3 sek.).
Tabela 1: Uporedni prikaz prosečnog trajanja aktivne igre u minutima, % poseda lopte, broja poseda,
trajanja poseda, broja dodavanja, % uspešnosti dodavanja i brzina dodavanja fudbalera Partizana i
njegovih protivnika u evropskim takmičenjima i Super ligi Srbije.
Evropa
JSL
Partizan
Protivnik
Partizan
Protivnik
Aktivna igra (min)
23,6
28,9
27,7
20,2
Posed  %
45,3
54,7
57,1
42,9
Posed No.
123,4
125,7
134,5
121,4
Trajanje poseda
11,2
13,6
12,6
10,2
Broj dodavanja
413,2
539,7
494
373,3
% uspešnosti dod.
78,1
85
75,6
72,4
Brzina dodavanja
14
16,4
13,5
13,1
U odnosu na predhodno iznete rezultate, trajanje poseda lopte u određenim vremenskim in-
tervalima nije pokazalo bitne razlike u oba takmičenja (Grafi
 kon 3). Predhodno izneti rezultati, pro-
izveli su i značajno manji broj dodavanja na utakmicama SLS takmičenja (413/494), dok su protivnici
Partizana u LŠ/LE utakmicama imali drastično veći broj realizovanih dodavanja (539/373). Ovom
podatku doprinela je i činjenica da je brzina dodavanja kod protivnika Partizana u LŠ/LE utakmica-
ma značajno veća u odnosu na protivnike u drugom takmičenju ali i u odnosu na fudbalere Partizana
u oba takmičenja.
Grafi
 kon 3: Uporedni prikaz prosečnog broja napada i vremenskog trajanja napada u
Super ligi Srbije i evropskim takmičenjima.
447
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Uporedna analiza taktičkog ispoljavanja fudbalera Partizana na utakmicama u evropskim takmičenjima i super ligi Srbije
DISKUSIJA
Fudbaleri Partizana su u sezoni 2014/2015 u Super ligi Srbije osvojili prvo mesto na tabeli i
prema tome može se konstatovati da je u ovom takmičenju ostvaren pozitivan rezultat. Sa druge
strane, za učešće u evropskim takmičenjima to se ne može reći ako uzmemo u obzir neplasman u
grupnu fazu  Lige Šampiona, i osvajanje 2 boda u 6 utakmica grupne faze Liga Evrope (4 poraza i 2
nerešena rezultata). Uporednom analizom taktičkog ispoljavanja fudbalera Partizana u ova dva tak-
mičenja dobijeni su rezultati koji u stručnom smislu mogu pomoći u definisanju uzroka neuspeha
u evropskim takmičenjima. Jedan od rezultata ovog istraživanja pokazuje da su fudbaleri Partizana
na analiziranim utakmicama u evropskim takmičenjima ostvarili prosečno 9,6 uspešnih napada (na-
pada koji su se završeni udaracem ka golu protivnika), dok su protivnici Partizana prosečno imali
14,3 takva napada. U Super ligi Srbije situacija je dosta drugačija, jer su fudbaleri Partizana ostvarili
prosečno 16,7 uspešnih napada dok su njihovi protivnici imali 7,8 uspešna napada. Prema rezultati-
ma koji su dobijeni u sličnim istraživanjima, veći broj uspešnih napada predstavlja osnovni uslov za
postizanje pozitivnog rezultata u savremenom fudbalu (Janković et al 2011a; 2011b).
Analizom rezultata, sa aspekta vrste primenjivanih napadačkih akcija, osim podataka koji go-
vore da je učestalost realizovanih napada znatno veća u Super ligi Srbije, primećujemo i da su fud-
baleri Partizana u oba takmičenja najviše udaraca na protivnički gol uputili posle kontinuiranih na-
pada (3,4 udarca u evropskim takmičenjima i 6,4 udarca SLS takmičenju). Na osnovu ovog podatka
možemo zaključiti da takva orjentacija u igri nije donela fudbalerima Partizana pozitivan rezultat u
evropskim takmičenjima, ali jeste protivničkim timovima koji su takođe najviše udaraca na gol upu-
tili posle kontinuiranih napada (u proseku 6,9 udaraca). Kada su u pitanju kontra napadi evidentno
je da je izjednačen odnos primene ovakve vrste napada u oba takmičenja. Ovakav rezultat ukazuje
na konstantnost u primeni brzih napada u igri ekipe Partizana. Međutim, treba uzeti u obzir razlike
u kvalitetu protivnika u dva kvalitativno različita takmičenja. Veći broj udaraca na gol u SLS posle
prekida (5 po utakmici) se takođe može okarakterisati kao posledica većeg poseda lopte u odnosu
na protivnika, ali i lošijom organizacijom defanzivnog prekida Partizanovih protivnika u Super ligi
Srbije. Ne može se sa sigurnošću tvrditi da veliki broj udaraca posle prekida proizilazi i kao posledica
dobre organizacije ofanzivnog prekida fudbalera Partizana jer su u evropskim takmičenjima uputili
svega 2,4 udarca na protivnički gol posle prekida u odnosu na već pomenutih 5 udaraca u SLS tak-
mičenju.
Kao što je već napomenuto, fudbaleri Partizana su ostvarili značajno veći posed lopte u Super
ligi Srbije u odnosu na evropska takmičenja (57,1% naspram 45,3%), pa se kao jedan od faktora koji
su uticali na postizanje rezultata u tim takmičenjima može smatrati i posed lopte. Uporednom anali-
zom poseda lopte (%) i broja dolazaka u posed sa vremenskim trajanjem poseda, vidimo da je i pored
većeg broja dolazaka u posed u SLS takmičenju, u odnosu na evropska takmičenja (134,5 naspram
123,4), prosečno trajanje poseda lopte u SLS takmičenju trajalo samo 1,4 sekunde duže od poseda u
evropskim takmičenjima (11,2 sekunde naspram 12,6 sekundi). Na osnovu ovih podataka može se
konstatovati da su fudbaleri Partizana, u oba takmičenja, pokazali orjentaciju ka brzim napadima, na
šta ukazuje i jednak broj udaraca na gol posle kontra napada u LŠ/LE i SLS takmičenjima. Sa druge
strane, ako se analizira poseda lopte protivnika Partizana u evropskim takmičenjima dolazi se do
zaključka da je upravo trajanje poseda lopte doprinelo postizanju pozitivnog rezultata, čemu u prilog
idu i podaci prema kojima je posed lopte protivnika Partizana u SLS takmičenju bio značajno kraći
(Tabela 1).
Osnovno sredstvo realizacije napadačkih aktivnosti u fudbalu jeste saradnja dva igrača doda-
vanjem lopte. Uporednom analizom ovog sredstva taktike može se videti da su Partizanovi protivnici
u evropskim takmičenjima bili značajno uspešniji u tom segmentu igre, jer su i pored ukupnog obi-
ma u pas igri (prosečno 460 dodavanja) bili daleko uspešniji i u efikasnosti pas igre, gde su prosečno
85% svih dodavanja realizovali na precizan način. Sa druge strane, fudbaleri Partizana imali su 78,1%
uspešnih dodavanja u evropskim takmičenjima i 75,6% uspešnih dodavanja u Super ligi Srbije. Dakle
uočljivo je da je procentualno veći broj tačnih dodavanja ostvaren u evropskim takmičenjima nego u
Super ligi Srbije, ali je i taj procenat i dalje značajno slabiji od protivnika u evropskim takmičenjima.
Takođe, procenat uspešnosti pas igre, fudbalera Partizana, u SLS takmičenju veći je od procenta
uspešnosti protivnika Partizana u istom takmičenju  pa se prema tome može reći da je uspešnost
u pas igri direktno uticala i na ostvareni rezultat. Slične rezlutate pokazale su i analize takmičenja
poput Svetskih prvenstava i nacionalnih ligaških takmičenja (Janković et al., 2011a; Janković et al.,
2011b). Ukupan broj dodavanja lopte na neki nači vezan je za brzinu dodavanja, odnosno broj do-
davanja u jedinici vremena. Prema rezultatima ove analize jasno se može videti da je frekvencija pas
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Conference Procedings
Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
igre značajno veća kod protivnika u evropskim takmičenjima, ali i da je značajno manja kod protiv-
nika u SLS takmičenju (Tabela 1). Brzina dodavanja, podrazumeva brzo oslobađanje u igri sa loptom,
igru sa malim brojem kontakata sa loptom i bržim udarcima po lopti, kako bi se postigla veća dina-
mika igre i lakše destabilizovala odbrana protivnika.  Prema tome, rezultati ovog istraživanja potvr-
đuju hipotezu po kojoj veći broj dodavanja i veći procenat tačnih dodavanja, kao i veća frekvencija
dodavanja prilikom poseda lopte, utiču na postizanje pozitivnog rezultata u fudbalu.
Aktivno vreme trajanja igre u dva takmičenja pokazalo je značajne razlike, prema kojima se
aktivno igra skoro 6 minuta više u evropskim takmičenjima. Ovakav podatak može se obrazložiti na
više načina, i upravo ovaj problem bi mogao biti predmet nekih narednih istraživanja. Međutim, sa
aspekta analize podataka ovog istraživanja, a u cilju donošenja preciznijih zaključaka, rezultate bi
trebalo normalizovati sa aktivnim vremenom trajanja igre. Pa prema tome, rezultati značajno većeg
poseda lopte, ukupnog broja dolazaka u posed, broja dodavanja jednim delom mogu se pripisati du-
žem periodu aktivne igre u evropskim takmičenjima.
ZAKLJUČAK
Dobijeni rezultati ovim istraživanjem, u jednom delu, otkrili su razlike u tehnučko-taktičkim
zahtevima igre dva, po kvalitetu, potpuno različita takmičenja. Takođe, na osnovu pojedinih rezul-
tata analize, defnisana su ona sredstva taktike fudbala koja su direktno povezana sa postizanjem
pozitivnog rezultata. Uzimajući sve u obzir mogu se izvesti generalni zaključci istraživanja:
•
Ukupno vreme trajanja igre u evropskim takmičenjima značajno je duže u poređenju sa
Super ligom Srbije;
•
Za postizanje pozitivnog rezultata, u dužem vremenskom periodu, posmatrano kroz ligaška
takmičenja, potrebno je realizovati veći broj uspešnih napada u odnosu na protivnika;
•
Za postizanje pozitivnog rezultata, u dužem vremenskom periodu, posmatrano kroz ligaška
takmičenja, neophodna je zastupljenost svih vrsta napadačkih akcija (kontinuirani napad,
kontra napad, napad iz prekida);
•
Ukupan broj dolazaka u posed lopte kao i prosečno vreme trajanja poseda direktno je pove-
zano sa postizanjem pozitivnog rezultata;
•
Ukupan broj dodavanja na jednoj utakmici, uspešnost u realizaciji pas igre, kao i broj doda-
vanja po posedu lopte, direktno utiče na postizanje pozitivnog rezultata;
Na osnovu izvedenih zaključaka, tumačenjem rezultata ovog istraživanja, mogu se definisati
smernice za neko naredno učešće Srpskih klubova u evropskim takmičenjima. Pre svega, smernice
koje bi mogle biti u funkcije pripreme jednog tima za eventualno uspešnije učešće u takmičenjima
kao što su Liga šampiona ili Liga Evrope.
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Education and Sports, 226-235.
Janković, A., Leontijević, B., Pašić, M. i Jelušić, V. (2011). Uticaj pojedinih napadačkih sredsta-
va taktike na ostvareni rezultat ekipa učesnica Svetskog prvenstva u fudbalu u Južnoafričkoj Repu-
blici 2010. godine. Fizička kultura, 65(1), 34-45.
Lago, C., Lago, J., Dellal, A., & Gomez, M. (2010). Game-related statistics that discriminated
winning, drawing and losing teams from the Spanish soccer leaque. Journal of Sports Science and
Medicine, 9(2), 288-293.
Liu, H., Gomez, M.,A., Lago-Penas, C. & Sampaio, J. (2015). Match statistics related to win-
ning in the group stage of 2014 Brazil FIFA World Cup. Journal of Sports Sciences, 33 (12), 1205-
1213.
Luhtanen, P., Belinskij, A., Hayrinen, M. & Vanttinen, T. (2001). A comparative tournament
analysis between EURO 1996 and 2000 in soccer. International Journal of Performance Analysis in
Sport, 1 (1), 74-82.
Scoulding, A., James N. & Taylor J. (2004). Passing in the Soccer World Cup 2002. Internatio-
nal Journal of Performance Analysis in Sport, 4(2), 36-41(6).
Scwarc, A. (2004). Effectiveness of Brazilian and German teams and the teams defeated by
team during the 17th FIFA World CUP. Kinesiology, 1, 83-89.
Szwarc, A. (2007). Efficacy of Successful and Unsuccessful Soccer Teams Taking Part in Finals
of Champions League. Research Yearbook, 13 (2), 221-225.
Wallace, J.K. & Norton, K.I. (2013). Evolution of World Cup soccer final games 1966-2010.
Journal of Science and Medicine in Sport,17, 223-228.
450
Conference Procedings
UDK 796.332.015.1 ;         796.332.093.1
COMPARATIVE ANALYSIS OF TACTICAL MANIFESTATION OF THE
FOOTBALL PLAYERS OF PARTIZAN IN THE GAMES OF EUROPEAN
COMPETITIONS AND THE SERBIAN SUPERLEAGUE
Bojan Leontijević1, Aleksandar Janković1, Nikola Ćosić1
1Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
Throughout its evolution the game of football has developed and changed in a specific
way. The most evident changes in the play structure in football occurred in the direction of
intensification of the players activity with and without the ball (Wallace and Norton, 2013). The
process of activity intensification affected also all types of football players preparations (technique,
tactics, conditioning...). Developmental changes of football play were defined by football experts
through monitoring, collecting and analysing of the obtained data in order to better understand the
performance on the pitch in the course of matches (Carling et al., 2005). By interpreting the obtained
data, analysing competitive activities both in club and national team competitions, football experts
monitor the tendencies in football development, trying to define efficient tactical instruments and
general tactical preferences, which are either directly or indirectly connected with achievement of
positive outcomes in football.
When evaluating the tactics-related competitive activities most attention was dedicated to the
analysis of successful attacks, especially the type of attacks that resulted in scoring a goal (Janković
et al., 2011; Janković et al., 2009; Janković et al., 2011c). Additionally, the successfulness of pass
moves, especially their pattern was often analysed in order to establish a correlation between the
successfulness of this technical-tactical element with the achieved scores (Scoulding et al., 2004;
Hughes and Franks 2005; Janković et al., 2011b). Recently, an increasing number of research was
aimed at demonstrating correlation between the statistically obtained indices of the technical-
tactical success in the game and the positive outcome i.e. at defining those aspects of the game of
football that correlate most with the score (Castelano et al., 2012; Liu et al., 2015; Lago et al., 2010;
Janković et al., 2011a).
Participation in a football competition can be either on a club or national team level.
Additionally, both types distinguish in competitive level i.e. quality. Thus, club completion can be
on the national but also international level that again, based on quality, distinguishes Europa League
and Champions League (European framework). Quantitative and qualitative comparative analysis
of these competitions was subject of numerous studies (Luhtanen et al., 2001; Scwarc 2004; Scwarc
2007). However, there are no data on possible differences in technical-tactical efficiency of the
performance of the same team in two competitions different in terms of quality.
The previously described analytical approach, presents an indispensable instrument of the
root cause and professional analysis of the competitions in Serbian SuperLiga, since it is well-known
that Serbian football is undergoing one of the biggest organizational and result crisis in its history
(Janković et al., 2015). The results of Serbian clubs and the senior national team in international
competitions in the last two decades back up this claim.  For years now, the Serbian clubs at the
international competition fail to achieve noticeable results. For example, football club (FK) Partizan
in the competitive season 2014/2015, regardless of competitive success in the Serbian SuperLiga,
only reached the third qualifying round for the UEFA Champions League, while it ranked the last
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Comparative Analysis of Tactical Manifestation of the Football Players of Partizan...
position in the group phase of the UEFA Evropa League with only 2 points gained. Many experts
and sports analysts are trying to identify the reasons of such discrepancies in results, however, so far,
neither theory nor practice has provided an accurate reply to such phenomena.
	 The aim of this paper, among other things, is to discover possible differences in tactical
manifestations of the FK Partizan players both in European competitions and the Serbian SuperLiga
so that the obtained results can help in defining guidelines for preparation of Serbian clubs for future
participation in European competitions.
METHOD
Sample of respondents
The analysis included tactical manifestation of the FK Partizan players of at the total of ten
competition matches in European competitions, qualifying rounds for the UEFA Champions League
and the first stage and the group phase of the UEFA Europa League - CL/EL respectively, and ten
randomly chosen games of the Serbian SuperLiga (SSL) played during the same competitive season
(2014/2015).
Procedures
The assessment of technical-tactical success of the FK Partizan players, in the two competitions
of different quality, was done based on the previously collected data by deploying the InStat
technology for analysing competitive activities in football, which the FK Partizan used during the
competitive season 2014/2015.
The variables monitored by this observation were chosen as primary for the subject of the
analysis and that result from basic theoretical, practical principles of football play and its evolution.
The following processed parametres refer to: shot accuracy (accurate, inaccurate, efficient ), types
of applied attacking moves (position, fast and set piece attacks) ball possession (overall number
possessions of the ball, percentage of possessions, duration of the possessions)  and structures of the
passes within the realization of the attacking activities (number of passes, success in passing the ball
and speed of passing).
Statistical data processing
Descriptive statistics was used for the quantitative analysis. The statistical descriptive analysis
spaces used were mean value from the segment of central tendencies and standard deviation of
dispersive measures. In the segment of comparative statistics, a nonparametric discriminate analysis,
chi-squared test were used to assess connections of the two category variables All statistical tests
were processed using SPSS 17.0 program (SPSS INC Chicago, IL).
RESULTS
The results obtained by this research indicate that the FK Partizan players were far more
successful in SSL competitions when it comes to the number of shots on the opponent’s goal. In
European competitions they executed shots on goal on average 9.6 times, while in the national
competitions that number was significantly higher – 16.7.  Interestingly, there was no difference in
the distribution of shots on goal when it comes to their accuracy (Graph 1). Thus, if we observe this
parameter it can be stated that the number of successful attacks directly affected the score.
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Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
Graph 1: Comparative view of average number of shot on goal and their accuracy in
the Serbian SuperLiga and European competitions.
When observed according to the type of applied attacks fi
 nalized by a shot on goal, based on the
results obtained in this research it can be ascertained that there are diff
 erences in their distribution
but still they are not statistically signifi
 cant (Graph 2). In both competitions, the FK Partizan players
achieved on average an equal number of fast attacks (2,2) but in CL/EL matches they did not manage
to maintain the number of position attacks and set pieces attacks as in the SSL matches.
Graph 2: Comparative view of types of successful attacks and their average number in
the Serbian SuperLiga and European competitions.
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Prior to more precise comparison of the game structure in the two analysed competitions, it is
important to underline the result that shows that active duration of the play in the SSL is signifi
 cantly
shorter (≈ 6 min). Th
 e overall number of gained possessions of the FK Partisan players is signifi
 cantly
higher in the SSL competition (Table 1), while the average time of keeping the ball in possession does not
diff
 er (11.2 and 12.6 seconds respectively). Such results cause a signifi
 cantly lower percentage of possession
of the ball in the CL/EL competitions, on average 45.3%, compared to 57.1% at the SSL competition.
When the performance of the Partisan opponent’s players is considered in the two competitions, Table 1
shows that the number of gaining the possession does not diff
 er signifi
 cantly, but the average duration of
the possession of the ball is signifi
 cantly higher in the CL/EL competitions (≈3 sec.).
Table 1: Comparative view of the average duration of active game in minutes,  % of ball possession,
duration of possession, number of passes, % of success of passes and speed of passes for the FK Partisan
players and its opponents in European competitions and Serbian SuperLiga.
Europe
SLS
Partizan
Opponent
Partizan
Opponent
Active play (min)
23.6
28.9
27.7
20.2
Possession   %
45.3
54.7
57.1
42.9
Possession  No.
123.4
125.7
134.5
121.4
Duration of
possession
11.2
13.6
12.6
10.2
Number of passes
413.2
539.7
494
373.3
% success of passes
78.1
85
75.6
72.4
Speed of passes
14
16.4
13.5
13.1
With regard to the previously displayed results, the duration of the possession of the ball in
certain time intervals did not show any signifi
 cant diff
 erences in both competitions (Graph 3). Th
 e
previously displayed otcomes, resulted in signifi
 cantly lower number of passes in the SSL matches
(413/494), while the Partizan opponents in CL/EL competition had drastically higher number of
realized passes (539/373). Th
 is particular is supported by the fact that the speed of passes of the
Partizan opponent in CL/EL competitions was signifi
 cantly higher compared to the opponents in
the other competition but also compred to the FK Partizan players in both competitions.
Graph 3: Comparative view of the average number of attacks and duration of attacks in
Serbian SuperLiga and European competitions.
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Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
DISCUSSION
The FK Partizan players in the season 2014/2015 of the  Serbian SuperLiga ranked first and
therefore it can be ascertained that positive outcome was achieved in this competition. On the other
hand, the same cannot be said for their participation in the European competition if we take into
account the failure to qualify for the group phase of Champions league and gaining of only 2 points
in the 6 games of the group phase of Europa League  (4 losses and 2 draws). Comparative analysis
of the tactical manifestations of the FK Partizan players in these two competitions generated the
results that in professional sense can help defining the causes of failure in European competitions.
One of the results of this research indicated that the FK Partizan players in the analysed matches of
the European competitions achieved an average of 9.6 successful attacks (the attacks that resulted in
a shot on goal), while their opponents had an average of 14.3 such attacks. In the Serbian SuperLiga
the situation is quite different, because the FK Partizan players realized an average of 16.7 successful
attacks while their opponents had only 7.8. According to the results obtained in the similar research
greater number of successful attacks is a basic precondition for achievement of positive outcome in
modern football (Janković et al 2011a; 2011b).
By analysing the results, from the aspect of types of applied attacking actions, apart from the
data showing that frequency of the realized attacks is substantially greater in the Serbian SuperLiga,
we noticed that the Partisan players in both competitions shot on target most after position attacks
(3.4 shots in European competitions and 6.4 shots in SSL competitions). Based on this detail we
can conclude that such an orientation in the game did not lead the Partisan players to positive
outcome in European competition, but it certainly led their opponents who also shot on goal most
after position attacks (on average 6.9 shots). When it comes to counterattacks it is obvious that the
ratio of application of this type of attack is equal in both competitions. Such a result indicate to
constancy in application of fast attacks in the play of the Partisan team. However, we should take
into consideration the differences in opponents’ quality in the two different competitive levels as
for the quality. Greater number of shots on goal in the SSL after game stoppages (5 per match) can
also be interpreted as a consequence of greater possession of the ball compared to the opponent,
bus also of worse organization of defensive stoppage of the Partizan opponents in the SSL. It cannot
be claimed with certainty that great number of shots after stoppage results from good organization
of the offensive stoppage of the FK Partisan players because in European competitions they only
realized 2.4 shots on goal after the stoppage compared the already mentioned 5 shots in the SSL
competition.
As it was mentioned, the FK Partizan players realized significantly greater possession of the
ball in the Serbian SuperLiga compared to European competitions (57,1% and 45,3% respectively),
so,  possession of the ball  can also be considered as one of the factors that affected scoring in
those competitions. After comparative analysis of the possession of the ball (%) and the number of
gaining in possession with the duration of possession, we can see that regardless of greater gaining in
possession in the SSL competitions, compared to European competitions (134.5 compared to 123.4),
an average duration of possession of the ball in the SSL competition lasted only 1.4 seconds longer
than the possession in European competitions (11.2 seconds compared to 12.6 seconds respectively).
Based on these data it can be ascertained that the Partizan players in both competitions were oriented
to fast attacks, which is supported also by the equal number of shots on goal after counterattacks
in both CL/EL and SSL competitions. On the other hand, if we analyse the possession of the ball of
the Partizan opponents in European competitions it can be concluded that it is exactly the duration
of possession that contributed to achieving of positive outcome, which is backed up by the data
according to which the possession of the ball of the Partizan opponents in the SSL competitions was
significantly shorter (Table 1).
The basic tool for realization of attacking activities in football is the cooperation of two players
passing the ball. By the comparative analysis of this tactics instrument it can be seen that Partizan’s
opponents in European competitions were significantly more successful in this segment of play,
because besides the overall volume of the pass play (an average of 460 passes), they were also far more
successful in the efficiency of the pass moves, where an average of 85% of all passes were accurately
realized. On the other hand, the FK Partizan players had 78.1% of successful passes in European
competitions and 75.6% in the Serbian SuperLiga. Thus, it is observed that greater percentage of
accurate passes was realized in European competitions compared to the Serbian SuperLiga, but even
that percentage was still significantly weaker than their opponent’s in European competitions. Also,
the percentage of success of the pass play of the Partizan players in the SSL competitions is higher
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Comparative Analysis of Tactical Manifestation of the Football Players of Partizan...
that the percentage of success of their opponents in the same competitions and thus it can be said
that success in pass play directly affected the achieved score. Similar results were obtained by the
analysis of competitions such as the World cups and National league competitions (Janković et al.,
2011a; Janković et al., 2011b). The overall number of passes of the ball is in a way related to the speed
of passing, i.e. number of passes in the unit of time. According to the results of this analysis it can be
clearly seen that the frequency of pass play is significantly greater with the opponents in European
competitions, but that it is also significantly lower in their opponents in SSL competition (Table 1).
The speed of passes, implies fast release in the ball play, play with small number of contacts with the
ball and faster kicks of the ball, in order to achieve greater dynamics of the play and to destabilize the
opponent’s defence more easily. Accordingly, the results of the research confirm the hypothesis that
greater number of passes and greater percentage of accurate passes together with greater frequency
of passes with the ball in possession affect achieving positive score in football.
Active duration of play in the two competitions showed significant differences, according
to which the active play is 6 minutes longer in European competitions. This information can be
supported in many ways and this issue could be a subject of some further research. However, form
the aspect of the data analysis in this research and with an aim to make more accurate conclusions,
the results should be normalized with the active play duration. Therefore, the results of significantly
greater possession of the ball, overall number of gaining possession, number of passing can partially
be attributed to longer period of active play in European competitions.
CONCLUSION
The results obtained in this research, on the one hand, discovered the differences in technical-
tactical requirements of the play of the two completely different competitions in terms of quality.
Additionally, based on certain results of the analysis, we have defined those football tactics tools that
are directly related to achievement of positive outcome. Haven taken in the account all the above, the
following general conclusions of the research can be drawn:
•
The overall duration of play in European competitions is significantly longer compared to
the Serbian SuperLiga;
•
For achievement of positive outcome, in the long run, observed through league competitions,
it is necessary to realize greater number of successful attacks compared to the opponent;
•
For achievement of positive outcome, in the long run, observed through league competitions,
it is necessary to apply all types of attacking actions (position attacks, counter attacks, set
pieces attacks);
•
The overall number of possessions of the ball and the average duration of possession of the
ball is directly related to achievement of positive outcome;
•
The overall number of passes per match, success in realization of pass play as well as the
number of possessions of the ball directly affect the achievement of positive outcome;
The above conclusions and the interpretation of the results of this research, provide a base for
defining guidelines for future participation of Serbian clubs in European competition. Primarily, those
guidelines that could be used for preparation of a team for a possibly more successful participation
in competitions such as Champions League or Europa League.
REFERENCES
Carling, C. (2005). Handbook of soccer matches analysis. A systematic approach to improving
performance. Routledge, London.
Castellano, J., Casamichana, D., & Lago, C. (2012). The use of match statistics that discriminate
between successful and unsuccessful soccer teams. Journal of Human Kinetics, 31, 139-147.
Hughes, M., & Franks, I. (2005). Analysis of passing sequences, shots and goals in soccer.
Journal of Sport Sciences, 23(5), 509-514.
456
Conference Procedings
Bojan Leontijević, Aleksandar Janković, Nikola Ćosić
Janković, A., Lentijević, B., Jekušić, V., Pašić, M. & Mićović, B. (2011). Influence of tactics
efficiency on result in Serbian soccer Super league in season 2009/2010. Journal of Physical Education
and Sport, 11(1), 32-41.
Janković, A., Leontijević, B., & Pašić, M. (2009). Analysis of efficient attacks in the 2008
European football championship. Fizička kultura (Skopje), 37(1), 180-184.
Janković, A., Leontijević, B., & Sofronijević, F. (2015). Uporedna analiza tehničko takmičarske
aktivnosti u fudbalu između takmičenja Champions Leaguei Super lige Srbije. Fizička kultura, 69(2),
129-137.
Janković, A., Leontijević, B., Jelušić, V. & Mićović, B. (2011). Effect of tactical game plan on
results at World Cup in soccer 2010. In Assistant Prof. Simović Slobodan. Conference proceedings at:
Antropological aspects of sports, physical education and recreation. Banja Luka: Faculty of Physical
Education and Sports, 226-235.
Janković, A., Leontijević, B., Pašić, M. i Jelušić, V. (2011). Uticaj pojedinih napadačkih sredstava
taktike na ostvareni rezultat ekipa učesnica Svetskog prvenstva u fudbalu u Južnoafričkoj Republici
2010. godine. Fizička kultura, 65(1), 34-45.
Lago, C., Lago, J., Dellal, A., & Gomez, M. (2010). Game-related statistics that discriminated
winning, drawing and losing teams from the Spanish soccer leaque. Journal of Sports Science and
Medicine, 9(2), 288-293.
Liu, H., Gomez, M.,A., Lago-Penas, C. & Sampaio, J. (2015). Match statistics related to winning
in the group stage of 2014 Brazil FIFA World Cup. Journal of Sports Sciences, 33 (12), 1205-1213.
Luhtanen, P., Belinskij, A., Hayrinen, M. & Vanttinen, T. (2001). A comparative tournament
analysis between EURO 1996 and 2000 in soccer. International Journal of Performance Analysis in
Sport, 1 (1), 74-82.
Scoulding, A., James N. & Taylor J. (2004). Passing in the Soccer World Cup 2002. International
Journal of Performance Analysis in Sport, 4(2), 36-41(6).
Scwarc, A. (2004). Effectiveness of Brazilian and German teams and the teams defeated by
team during the 17th FIFA World CUP. Kinesiology, 1, 83-89.
Szwarc, A. (2007). Efficacy of Successful and Unsuccessful Soccer Teams Taking Part in Finals
of Champions League. Research Yearbook, 13 (2), 221-225.
Wallace, J.K. & Norton, K.I. (2013). Evolution of World Cup soccer final games 1966-2010.
Journal of Science and Medicine in Sport,17, 223-228.
457
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UDK 796.332.093.1(100);     796.332.015.1
TAKTIČKA EFIKASNOST REPREZENTACIJA OSVAJAČA SVETSKOG
PRVENSTVA U FUDBALU 2010. I 2014. GODINE
Aleksandar Janković1, Bojan Leontijević1, Miloš Pejović1
1Fakultet sporta i fizičkog vaspitanja, Beograd, Srbija
UVOD
Analiza takmičarske aktivnosti u fudbalu, razvojem savremene tehnologije, postala je efikasno
sredstvo pripreme ekipa za postizanje vrhunskih rezultata. Pojavom sofisticiranih softvera za ana-
lizu, moguće je kvantifikovati uspešnost pojedinaca, grupe igrača ili celog tima, ali i kvalitativnom
analizom identifikovati faktore uspeha. Uspešnost fudbalskih aktera ogleda se kroz rezultat postig-
nut na najkvalitetnijim Svetskim takmičenjima, na kojima svaka ekipa nastoji da svoje sposobnosti
prezentuje na najbolji mogući način. Kako je u fudbalu pobeda veći broj postignutih golova u odnosu
na protivnika, potrebno je, u odnosu na karakteristike određenih igrača, pronaći najefikasniji i naj-
racionalniji taktički plan igre kojim će se postići gol. A da bi se ostvario taj cilj, svaka ekipa mora da
ima efikasan način osvajanja lopte, uspešnu organizaciju napada, dolazak u situaciju udarca na gol i
na kraju postizanje gola sa visokom efikasnošću (Luhtanen et al. 2001).
Organizacija uspešnih napada, napada koji su završeni udarcem na gol protivnika, određuje
uspeh ili neuspeh jedne fudbalske ekipe. Završetak svakog uspešnog napada ogleda se kroz sredstvo
napadačke taktike, a to je udarac na gol. Postignuti golovi, u dosadašnjoj istraživačkoj aktivnosti, su
najveća identifikovana komponenta izvođenja u fudbalskoj igri. Analiza postignutih golova i odre-
đivanje najprikladnijih strategija napada, samo je preduslov kvalitetnog i efikasnog takmičenja u
savremenom fudbalu (Acar et al., 2007;). Pored toga, analizom svih napadčkih akcija koje se završa-
vaju udarcem na gol, moguća je u širem smislu identifikacija efikasnih sredstava tehničko-taktičkog
delovanja, koja se u takmičarskom pogledu potvrđuju.
Analize uspešnih i efikasnih napada već dugo su predmet istraživanja, autora koji se bave
taktikom fudbalske igre. Praćenje i otkrivanje najefikasnijih metoda i sredstava takmičarske igre,
omogućuje racionalizaciju trenažnog procesa i optimalizaciju trenažnih sadržaja. U dosadašnjoj is-
traživačkoj aktivnosti uspešni napadi analizirani su na najkvalitetnijim fudbalskim takmičenjima,
kao što su  Svetska prvenstva (Grant et al, 1999; Miljković et al, 2007; Acar et al, 2007), Evropska pr-
venstva (Luhtanen et al, 2001; Armatas Yiannakos, 2010; Janković et al., 2009), najkvalitetnija klup-
ska takmičenja (Hughes & Franks, 2005; Szwarc, A., 2007). U poslednje vreme sve je veći broj studija
koje imaju za cilj da otkriju tehničko-taktičke elemente fudbalske igre koji imaju direktan uticaj na
rezultat (Janković et al., 2011; Janković et al., 2011a), kao i statističke podatke efikasnosti koji najviše
koreliraju sa pozitivnim rezultatom (Castellano et al., 2012; Liu et al., 2015).
Svako veliko takmičenje obeležilo je, na neki način, jedan period razvoja fudbalske igre, i uka-
zalo na određene tendencije razvoja taktike fudbala. Svetska prvenstva, kao najkvalitetnija repre-
zentativna takmičenja, odnosno osvajači tih takmičenja, postavljaju standarde, pre svega u taktici
fudbala. Pa prema tome analizom reprezentacija koje osvajaju ova takmičenja u kontinuitetu, mogu
se definisati pravci razvoja fudbala, pa čak i predvideti određene tendencije razvoja.
Predmet ovog istraživanja je otkrivanje i praćenje taktičkih zakonitosti za ostvarivanje vr-
hunskog rezultata u fudbalskoj igri. Predmetom rada obuhvaćeno je prostorno taktičko ispoljavanje
napada (odnosno, uspešno završenih napada). Pod taktičkim ispoljavanjem, prvenstveno se podra-
zumevaju tehničko-taktičke aktivnosti koje pojedinac, grupa igrača ili čitava ekipa preduzima, kako
bi u odnosu na deo terena, taktičkim sredstvima, od protivnika preduzela racionalne i efikasne akcije
u cilju postizanja gola.
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Aleksandar Janković, Bojan Leontijević, Miloš Pejović
Cilj istraživanja je da se na osnovu analize uspešnih napada, reprezentacija koje su osvojile
poslednja dva Svetska prvenstva u fudbalu, otkriju pojedine tehničko-taktičke zakonomernosti i spe-
cifičnosti u igri obe selekcije, ali i da se na osnovu rezultata ovog istrživanja definišu budući pravci
razvoja fudbalske igre u prostoru taktike.
METOD
Uzorak ispitanika
Analizom je obuhvaćeno taktičko ispoljavanje reprezentacije Španije, osvajača Svetskog pr-
venstva u fudbalu 2010. godine, koje se odigralo u Južno Afričkoj republici, i takričko ispoljavanje
reprezentacije Nemačke, osvajača Svetskog prvenstva 2014. godine, koje se odigralo u Brazilu. Svaka
od navedenih reprezentacija odigrala je ukupno sedam utakmica na turniru, koje su i bile predmet
ovog istraživanja.
Postupak i tok istraživanja
Analizi, prethodno snimljenih, ukupno 14 utakmica reprezentacija, pristupilo se tako što se
formirao protokol posmatranja (Carling et al, 2005). Takav protokol se koristio za svaku utakmicu
posebno. Sistemom notacije, u predhodno oformljenom posmatračkom listu beležen je svaki uspe-
šan napad posebno.
Opis varijabli i način njihovog merenja
Varijable koje su praćene i analizirane u ovom istraživanju prikupljene su sistematskim po-
smatranjem video zapisa utakmica sa poslednja dva Svetska prvenstva u fudbalu. Materijali su pre-
uzeti sa televizijskih kanala RTS i EUROSPORT. Analizom svih napadačkih aktivnosti, a radi kom-
paracije i dobijanja relevantnih činjenica, posmatrani su i analizirani samo uspešni napadi (napadi
koji su završeni udarcem na gol protivnika), da bi se utvrdila tendencija i trend savremene fudbalske
igre. Svi uspešni napadi analizirani su sa više aspekata i to: Preciznosti uspešnih napada – precizni,
neprecizni, efikasni; vrste uspešnih napada  - kontinuirani, kontra napadi i napadi realizovani nakon
prekida igre; Zone početka uspešnih napada - napadi započeti iz zone odbrane, manevra i napada;
način dolaska u poziciju za udarac na gol (asistencija) - individualni napad, „druga lopta“, dubinsko
dodavanje, povratna lopta, centrašut; distanca sa koje je upućen udarac na gol - < 5 m, 5 - 11 m, 11
- 16 m i 16 > m.
Statistička obrada podataka
U okviru kvantitativne analize korišćena je deskriptivna statistika. Od statističkih deskriptiv-
nih prostora u analizi korišćene su: aritmetička sredina iz segmenta mera centralnih tendencija, i
standardna devijacija iz mera disperzije. Iz prostora komparativne statistike koristila se neparame-
trijska diskriminativana analiza, Hi-kvadrat test, za procenu veza dve kategorijske promenljive. Svi
statistički testovi obrađeni su korišćenjem SPSS 17.0 programa (SPSS INC, Chicago, IL)
REZULTATI
Jedan od značajnijih pokazatelja efikasnosti organizacije napada jedne ekipe predstavlja broj
izvedenih uspešnih napada na jednoj utakmici. Rezultati dobijeni ovim istraživanjem pokazuju da je
reprezentacija Španije na Svetskom prvenstvu 2010. godine došla do prvog mesta sa značajno većim
brojem uspešno izvedenih napada(15,57 po utakmici), ali sa slabijom efikasnošću (1,14 po utakmici)
u odnosu na reprezentaciju Nemačke na Svetskom prvenstvu 2014. godine (11,3 uspešnih napada po
utakmici, od čega su 2,6 bili efikasnih napada).
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Zbornik radova
Taktička efi
 kasnost reprezentacija osvajača Svetskog prvenstva u fudbalu 2010. i 2014. iodine
Grafi
 kon 1. Prosečan broj pojedinih vrsta napada na jednoj utakmici osvajača
Svetskih prvenstava 2010. i 2014. godine.
Igra u taktici napada, dve ekipe koje su osvojile dva poslednja Svetska prvenstva, nije se ra-
zlikovala kada se struktura njihove igre posmatra sa aspekta primene pojedinih vrsta napadačkih
akcija.  Prema rezultatima ove analize kod obe reprezentacije primena kontinuiranih napada činila
je 60%, primena kontra napada 20% i primena napada realizovanih iz prekida igre 20% (Grafi
 kon 1).
Takođe, ukupan broj uspešnih napada započet iz zone odbrane, zone manevra i zone napada nije se
razlikovao u izvoeđenju oba Svtetska prvaka. Dakle, reprezentacije Nemačke i Španije uspešne napa-
de započinjale su u najvećoj meri iz napadačke zone (42%), zatim iz zone manevra (34%) i najmanji
procenat uspešnih napada započet je iz zone odbrane (24%).
Grafi
 kon 2. Način dolaska u poziciju za udarac na gol (asistencija) reprezentacija
osvajača Steskih prvenstava 2010. i 2014. godine.
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Conference Procedings
Aleksandar Janković, Bojan Leontijević, Miloš Pejović
Na grafi
 ku 2 predstavljene su ukupne vrednosti načina dolaska u poziciju za udarac na gol
(asistencija),  osvajača poslednja dva Svetska prvenstva. Prema rezultatima ove analize, reprezenta-
cija Nemačke priliku za udarac ka golu najčešće imala posle završnih dodavanja sa bočnih pozicija,
odnosno posle centaršuteva sa krila (3,3 po utakmici), dok su reprezentativci Španije svoje napa-
de završavali najčešće individualnim probojima (5,57 po utakmici) i dubinskim dodavanjima (4 po
utakmici).
Način dolaska u poziciju za udarac na gol u jednom delu uticao je i na distancu sa koje su
fudbaleri ove dve reprezentacije upućivali udarce na gol protivnika. Prema tome, fudbaleri Španije
na Svetskom prvenstvu 2010. godine najveći broj udaraca na gol izveli su sa distance, odnosno van
prostora od 16m, dok su Nemci 2014. godine svoje napade uglavnom završavali udarcima iz kazne-
nog prostora protivnika, i to najviše iz prostora 5 - 11 metara (Grafi
 kon 3).
Grafi
 kon 3. Distanca sa koje su izvođeni udarci na gol reprezentacija
osvajača Svetskih prvenstava 2010. i 2014. godine.
DISKUSIJA
Reprezentacije koje su osvajale Svetska prvenstva, u novijoj istoriji razvoja fudbalskog sporta,
obeležile su svojim reprezentativnim ali i klupskim rezultatima čitav jedan višegodišnji ciklus, obič-
no dve godine pre i dve godine posle odigravanja Svetskog prvenstva. Naime, Španska reprezentacija
osvojila je Evropsko prvenstvo 2008. godine, ali i 2012. godine, dok je fudbalski klub Barselona upra-
vo u tom četvorogodišnjem ciklusu dva puta bio pobednik u takmičenju Lige Šampiona. Sa druge
strane, fudbalski klubovi iz Nemačke su u godinama pred Svetsko prventsvo 2014. godine igrali
dominantnu ulogu u istom klupskom takmičenju (FK Bajern, FK Borusija).
Analizom i tumačenjem dobijenih rezultata ovom analizom može se konstatovati da postoje
određene zajedničke karakteristike u taktičkom ispoljavanju reprezentacija osvajača dva poslednja
Svetska prvenstva u fudbalu. Takođe, na osnovu pojedinih specifi
 čnosti u taktičkom plani igre ove
dve reprezentacije, uočavaju se ipak različiti pravci u određenim tehničko-taktičkim aspektima igre,
dve očigledno različite fudbalske škole.
Reprezentacija Španije postala je prvak sveta tako što je imala značajno veći broj udaraca na
gol protivnika od reprezentacije Nemačke. Međutim, broj postignutih golova govori da su Nemci
bili daleko efi
 kasniji. Prema tome, u ovom slučaju ne može se reći da je broj udaraca na gol prediktor
pozitivnog rezultata, uzimajući u obzir činjenicu da su protivnici Nemačke na Svetskom prvenstvu
2014. godine ne retko imali veći broj udaraca na gol.
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Zbornik radova
Taktička efikasnost reprezentacija osvajača Svetskog prvenstva u fudbalu 2010. i 2014. iodine
Kad se posmatraju sličnosti u taktičkom delovanju ove dve reprezentacije prvenstveno se misli
na primenu pojedinih vrsta napada, koje ukazuju na orjentaciju u igri u pogledu protežiranja krea-
tivnog ili direktnog fudbala. Analiza je pokazala da su obe selekcije dominantno koristile kontinui-
rani napad u kreaciji svojih ofanzivnih akcija, a da je kontra napadom i napadom iz prekida završen
tek svaki peti uspešni napad. Dominantna primena kontinuiranih napada kod ekipa koje ostvaruju
vrhunske rezultate u fudbalskoj igri, rezultat je i analiza koje su za predmet svog istraživanja imale
najuspešnije ekipe u klupskom takmičenju Liga Šampiona (Janković et al., 2015a). Takođe, zona na-
pada je prostor sa koga su obe ekipe započele najveći broj uspešnih napada (42%). Ovakav podatak
ukazuje da je za potrebe vrhunskog rezultata primena presing igre na početak napada protivnika,
pa i u situaciji gubitka poseda duboko na polovini protivnika, bitno sredstvo taktike odbrane, jer se
na taj način napada nesređena odbrana protivnika. Primena napada koji su izrazito kratkog trajanja
i realizuju se posle oduzimanja lopte na protivničkoj trećini terena ima visok stepen korelacije sa
ostvarivanjem pozitivnog rezultata (Lago et al., 2010). Takođe, pojedina istraživanja ukazuju da se
fudbalska igra sve viže kreće u pravcu intezifikacije aktivnosti sa i bez lopte, gde se upravo reakcije
presinga na malom prostoru koriste kao uslov za realizaciju brzih napada protiv manjeg broja igrača
protivnika (Wallace & Norton, 2013).
Razlike u taktičkom ispoljavanju reprezentacija osvajača dva poslednja Svetska prvenstva u
fudbalu ogledaju se u načinu sprovođenja uspešnih napada, pre svega u pogledu načina dolaska u po-
ziciju za udarac na gol i distance sa koje su udarci upućivani. Selekcija Španije očigledno je koristila
individualne kvalitete svojih igrača i u najvećoj meri udarac na gol se upućivao posle individualnih
proboja. Pored toga, dubinskim dodavanjima i povratnim loptama uvek se tražila dubina u igri, pre
svega utrčavanjima manevarskih igrača iz drugog plana. Interesantno je podatak prema kome su
Španci najmanje udaraca na gol uputili posle centaršuteva i dobijenih tzv. „drugih lopti“. Ovaj po-
datak ukazuje na činjenicu da je selekcija Španije na najbolji način koristila sve individualne vrline
sa kojima je raspolagala, ako znamo da je najveća vrednost ovog tima bila u manevarskom prostoru
sa brzim i pokretljivim igračima koje ne odlikuje kvalitet u skok i duel igri. Sa druge strane, selekcija
Nemačke je upravo posle centaršuteva sa bočnih pozicija i dobijenih „drugih lopti“ uputila nejveći
broj udaraca na gol.  Naravno, i ovakav rezultat svoje opravdanje nalazi u tradicionalno dobroj skok
i duel igri svih Nemačkih fudbalera,  gde disciplinovanost i fizička pripremljenost u ovakvim situ-
acijama dolaze do izražaja. Prema tome, i selekcija Nemačke je na pravi način afirmisala sve svoje
individualne, grupne i timske kvalitete.
ZAKLJUČAK
Dobijeni rezultati ovim istraživanjem, u jednom delu, otkrili su razlike u tehnučko-taktičkim
orjentacijama u igri dve reprezentacije koje su osvojile dva poslednja Svetska prvenstva u fudbalu ali
i sa druge strane ukazali  na one tehničko-taktičke parametre igre koji su zajednički za timove koji
pretenduju na najviše rezultate. Uzimajući sve u obzir mogu se izvesti generalni zaključci istraživa-
nja:
•
Reprezentacije koje osvajaju Svetska prvenstva u fudbalu u realizaciji uspešnih napada imaju
zastupljene sve vrste napada, ali dominantna vrsta napadačkih akcija je kontinuirani napad;
•
Reprezentacije koje osvajaju Svetska prvenstva u fudbalu najveći broj svojih uspešnih akcija
započinju iz protivničke trećine terena za igru;
•
Postizanje vrhunskog rezultata u fudbalu, a osvajanje Svetskog prvenstva svakako to jeste,
zahteva kreiranje takvog taktičkog plana igre kojim će se na najbolji mogući način koristiti
sve individualne, grupne i timske vrednosti tima;
•
Vrline reprezentacije Španije (osvajač Svetskog prvenstva 2010. godine) su svakako bile u
kvalitetima igrača manevarskog prostora, demostrirane primenom kontinuiranih napada
sa čestim ubacivanjem iz drugog plana igrača manevarskog prostora. Takođe, sloboda u igri
ofanzivnih fudbalera u igri jedan na jedan;
•
Vrline reprezentacije Nemačke (osvajač Svetskog prvenstva 2014. godine) su bile u bespre-
kornoj fizičkoj pripremljenosti i disciplinovanoj igri, demonstrirane primenom kontinuira-
nih napada sa završnicom po bočnim pozicijama. Takođe, značajan broj realizovanih sekun-
darnih napada nakon osvajanja „druge lopte“.
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Conference Procedings
Aleksandar Janković, Bojan Leontijević, Miloš Pejović
Na osnovu izvedenih zaključaka, tumačenjem rezultata ovog istraživanja, mogu se definisati
osnovni postulati u taktici fudbala koji karakterišu najefikasnije timove u savremenom fudbalu. Ta-
kođe, specifičnosti selekcija, bazirane na nacionalnim vrednostima i karakteristikama, mogu imati
izuzetnu vrednost ako se iskoriste u smislu prilagođavanja i opredeljivanja ka onim taktičkim vari-
jantama koje će te vrednosti na pravi nači afirmisati.
LITERATURA
Acar, M. F., Yapicioglu, B., Arikan, N., Yalcin, S., Ates, N., & Ergun, M. (2009). Analysis of goals
scored in the 2006 World Cup. Science and Football VI. Eds: Reilly T. and AF Korkusuz AF. London:
Routledge, 235-242.
Armatas, V. & Yiannakos, A. (2010). Analysis and evaluation of goals scored in 2006 World
Cup. Journal of Sport and Health Research, 2, 119-128
Grant, A., Williams, A.M., Lee, D. & Reilly, J. (1999). Analysis of goals scored in the FA league
in the season 1997-98 and the 1998 World Cup. Insight, 20-21.
Castellano, J., Casamichana, D., & Lago, C. (2012). The use of match statistics that discrimina-
te between successful and unsuccessful soccer teams. Journal of Human Kinetics, 31, 139-147.
Carling, C. (2005). Handbook of soccer matches analysis. A systematic approach to improving
performance. Routledge, London.
Liu, H., Gomez, M.,A., Lago-Penas, C. & Sampaio, J. (2015). Match statistics related to winning
in the group stage of 2014 Brazil FIFA World Cup. Journal of Sports Sciences, 33 (12), 1205-1213.
Luhtanen, P., Belinskij, A., Hayrinen, M. & Vanttinen, T. (2001). A comparative tournament
analusis between EURO 1996 and 2000 in soccer. International Journal of Performance Analysis in
Sport, 1 (1), 74-82.
Hughes, M., & Franks, I. (2005). Analysis of passing sequences, shots and goals in soccer. Jo-
urnal of Sport Sciences, 23(5), 509-514.
Szwarc, A. (2007). Efficacy of Successful and Unsuccessful Soccer Teams Taking Part in Finals
of Champions League. Research Yearbook, 13 (2), 221-225.
Wallace, J.K. & Norton, K.I. (2013). Evolution of World Cup soccer final games 1966-2010.
Journal of Science and Medicine in Sport,17, 223-228.
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pean football championship. Fizička kultura (Skopje), 37(1), 180-184.
Janković, A., Leontijević, B., Jelušić, V. & Mićović, B. (2011). Effect of tactical game plan on re-
sults at World Cup in soccer 2010. In Assistant Prof. Simović Slobodan. Conference proceedings at:
Anthropological aspects of sports, physical education and recreation. Banja Luka: Faculty of Physi-
cal Education and Sports, 226-235.
Janković, A., Leontijević, B., Pašić, M. & Jelušić, V. (2011a). Uticaj pojedinih napadačkih sred-
stava taktike na ostvareni rezultat ekipa učesnica Svetskog prvenstva u fudbalu u Južnoafričkoj repu-
blici 2010. godine. Fizička kultura, 65(1), 34-45.
Janković, A., Leontijević, B. & Drekalović, M. (2015a). Qualitative analysis of counter attack in
football – the final of the champion’s league 2014/2015. In Assistant Prof. Saša Pantelić. Conferen-
ce proceedings at: XVIII Scientific Conference „FIS Communications 2015” in physical education,
sport and recreation and III International Scientific Conference. Niš: Faculty of Sport and Physical
Education, 106-111.
Lago, C., Lago, J., Dellal, A., & Gomez, M. (2010). Game-related statistics that discriminated
winning, drawing and losing teams from the Spanish soccer league. Journal of Sports Science and
Medicine, 9(2), 288-293.
Miljković, Z., Palijan, T. & Jerković, S. (2007). Razlike u načinu igre igrača i momčadi dva
Svjetska nogometna prvenstva održanim 1998. i 2002. Godine. U red. prof. dr Vladimir Pindak.
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savez, 153-158.
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UDK 796.332.093.1(100);     796.332.015.1
TACTICAL EFFICIENCY OF THE WINNING FOOTBALL NATIONAL
TEAMS AT THE 2010 AND 2014 FIFA WORLD CUP
Aleksandar Janković1, Bojan Leontijević1, Miloš Pejović1
1 Faculty of Sport and Physical Education, Belgrade, Serbia
INTRODUCTION
The analysis of competitive activity in football as a result of innovative technology development,
became a powerful tool for preparation of the teams to achieve top results. The emerging sofisticated
softwares for analysis enabled quantification of successfulness of an individual, group of players or
the entire team, but also identification of success factors by using qualitative analysis. Success of
football performers is reflected in the result achieved in the top international competitions, in which
each team strives to present best its abilites. As winning in football means greater number of scores
compared to the opponent, it is necessary, in line with characteristics of certain players, to find
the most efficient and most rational tactical plan of the play to score a gaola. In order to reach that
objective, eadh team must have efficient way to secure a ball, to successfully organize an attack, come
into position to shoot on goal and finally to score a goal with great efficiency (Luhtanen et al. 2001).
The organization of successful attacks, attacks finalized with a shot on opponent’s goal
determins succes or failure of a football team. The finalzation of each successful attack is reflected
in the tool of attacking tactics which is the shot on goal. The research so far identified scored goals
as the major component of performance in the game of football. The analysis of scored goals and
determination of the most appropriate attacking strategies are only preconditions of quality and
efficient competition in modern football (Acar et al., 2007;). Additionally, by analysing all attacking
actions resulted in the shot on goal, it is possible to identify in broader sense the efficient tools of
technical-tactical actions, confirmed in the competitive aspct.
For a long time, analyses of successful and efficient attacks have been subject of investigation
by the authors addressing tactics of football play. Monitoring and discovering most efficient methods
and tools of competitive play enables rationalization of the training process and optimization of the
training contents. In the studies so far, successful attacks were analysed for the top quality football
competitions such as World Cups (Grant et al, 1999; Miljković et al, 2007; Acar et al, 2007), European
Championships (Luhtanen et al, 2001; Armatas Yiannakos, 2010; Janković et al., 2009), highest quality
club competitions (Hughes & Franks, 2005; Szwarc, A., 2007). Recently, an increasing number of
studies are aimed at detecting those technical-tactical elements of football play that directly affect
the result (Janković et al., 2011; Janković et al., 2011a), together with statistical data of efficiency that
correlate most with positive outcome (Castellano et al., 2012; Liu et al., 2015).
Each great competition has marked in some way a period in the development of football
play and has indicated certain tendencies in development of football tactics. World Cups, as the
top quality competitions of national teams, i.e. winners of those competitions, set standards in the
football tactics before all. Therefore, the analysis of the national teams that win such competitions
in sequence, can define directions of football development and even foresee certain developmental
tendencies.
The subject of this research was to reveal and follow up tactical validity to achieve top result in
the game of football. The subject included spatial tactical manifestation  of attacks (i.e. of successfully
completed attacks). Tactical manifestation, primarily implies technical-tactical activities that an
individual, group of players or the whole team undertakes in order to, depending on the part of the
field, by deploying rational and efficient actions tactical patterns,  score a goal.
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Conference Procedings
Aleksandar Janković, Bojan Leontijević, Miloš Pejović
The aim of this paper was to reveal, on the basis of the analysis of successful attacks of the
national teams that won the last World cups, certain technical-tactical regularities and specificities
in the play of both national teams, but also to define, based on the findings of this research, future
directions in the development of football play regarding tactics.
METHOD
Sample of respondents
The analysis included tactical manifestation of the Spanish national team, winner of the 2010
FIFA World Cup in South Africa, and tactical manifestation of the German national team, winner of
the 2014 FIFA World Cup, held in Brazil. Each of the two national teams played an overall of seven
matches in the tournaments which were subjects of this research.
Procedures and course of research
The analysis of the previously recorded total of 14 matches played by the national teams was
approached by designing the observing protocol (Carling et al, 2005). That protocol was used for
each individual match. Notation system was used to record each successful individual attack in a
previously created observation sheet.
Description of variables and method of their measurement
The variables monitored and analysed in this research were collected by systemic observation
of video footage of matches from the last FIFA World Cups. Video materials were taken over form the
channels of Serbian Broadcasting Company and EUROSPORT. The analysis of all attacking activities,
for the purpose of comparison and obtaining relevant facts, included successful attacks only (attacks
that resulted with a shoot on opponent’s goal), in order to establish tendencies and trends in the
modern football play. All significant attacks were analysed from multiple aspects including: Accuracy
of successful attacks – accurate, inaccurate, efficient; Type of successful attacks  - position, counter
attacks and set pieces attacks; Zone of initiation of successful attacks – attacks initiated form the
defence, middle or attack zone; Way of getting a ball possession (assists) – individual attack, „long
ball“, deep pass, back ball, cross; Distance from which it was shot on goal  - < 5 m, 5 - 11 m, 11 - 16
m and 16 > m.
Statistical data processing
Descriptive statistics was used within quantitative analysis. The following statistic descriptive
areas were used: arithmetic mean from the segment of measures of central tendencies and standard
deviation of dispersion measures. From the aread of com
In the segment of comparative statistics, a nonparametric discriminate analysis, chi-squared
test were used to assess connections of the two category variables All statistical tests were processed
using SPSS 17.0 program (SPSS INC Chicago, IL).
RESULTS
One of the most relevant indices of efficiency in attack organization of a team is represented by
the number of successful attacks performed in one match. The results obtained in this research show
that the Spanish national team in the 2010 World Cup ranked in the first position with significantly
greater number of successfully performed attacks  (15.57 per match), but with lower efficiency (1.14
per match) compared to the German national team in the 2014 World Cup (11.3 successful attacks
per match, out of which 2.6 were efficient attacks).
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Zbornik radova
Tactical Effi
  ciency of the Winning Football National Teams at the 2010 and 2014 Fifa World Cup
Graph 1. Average number of certain types of attacks in a single match of the wining
national teams in the World Cups in 2010 and 2014
Regarding the attacking tactics in the play, the two wining national teams in the last World
Cups did not diff
 er when the structure of their play is observed from the aspect of certain types
of attacking actions. According to the fi
 ndings of this analysis, the application of position attacks
represented 60%, counter attacks 20% and set pieces attacks 20% of attacks of both national teams
(Graph 1). Additionally, the overall number of successful attacks initiated from the defence zone,
middle zone and attacking zone did not diff
 er with both World Cup winners. Th
 us, both German and
Spanish national teams initiated successful attacks mostly from the attacking zone (42%), followed
by middle zone (34%) with the less successful attacks initiated from the defence zone (24%).
Graph 2. Way of getting a ball possession (assists) of the wining national teams
in the World Cups in 2010 and 2014
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Conference Procedings
Aleksandar Janković, Bojan Leontijević, Miloš Pejović
Graph 2 presents the overall values of the ways of getting a ball possession (assists) of the last
World Cup winners.  According to the fi
 ndings of this analysis, the German national team had an
opportunity to shoot on goal most often after fi
 nal passes from lateral positions, i.e. after delivering
a cross from wing positions (3.3 per match), while the Spanish national team players fi
 nished their
attacks most often by individual breakthrough (5.57 per match) and deep passes (4 per match).
Th
 e way of getting in position to shoot on goal partially aff
 ected the distance from which
the players of the two national teams shot on opponent’s goal. Th
 erefore, Spanish players in the
2010 World Cup performed the greatest number of shots on goal, i.e. outside 16-meter area, while
German players in 2014 fi
 nished their attacks with the opponent’s penalty area, mostly from the
5 – 11-meter area (Graph 3).
Graph 3 Distance from which it was shot on goal of the wining national teams
 in the World Cups in 2010 and 2014
DISCUSSION
Th
 e national teams that won World cups, in recent history of football development, marked
with their national team and club results a multi-year cycle, usually two years prior to and two
years after the World Cup tournaments. Namely, the Spanish national team won the 2008 European
Championship but also in 2012, while FC Barcelona in the same 4-year cycle was twice winner in the
UEFA Champions League. On the other hand, German football clubs were dominant in the same
club competition (FC Byern, FC Borussia) in years prior to the 2014 World Cup.
Th
 e analysis and interpretation of the fi
 ndings of the obtained in this analysis ascertain that
there are certain mutual features in tactical manifestations of the national teams winning the last
World Cups in football. Also, based on some particularities in the tactical plan of play of the two
national teams, we can still identify diff
 erent directions in certain technical-tactical aspects of play,
of the two evidently diff
 erent football schools.
Th
 e Spanish national team won the World Cup with signifi
 cantly greater number of shots on
opponent’s goal than the German national team. However, the number of scored goals shows that
the German team was far more successful. Th
 erefore, in this case it cannot be said that the number
of shots on goal is predictor of positive outcome, having in mind the facts that the opponents of
Germany in the 2014 World Cup rather often had greater number of shots on goal.
467
Zbornik radova
Tactical Efficiency of the Winning Football National Teams at the 2010 and 2014 Fifa World Cup

When it comes to similarities in tactical performance of the two national teams, it primarily
addresses the application of certain types of attacks that indicate play organization in the aspect
of either creative or direct football. The analysis showed that both teams dominantly deployed
position attack in creating their offensive actions and that only every fifth successful attack resulted
from counter attack and set piece attack. Dominant application of position attack with the teams
that achieve top results in club competition the UEFA Champions League (Janković et al., 2015a).
Also, the attack zone is the area from which both teams initiated major number of their successful
attacks (42%). This detail indicates the that, for the top results, the application of pressing play at
the beginning of opponent’s play, even in the situation of losing the possession of the ball deep in
the opponent’s half, is an essential tool of the defence tactics, because in this way the unorganized
opponent’s defence is attacked. The application of markedly short attacks realized after taking over
the ball on the opponent’s third of the field has high level of correlation with positive outcome (Lago
et al., 2010). Additionally, some studies indicate that football play is increasingly moving has towards
intensification of activities with and without the ball, and it is exactly why the reaction of pressing on
a small area are used as precondition for realization of fast attacks against fewer opponent’s players
(Wallace & Norton, 2013).
Differences in tactical manifestations of the national teams winners of the last two football
World Cups reflect in the way of implementing successful attacks, primarily in the way of getting in
the position for shooting on goal and the distance from which such shots were performed. Obviously,
the Spanish national team used individual qualities of its team and to the greatest degree the shot on
goal was performed after individual breakthrough. Additionally, deep play was always sought by deep
passes and back balls primarily by running in of the midfilders from the second plan. Interestingly,
the Spanish team attempted least shots on goal after crosses and the so called „second balls“. This
detail indicate to the fact that Spanish national team used best all individual virtues they possessed,
if we know that the greatest value of this team was in the middle area with fast and movable players
who do not excel in jump and duel play. On the other hand, German national team shot on goal
most after crosses from lateral positions and obtained „long balls“. Surely, even this result is justified
by good jump and duel play of all German players, with discipline and physical preparedness are
emphasized in such situations. Therefore, even the German national team affirmed in the best way
their individual group and team qualities.
CONCLUSION
The results obtained in this research, on the one hand, discovered the differences in technical-
tactical orientations of the play of the two national teams that won the last World Cups in football,
but on the other hand indicated those technical-tactical parameters of play that were common for
the teams that strive for the top results . Haven taken in the account all the above, the following
general conclusions of the research can be drawn:
•
The national teams that win football World Cups apply all types of attacks in realization of
successful attacks but still the position attack is the dominant one;
•
The national teams that win football World Cups start most of their successful actions from
the opponent’s third of the pitch;
•
Achieving top results in football, which the World Cups surely is, requires designing of a
tactic plan of play that will best deploy all individual, group and team values of one team;
•
The virtues of the Spanish national team (winner of the 2010 world Cup) were certainly in
the quality of the quality of the middle zone players quality, demonstrated by application
of position attacks with frequent throws from the second plan by the players of the middle
zone. Additionally, freedom in the play of the offensive players in one-on-one play;
•
The virtues of the German national team (winner of the 2014 World Cup) were in impeccable
physical preparedness and disciplined play, demonstrated by application of position attacks
with final moves at lateral positions. Additionally, significant number of realized secondary
attacks after winning “the second ball”
.
Based on the above conclusions and the interpretation of the findings of this research one can
define the basic postulates in football tactics that characterize the most efficient teams in modern
468
Conference Procedings
Aleksandar Janković, Bojan Leontijević, Miloš Pejović
football. Also, specificities of the national teams that incorporate national values and features can
play significant role when used for the purpose of adjusting and selecting those tactical options that
will promote best such values.
REFERENCES
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Routledge, 235-242.
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Carling, C. (2005). Handbook of soccer matches analysis. A systematic approach to improving
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Castellano, J., Casamichana, D., & Lago, C. (2012). The use of match statistics that discriminate
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Grant, A., Williams, A.M., Lee, D. & Reilly, J. (1999). Analysis of goals scored in the FA league
in the season 1997-98 and the 1998 World Cup. Insight, 20-21.
Hughes, M., & Franks, I. (2005). Analysis of passing sequences, shots and goals in soccer.
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Janković, A., Leontijević, B. & Drekalović, M. (2015a). Qualitative analysis of counter attack in
football – the final of the champion’s league 2014/2015. In Assistant Prof. Saša Pantelić. Conference
proceedings at: XVIII Scientific Conference “FIS Communications 2015” in physical education,
sport and recreation and III International Scientific Conference. Niš: Faculty of Sport and Physical
Education, 106-111.
Janković, A., Leontijević, B., & Pašić, M. (2009). Analysis of efficient attacks in the 2008
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Janković, A., Leontijević, B., Jelušić, V. & Mićović, B. (2011). Effect of tactical game plan on
results at World Cup in soccer 2010. In Assistant Prof. Simović Slobodan. Conference proceedings
at: Anthropological aspects of sports, physical education and recreation. Banja Luka: Faculty of
Physical Education and Sports, 226-235.
Janković, A., Leontijević, B., Pašić, M. & Jelušić, V. (2011a). Uticaj pojedinih napadačkih
sredstava taktike na ostvareni rezultat ekipa učesnica Svetskog prvenstva u fudbalu u Južnoafričkoj
republici 2010. godine. Fizička kultura, 65(1), 34-45.
Lago, C., Lago, J., Dellal, A., & Gomez, M. (2010). Game-related statistics that discriminated
winning, drawing and losing teams from the Spanish soccer league. Journal of Sports Science and
Medicine, 9(2), 288-293.
Liu, H., Gomez, M.,A., Lago-Penas, C. & Sampaio, J. (2015). Match statistics related to winning
in the group stage of 2014 Brazil FIFA World Cup. Journal of Sports Sciences, 33 (12), 1205-1213.
Luhtanen, P., Belinskij, A., Hayrinen, M. & Vanttinen, T. (2001). A comparative tournament
analysis between EURO 1996 and 2000 in soccer. International Journal of Performance Analysis in
Sport, 1 (1), 74-82.
Miljković, Z., Palijan, T. & Jerković, S. (2007). Razlike u načinu igre igrača i momčadi dva
Svjetska nogometna prvenstva održanim 1998. i 2002. Godine. U red. prof. dr Vladimir Pindak.
Zbornik radova sa 16. Ljetna škola kineziologa republike Hrvatske. Zagreb: Kineziološki hrvatski
savez, 153-158.
Szwarc, A. (2007). Efficacy of Successful and Unsuccessful Soccer Teams Taking Part in Finals
of Champions League. Research Yearbook, 13 (2), 221-225.
Wallace, J.K. & Norton, K.I. (2013). Evolution of World Cup soccer final games 1966-2010.
Journal of Science and Medicine in Sport,17, 223-228.
469
Zbornik radova
UDK 796.325.012.1-055.2
RAZLIKE U ISPOLJAVANJU OPŠTIH I SPECIFIČNIH MOTORIČKIH
SPOSOBNOSTI ODBOJKAŠICA I NETRENIRANIH DEVOJČICA
STAROSTI 15 GODINA
Zoran Savić1, Goran Nešić2, Vladimir Grbić2
1 Fakultet za sport i fizičko vaspitanje Univerziteta u Prištini, Leposavić, Srbija
2 Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu, Beograd, Srbija
UVOD
Adaptacija je karakteristika živih bića koja postoji radi opstanka. Njena suština je u tome što u
organizmu održava relativno isto stanje  uprkos velikom broju promena spoljašnje sredine (Bompa,
2005). Čovek nastoji da adaptivno odgovara na te promene. Karakteristika odgovora na spoljne uti-
caje izražava individualnost organizma, i uslovljava da li će postati iskustvo, zdravlje ili bolest. Učvr-
šćivanje unutrašnje sredine bitan je preduslov za normalan život. Što je organizam na višem stupnju
evolutivne lestvice, to je sposobniji za adaptacije na uslove života (Stefanović i dr., 2010). Fizičko
vežbanje u izvesnoj meri doprinosi procesima adaptacije čoveka na spoljašnje uslove života (Bokan,
2009). Fizičko opterećenje koje se ostvaruje u različitim oblicima fizičke kulture, je agens koji deluje
kako na fizičku, tako i na psihičku komponentu ljudske ličnosti (Knežević i dr. 2011).
Ovo istraživanje je sprovedeno da bi se utvrdilo da li se i u kojoj meri odbojkašice i netrenirane
devojčice uzrasta 15 godina, sa kojima su u tekućoj školskoj godini obrađivani sadržaji iz odbojke,
razlikuju po pitanju antropometrijskih karakteristika i opštih i specifičnih motoričkih sposobnosti.
Drugim rečima, da li dodatna angažovanost u vančasovnim aktivnostima devojčica ovog uzrasta,
ima dodatni uticaj na rast i razvoj sposobnosti (Višnjić i dr., 2004).
Proučavajući školsku populaciju, a posebno decu u pubertetu, pojedini autori došli su do za-
ključka da postoje razlike u ispoljavanju motoričkih sposobnosti u korist dece koja se dodatno bave
sportom (Nešić at al, 2013; Đurić, 2014). Ipak, pojedina istraživanja potvrđuju da razlika u motorič-
kim sposobnostima dece zavisi od testa koji se koristi za procenu određenih sposobnosti (Voyer, Vo-
yer, & Bryden, 2004; Fratrić, 2012). Istraživanja koja su sprovedena mahom su ukazala na značajno
bolje rezultate treninrane u odnosu na netreniranu decu, u pogledu motoričkih sposobnosti.
Dobijeni rezultati ovog istraživanja, mogu poslužiti kao orjentir prilikom redukovanja progra-
ma fizičkog vaspitanja, i njegovog prilagođavanja potrebama i osobenostima savremenog đaka (Ba-
tričević, 2008; Kovačević i dr. 2011). Takođe, mogu dati odgovore na pitanja, šta je to što je u nastavi
dobro, a šta zapostavljeno. Da li odbojka, kao nastavni sadržaj može doprineti lakšem ostvarenju
cilja fizičkog vaspitanja? Sa druge strane, rezultati govore trenerima u kojoj meri su oni uspešni u
ostvarenju svojih kratkoročnih i dugoročnih planova (Galić i dr., 2005).
Predmet istraživanja je komparativna analiza opštih i specifičnih motoričkih sposobnosti uče-
nica uzrasta 15 godina koje se aktivno bave odbojkom, i netreniranih učenica istog uzrasta koje su
u tekućoj školskoj godini na časovima fizičkog vaspitanja obrađivale nastavne sadržaje vezane za
odbojku.
Cilj istraživanja je da se izmere i procene opšte i specifične motoričke sposobnosti učenica
uzrasta 15 godina i da se prikažu i analizuju rezultati komparativne analize rezultata odbojkašica i
onih učenica koje se sportom ne bave aktivno. Na osnovu predmeta i cilja istraživanja, definisani su
sledeći zadaci: prikupljanje i analiza dostupne literature, merenje antropometrijskih osobina i pro-
cena motoričkih sposobnosti obe grupe ispitanika, obrađivanje i upoređivanje dobijenih rezultata i
tumačenje rezultata istraživanja i izvođenje zaključaka.
470
Conference Procedings
Zoran Savić, Goran Nešić, Vladimir Grbić
Na osnovu cilja i zadataka istraživanja, postavljene su dve hipoteze:
H1 – Postoje statistički značajne razlike u pogledu opštih motoričkih sposobnosti odbojkašica
i netreniranih devojčica uzrasta 15 godina, u prilog odbojkašica.
H2 – Postoje statistički značajne razlike u pogledu specifičnih motoričkih sposobnosti odboj-
kašica i netreniranih devojčica uzrasta 15 godina, u prilog odbojkašica.
METOD
Tip istraživanja je bio „ex-post facto” istraživanje, sa dve grupe ispitanika od kojih je eksperi-
mentalna grupa uključena u trenažni proces (odbojka), a druga grupa se ne bavi fizičkom aktivno-
šću van časova fizičkog vaspitanja (Ristić, 2006). Uzorak ispitanika činio je 60 učenica uzrasta 15
godina, pri čemu eksperimentalnu grupu čine odbojkašice OK „Radnički“ iz Beograda, a kontrolnu
netrenirane učenice Prve beogradske gimnazije. Korišćena je sledeća baterija testova sa standardnim
procedurama: za merenje antropometrijskih karakteristika - telesna masa, telesna visina i indeks te-
lesne mase; za procenu opštih motoričkih sposobnosti - „Sargent”-ov test iz mesta, „Sargent”-ov test
iz zaleta, „X” test,  Pretklon na klupici, Bacanje medicinke, Ležanje - sed za 30 sekundi, Trčanje 20
metara; za procenu specifičnih motoričkih sposobnosti - „Russell-lange”-ovi testovi.
Podaci su obrađeni pomoću programa SPSS 19.0, a za utvrđivanje odnosa između rezultata
korišćen je t-test za nezavisne uzorke.
Radi lakšeg praćenja rezultata istraživanja, najpre će biti data tabela sa šiframa testiranih va-
rijabli, kao i instrumenti kojima su varijable merene, odnosno procenjivane (tabela 1).
Tabela 1. Šifre varijabli
Šifra
Varijabla
test
TM
Telesna visina
Merenje antropometrom po Martinu
TV
Telesna masa
Merenje portabl vagom
BMI
Indeks telesne mase
Izračunavanje po formuli
Sargent_m
Brzinska snaga ekstenzora nogu
„Sargent” - skok u vis iz mesta
Sargent_z
Eksplozivna snaga ekstenzora nogu
„Sargent” - skok u vis iz zaleta
X_test
Agilnost
„Х” test
Pretklon
Pokretljivost u zglobu kuka
Pretklon na klupi
BM
Brzinska snaga ramenog pojasa
Bacanje medicinke iz stojećeg stava
Flex_trupa
Repetitivna snaga mišića pregibača
trupa
“Ležanje – sed” za 30 sekundi
Sprint_20m
Brzina lokomocije
Sprint 20m
UHP
Preciznost odigravanja lopte “prstima”
„Russell-lange” - test “odigravanje
prstima”
OHP
Preciznost odigravanja lopte “čekićem”
„Russell-lange” - test“odigravanje
čekićem”
Serv
Preciznost serviranja
„Russell-lange”- test servis
REZULTATI
U tabelama rezultata deskriptivne statistike prikazane su: minimalna (Min.), maksimalna
(Max.) i srednja vrednost (Mean) uzoraka, zatim standardna devijacija (SD), vrednosti parametara
simetričnosti raspodele (Skewness, Kurtosis), kao i koeficijent varijacije (CV%).
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Zbornik radova
Razlike u ispoljavanju opštih i specifičnih motoričkih sposobnosti odbojkašica i netreniranih devojčica starosti 15 godina
Tabela 2. Rezultati deskriptivne statistike odbojkašica uzrasta 15 godina
N
Min
Max
Mean
SD
Skewness
Kurtosis
CV%
Stat.
Stat.
Stat.
Stat.
Stat.
Stat.
Std.
Error
Stat.
Std. Error
Stat.
Age
30
16.00
15.00
15.00
.00
.
.
.
.
0.00
TM
30
53.00
72.00
61.07
5.19
-.014
.427
-.887
.833
8.50
TV
30
1.62
1.90
1.75
.06
.291
.427
.862
.833
3.39
BMI
30
16.85
21.97
20.04
1.20
-.817
.427
.398
.833
6.00
Sargent_m
30
17.00
36.00
29.57
4.27
-.716
.427
1.278
.833
14.45
Sargent_z
30
18.00
48.00
37.83
5.71
-1.071
.427
3.952
.833
15.08
X_test
30
7.20
13.83
9.42
1.39
.883
.427
2.180
.833
14.71
Pretklon
30
-13.00
18.00
7.10
6.06
-1.055
.427
2.925
.833
85.34
BM
30
4.60
9.60
7.64
1.32
-.319
.427
-.723
.833
17.29
Flex_trupa
30
16.00
40.00
28.23
5.01
.027
.427
.528
.833
17.74
Sprint_20m
30
3.10
4.71
3.87
.33
.071
.427
.913
.833
8.63
UHP
30
12.00
30.00
20.67
4.63
.450
.427
-.470
.833
22.39
OHP
30
13.00
37.00
25.37
5.72
-.152
.427
.018
.833
22.55
Serv
30
1.00
9.00
6.07
2.13
-.596
.427
-.034
.833
35.15
Tabela 3. Rezultati deskriptivne statistike netreniranih devojčica uzrasta 15 godina
N
Min
Max
Mean
SD
Skewness
Kurtosis
CV%
Stat.
Stat.
Stat.
Stat.
Stat.
Stat.
Std.
Error
Stat.
Std.
Error
Stat.
Age1
30
16.00
15.00
15.00
.00
.
.
.
.
0
TM1
30
46.00
68.00
57.97
6.69
-.101
.427
-.930
.833
11.54
TV1
30
1.55
1.80
1.70
.07
-.569
.427
-.579
.833
4.05
BMI1
30
18.08
22.49
20.11
1.25
.224
.427
-.990
.833
6.20
Sargent_m1
30
18.00
34.00
25.50
4.45
.281
.427
-.617
.833
17.44
Sargent_z1
30
22.00
46.00
30.60
5.57
.784
.427
.668
.833
18.22
X_test1
30
9.45
14.17
10.95
1.00
1.709
.427
3.75
.833
9.15
Pretklon1
30
-8.00
22.00
7.17
6.79
-.340
.427
.181
.833
94.78
BM1
30
4.30
7.20
5.47
.83
.275
.427
-.902
.833
15.15
Flex_trupa1
30
17.00
32.00
24.30
4.24
-.028
.427
-1.06
.833
17.43
Sprint_20m1
30
3.65
4.58
4.16
.25
.002
.427
-.727
.833
6.09
UHP1
30
3.00
20.00
10.80
4.23
.252
.427
-.490
.833
39.16
OHP1
30
7.00
24.00
14.07
5.30
.327
.427
-1.103
.833
37.66
Serv1
30
.00
9.00
2.87
2.83
.725
.427
-.637
.833
98.55
472
Conference Procedings
Zoran Savić, Goran Nešić, Vladimir Grbić
U tabeli rezultata komparativne statistike prikazane su vrednosti: razlika u srednjim vredno-
stima (Mean Difference), standardna devijacija ukupnog uzorka (Std. Deviation), standardna greška
(Std. Error Mean), intervali pouzdanosti, t vrednost (t) kao i značajnost t vrednosti (Sig.).
Tabela 4. Rezultati komparativne statistike
Paired Differences
t
Sig.
(2-tailed)
Mean
Defference
Std.
Deviation
Std. Error
Mean
95% Confidence
Interval of the
Difference
Lower
Upper
TM - TM1
3.10
9.35
1.71
-0.39
6.59
1.82
0.08
TV - TV1
0.05
0.10
0.02
0.01
0.09
2.61
0.01
BMI - BMI1
-0.07
1.73
0.32
-0.72
0.58
-0.22
0.82
Sargent_m - Sargent_m1
4.07
7.16
1.31
1.39
6.74
3.11
0.00
Sargent_z - Sargent_z1
7.23
9.32
1.70
3.75
10.71
4.25
0.00
X_test - X_test1
-1.53
1.85
0.34
-2.22
-0.84
-4.53
0.00
Pretklon - Pretklon1
-0.07
10.13
1.85
-3.85
3.71
-0.04
0.97
BM - BM1
2.17
1.77
0.32
1.51
2.84
6.71
0.00
Flex_trupa - Flex_trupa1
3.93
7.07
1.29
1.29
6.57
3.05
0.00
Sprint_20m -
Sprint_20m1
-0.29
0.48
0.09
-0.47
-0.12
-3.38
0.00
UHP - UHP1
9.87
6.10
1.11
7.59
12.14
8.87
0.00
OHP - OHP1
11.30
8.20
1.50
8.24
14.36
7.55
0.00
Serv - Serv1
3.20
3.66
0.67
1.83
4.57
4.79
0.00
DISKUSIJA
Između vrednosti telesne mase odbojkašica (TM) i netreniranih učenica (TM1) ne postoji sta-
tistički značajna razlika (p=0,08), iako odbojkašice imaju nešto veću prosečnu telesnu masu. Ovakvi
dobijeni rezultati se mogu objasniti time što odbojkašice imaju veću i prosečnu telesnu visinu, pa
samim tim i neznatno veću masu.
Kada se uporede prosečne vrednosti telesne visine eksperimentalne grupe (TV) i kontrolne
grupe (TV1), dolazi se do zaključka da postoji statistički značajna razlika između ovih vrednosti
(p=0,01) u prilog odbojkašica. Ovakvi rezultati proizilaze iz činjenice da je selekcija u odbojci usme-
rena upravo ka odabiru viših igrača i igračica. Poznato je da je telesna visina jedan od presudnih fak-
tora koji određuje nivo uspešnosti u odbojkaškoj igri (Grgantov i dr., 2007.). Ova razlika se ne može
okarakterisati kao trenažnim procesom izazvana pojava, znajući da je telesna visina u najvećoj meri
genetski determinisana, i da nije dokazano da fizička aktivnost pozitivno utiče na njeno povećanje
(Šegregur i dr.,2010).
T-test za male nezavisne uzorke pokazao je da između vrednosti indeksa telesne mase odboj-
kašica (BMI) i netreniranih učenica (BMI1) ne postoji statistički značajna razlika (p=0,82). Indeks
telesne mase se direktno izračunava iz telesne visine i telesne mase, pa je usled nepostojanja značaj-
nih razlika u masi izostala i razlika u BMI.
473
Zbornik radova
Razlike u ispoljavanju opštih i specifičnih motoričkih sposobnosti odbojkašica i netreniranih devojčica starosti 15 godina
Što se tiče rezultata testova opštih motoričkih sposobnosti, značajne statističke razlike (p=0,00)
u rezultatima postoje kada su u pitanju testovi: Sargent iz mesta i iz zaleta, X test, bacanje medicinke,
fleksija trupa, kao i sprint na 20 metara, sve u korist odbojkašica.
To što odbojkašice imaju bolje rezultate u testovima Sargent iz mesta i iz zaleta, delom se
može pripisati tome što su uključene u trenažni proces, pa su im brzinska snaga i eksplozivna sila mi-
šića nogu na višem nivou nego kod netreniranih odbojkašica, a delom tome što je ovakva vrsta skoka
karakteristična za odbojku, pa im je tehnika izvođenja ovog zadatka poznata. Netrenirane ispitanice
nisu imale ovakve vidove naprezanja i adaptacija koje iz tog tipa opterećenja proizilaze i samim tim
imaju značajno slabije rezultate na ovim testovima (Jovanović, 2007).
Bolji rezultati odbojkašica u X testu  nam ukazuju na to da one imaju bolje razvijenu agilnost,
što podrazumeva veću uspešnost prilikom kretanja velikom brzinom sa čestim promenama pravca i
smera (Nešić i dr., 2013; Grbović, 2013). Ovo je takođe uzrok sadejstva bolje fizičke pripremljenosti
i iskustva koje ovim ispitanicima pruža sama struktura takmičarske aktivnosti u odbojci, koja se za-
sniva na ovakvim kretanjima.
Bacanje medicinke je takođe jedan od testova gde odbojkašice pokazuju bolje rezultate, što
je i logično, s obzirom na to da su ruke i trup u odbojci angažovane tako reći uvek, a opterećenje je
takvo da kod sportista izaziva razvoj brzinske snage mišića kako trupa, tako i ruku. Način na koji se
izvodi sam test, a koji uključuje bacanje, u velikoj meri podseća na pokret koji odbojkašice izvode
na gotovo svakom treningu, a to je pokret trupa i ruku pri smeču. Adaptacija na ovakav vid kako
pokreta, tako i opterećenja dovodi do ishoda da odbojkašice imaju značajno bolje rezultate na testu
bacanje medicinke.
Repetitivna snaga mišića pregibača trupa (TRBUH) i brzina lokomocije (T20M) su opšte mo-
toričke sposobnosti, na koje odbojka kao specifična motorička aktivnost, nema puno direktnog uti-
caja, ali su svakako sposobnosti koje neosporno čine svakog sportistu i koje se u treningu kao takve
neminovno poboljšavaju.
Od svih testova koji su rađeni sa ciljem procene opštih motoričkih sposobnosti, jedino kod re-
zultata testa za procenu gipkosti zadnje lože buta i pokretljivosti u zglobu kuka ne postoji statistički
značajna razlika (p=0,97) između odbojkašica (PRE) i netreniranih učenica (PRE1), čak se može reći
da su grupe izjednačene po rezultatima. Može se konstatovati da obe grupe imaju slabe prosečne re-
zultate, iako je i kod odbojkašica i kod netreniranih učenica veća frekvencija natprosečnih rezultata.
Mogući uzrok ovakvog stanja stvari je to što ni profesori fizičkog vaspitanja, ni treneri, u periodu od
8. do 10. godine kada treba da se počne sa razvojem ove sposobnosti (po R. Medvedevu, 1987), tome
ne poklanjaju dovoljnu pažnju. Sa druge strane, to je motorička sposobnost koja se najlakše „gubi“
usled neadekvatnog treninga.
Rezultati T-testa, pokazali su da kod sva tri testa specifičnih motoričkih sposobnosti UPH-
-UPH1, OHP-OHP1 i Serv-Serv1 postoje statistički značajne razlike (p=0,00) u rezultatima izme-
đu odbojkašica i netrenirani učenica u prilog odbojkašica. Ova činjenica je i očekivana, iako su i
netrenirane učenice na nastavi fizičkog vaspitanja obrađivale elemente odbojkaške tehnike, vreme
provedeno na časovima fizičkog vaspitanja, kao i intenzitet vežbanja tih elemenata ne može da se
poredi sa onim koje je prisutno u odbojkaškom treningu. Odbojkašice provode znatno više vremena
uvežbavajući ove elemente, pa samim tim imaju i bolje rezultate.
ZAKLJUČAK
Na osnovu prikazanih rezultata može da se zaključi da je prva hipoteza delimično potvrđena,
s obzirom da postoje statistički značajne razlike između odbojkašica i netreniranih devojčica uzrasta
15 godina kada se posmatraju sve varijable opšteg motoričkog prostora, izuzev fleksibilnosti gde nisu
pronađene značajne razlike između ova dva uzorka. Brzinska i eksplozivna snaga nogu, agilnost,
brzinska snaga ramenog pojasa, repetitivna snaga pregibača trupa i ukupna brzina lokomocije su
značajno bolje razvijene sposobnosti kod odbojkašica u odnosu na netrenirane ispitanice. Odbojka-
ški trening, koji sadrži veliki broj opterećenja, kako u smislu skokova u bloku ili odbojkaškom smeču,
tako i u smislu naglih i brzih kretnji i promena pravaca u sklopu odbrane sopstvenog polja, je izazvao
adaptacije na ovakve tipove naprezanja. Uobičajena nastava fizičkog vaspitanja koju su pohađale is-
pitanice iz uzorka netreniranih nije u tolikoj meri uticao na razvoj pomenutih sposobnosti, pa su one
imale slabije rezultate u svim testovima koji procenjuju opšte motoričke sposobnosti.
474
Conference Procedings
Zoran Savić, Goran Nešić, Vladimir Grbić
Na osnovu rezultata komparativne statistike na testovima za procenu specifičnih motoričkih
sposobnosti može da se zaključi da je druga hipoteza u potpunosti potvrđena, odnosno ispitanice
iz uzorka odbojkašica su imale statistički značajno bolje rezultate na ovim testovima. Odigrava-
nje lopte prstima, čekićem i serviranje su tehnički elementi na kojima počiva cela odbojkaška igra
i sastavni su deo svakog odbojkaškog treninga. Veliki broj ponavljanja, učestalost tih ponavljanja,
kao i pažnja posvećena njihovom pravilnom izvođenju su uslovili da odbojkašice u značajno većoj
meri savladaju ove elemente i samim tim imaju bolje rezultate na testovima koji te elemente sadrže.
Ispitanice iz uzorka netreniranih, pored toga što su u okviru fizičkog vaspitanja imali kao nastavnu
jedinicu odbojku, nisu imale niti dovoljan obim, niti dovoljan kvalitet pri obuci tih elemenata kako
bi ih usavršile u dovoljnoj meri da mogu rezultatima da „pariraju“ odbojkašicama.
Ukupno uzevši odbojkašice su opšte motorički spremnije i specifično motorički spretnije od
netreniranih učenica istog uzrasta (Nešić, 2002). Uzrok ovih razlika pre svega proizilazi iz karakte-
ristika odbojkaškog treninga, kako u kvantitativnom smislu broja ponavljanja i opterećenja na koja
se u toku treninga adaptiraju, tako i u kvalitativnom smislu gde je akcenat na pravilnom i efikasnom
izvođenju tehničkih elemenata na svakom treningu prisutan. Značaj ove studije jeste u prepozna-
vanju odbojke kao dobrog „pokretača“ pozitivnih promena opštih motoričkih sposobnosti kod dece
starijeg školskog uzrasta. Kao takva, odbojka može da zauzme značajnije mesto u nastavi fizičkog
vaspitanja u osnovnim školama i time eventualno doprinese ukupnom boljem razvoju mladih.
LITERATURA
Batričević, D. (2008) Diskriminativna analiza motoričkih i funkcionalnih sposobnosti sport-
ski aktivnih i neaktivnih učenika. Sport science, 1, str. 50-53.
Bokan, M. (2009) Motoričke sposobnosti odbojkašai testovi za njihovu procenu. Fizička kul-
tura, 63, str. 116-125.
Bompa, T.O. (2005) Cjelokupan trening za mlade pobjednik. Zagreb: Gopal.
Fratrić, F. (2012). Osnove teorije i metodike sportskog treninga. Skripta. Senta.
Galić, M., Ilić, D., Ilić, S., Jakovljević, S., Janković, N., Jevtić, B., Jocić, D., Jovanović, A., Juhas,
I., Koprivica, V., Kukolj, M., Radisavljević, L., Radojević, J., Ugarković, D., Vukašinović, V., Bačanac,
Lj. I Medić, M. (2005) Dečiji sport od prakse do akademske oblasti. Beograd, Fakultet sporta i fizič-
kog vaspitanja Univerziteta u Beogradu.
Grbović, M. (2013) Merenje agilnosti u različito definisanim uslovima. Doktorska disertacija,
Fakultet sporta ifizičkog vaspitanja Univerziteta u Beogradu.
Grgantov, Z., Nedović, D., Katić R. (2007) Integration of technical and situation efficacy into
the morphological system in young female volleyball players. Collegium Antropologicum, 31(1),
str. 267-73.
Đurić, A. (2014). Razlike u morfološkim karakteristikama i motoričkim sposobnostima džu-
dista i netreniranih dečaka uzrasta 16-17 godina. Master rad. Beograd: Fakultet sporta i fizičkog
vaspitanja.
Jovanović, A. (2007) Integralnost dečjeg razvoja kroz igru (skripta). Beograd, Fakultet sporta
i fizičkog vaspitanja Univerziteta u Beogradu.
Knežević. O. i Mirkov, D. (2011) Sila i snaga mišića opružača u zglobu kolena. Fizička kultu-
ra, 65 (2), str. 5-15.
Kovačević, A., Kvesić, M. i Kuna, D. (2011) Antopološka obilježja srednjoškolaca kao spolni
dimorfizam. 6. FIEP europski kongres (zbornik radova).
Nešić, G. (2002). Osnovi antropomotorike. Standard 2. Beograd: Sportska akademija.
Nešić, G., Ilić, D., Majstorović, N., Grbić, V. i Osmankač, N. (2013) Uticaj treninga na opšte i
specifične motoričke sposobnosti odbojkašica uzrasta 13-14 godina. SportLogia, 9(2), str. 201-216.
Ristić, Ž. (2006) O istraživanju, metodu i znanju. Beograd, Institut za pedagoška istraživanja.
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Razlike u ispoljavanju opštih i specifičnih motoričkih sposobnosti odbojkašica i netreniranih devojčica starosti 15 godina
Stefanović, Đ., Jakovljević, S. i Janković, N. (2010) Tehnologija pripreme sportista. Beogard,
Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu.
Šegregur, D., Kuhar, V. i Parandžik, P. (2010) Antropometrijska, motorička i funkcionalna
obilježja učenika prvih razreda srednjih škola. Hrvatski Športskomedicinski vjesnik, 25, str. 67-74.
Ugarković, D. (2004) Biomedicinske osnove sportske medicine. Novi Sad: FB „PRINT“.
Voyer, D., Voyer, S., Bryden, M. Ph. (2004). The sex differences in spatial abilities. Psychologi-
cal Bulletin, 117, 250-270.
Višnjić, D., Jovanović, A. i Miletić, K. (2004) Teorija i metodika fizičkog vaspitanja. Beograd,
Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu.
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Conference Procedings
UDK 796.325.012.1-055.2
DIFFERENCES BETWEEN GENERAL AND SPECIFIC MOTOR ABILITIES
IN VOLLEYBALL PLAYERS AND UNTRAINED GIRLS AGED 15
Zoran Savić1, Goran Nešić2, Vladimir Grbić2
1 Faculty of Physical Education and Sport Science, University of Pristina, Leposavic, Serbia
2 Faculty of Sport and Physical Education, University of Belgrade, Serbia
INTRODUCTION
Adaptation is a characteristic of all living beings and their need for survival. The essence
of adaptation is that it maintains a relatively stable condition in the organism, despite numerous
changes in the external environment (Bompa, 2005). Man seeks to respond to these changes
adaptively. Characteristic response to external conditions is individual and varies in different
organisms, and it determines whether they will become experience, health or illness. Stabilizing
the internal environment is an important precondition for a normal life. The higher an organism is
evolved the more capable it will be to adapt to different conditions (Stefanović et al, 2010). Physical
exercise contributes to the adaptation process to a certain extent (Bokan, 2009). Physical load that is
expressed in different forms of physical culture is an agent that influences both physical and mental
component of the human personality (Knežević et al, 2011).
This research was conducted in order to determine whether there are differences between
volleyball players and untrained girls aged 15 that participated in volleyball classes during this school
year, in terms of anthropometric characteristics as in general and specific motor abilities. In other
words, to determine whether additional engagement in extracurricular activities in girls of this age
has further impact on their growth and abilities development (Višnjić et al, 2004).
Studying the school population, especially children that are in puberty, certain authors have
reached a conclusion that there are differences in motor abilities in favor of children that are engaged
in sports outside the school (Nešić at al, 2013; Đurić, 2014). However, some research confirm that the
difference in motor abilities depends on the test that is used to evaluate those abilities (Voyer, Voyer,
& Bryden, 2004; Fratrić, 2012). Research that was conducted on this topic points to significantly
better results in trained children compared to untrained children, in terms of motor abilities.
Results of this research could serve as a landmark for reduction of the physical education
program and its adjustment to the needs and individual characteristics of the modern student
(Batričević, 2008; Kovačević et al, 2011). They can also provide answers to questions regarding what
is adequately and inadequately defined in the curriculum. Can voleyball as educational content
contribute to easier realization of physical education? On the other hand, the results show the
coaches to what extent their short-term and long-term plans were realized (Galić et al, 2005).
The subject of this research is a comparative analysis of general and specific motor abilities
between female students aged 15 that are actively involved in volleyball practices and untrained
female students of the same age that have been involved in volleyball classes during the current
school year, as a part of physical education classes.
The aim of this research is to measure and evaluate motor abilities in female students aged 15
and to display and analyze the comparative analysis results between volleyball players and untrained
girls. Based on the subject and aim of this research, the following tasks have been defined: gathering
and analysis of the available literature, measuring anthropometric characteristics and evaluation of
motor abilities in both groups, processing and comparing results, interpreting research results and
drawing conclusions.
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Differences between General and Specific Motor Abilities in Volleyball Players and Untrained Girls Aged 15
Based on the research tasks and objectives, two hypothesis were defined:
H1 – There are statictically significant differences in terms of general motor abilities between
volleyball players and untrained girls aged 15, in favor of volleyball players.
H2 – There are statictically significant differences in terms of specific motor abilities between
volleyball players and untrained girls aged 15, in favor of volleyball players.
METHOD
The „ex-post facto” method was used in this research, and two groups of subjects participated
in the research process. The experimental group was involved in the training processs (volleyball),
and the other group was engaged in physical activity outside of school classes (Ristić, 2006). There
were 60 subjects - female students aged 15, with the experimental group consisting of volleyball
players from the volleyball club „Radnički“ Belgrade, and the control group consisting of untrained
girls that are attending the First Belgrade Gymnasium. The following tests with standard procedures
were used: measuring anthropometric characteristics – body mass, body height and body mass
index; evaluation of general motor abilities - „Sargent” test from standing position, „Sargent” test
from run-up, „X” test,  torso flexion on a bench, medicine ball throw, “lie/sit” for 30 seconds, 20m
sprint; evaluation of specific motor abilities - „Russell-lange” tests.
Obtained data was processed using the SPSS 19.0 software, and in order to determine the ratio
between the results, t-test was used for independent samples.
In order to monitor the research results easily, a table with variable codes will be defined, as
well as the instrumets that were used to measure and evaluate the said variables (table 1).
Table 1. Variable codes
Code
Variable
Test
TM
Body height
Martin anthropometer measuring
TV
Body mass
Measuring using a portable scale
BMI
Body mass index
Calcuating using a defined formula
Sargent_m
Leg extensor speed
„Sargent” test from standing position
Sargent_z
Leg extensor explosive power
„Sargent” test from run-up
X_test
Agility
„Х” test
Flx
Mobility of hip joint
Torso flexion on a bench
BM
Shoulder power
Medicine ball throw from a standing
position
Abd
Repetitive power of the flexor muscle
“Lie – sit” for 30 seconds
Sprint_20m
Locomotion speed
Sprint 20m
UHP
Accuracy during setting
„Russell-lange” – setting test
OHP
Accuracy during bumping
„Russell-lange” – bump test
Serv
Serve accuracy
„Russell-lange”- serve test
RESULTS
The table with descriptive statistics results displays the following: minimum (Min.), maximum
(Max.) and mean sample values (Mean), standard deviation (SD), symmetrical distribution
parameters (Skewness, Kurtosis), as well as the variation coefficient (CV%).
478
Conference Procedings
Zoran Savić, Goran Nešić, Vladimir Grbić
Table 2. Descriptive statistics results in volleyball players aged 15
N
Min
Max
Mean
SD
Skewness
Kurtosis
CV%
Stat.
Stat.
Stat.
Stat.
Stat.
Stat.
Std.
Error
Stat.
Std. Error
Stat.
Age
30
16.00
15.00
15.00
.00
.
.
.
.
0.00
TM
30
53.00
72.00
61.07
5.19
-.014
.427
-.887
.833
8.50
TV
30
1.62
1.90
1.75
.06
.291
.427
.862
.833
3.39
BMI
30
16.85
21.97
20.04
1.20
-.817
.427
.398
.833
6.00
Sargent_m
30
17.00
36.00
29.57
4.27
-.716
.427
1.278
.833
14.45
Sargent_z
30
18.00
48.00
37.83
5.71
-1.071
.427
3.952
.833
15.08
X_test
30
7.20
13.83
9.42
1.39
.883
.427
2.180
.833
14.71
Flx
30
-13.00
18.00
7.10
6.06
-1.055
.427
2.925
.833
85.34
BM
30
4.60
9.60
7.64
1.32
-.319
.427
-.723
.833
17.29
Abd
30
16.00
40.00
28.23
5.01
.027
.427
.528
.833
17.74
Sprint_20m
30
3.10
4.71
3.87
.33
.071
.427
.913
.833
8.63
UHP
30
12.00
30.00
20.67
4.63
.450
.427
-.470
.833
22.39
OHP
30
13.00
37.00
25.37
5.72
-.152
.427
.018
.833
22.55
Serv
30
1.00
9.00
6.07
2.13
-.596
.427
-.034
.833
35.15
Table 3. Descriptive statistics results in untrained girls aged 15
N
Min
Max
Mean
SD
Skewness
Kurtosis
CV%
Stat.
Stat.
Stat.
Stat.
Stat.
Stat.
Std.
Error
Stat.
Std.
Error
Stat.
Age1
30
16.00
15.00
15.00
.00
.
.
.
.
0
TM1
30
46.00
68.00
57.97
6.69
-.101
.427
-.930
.833
11.54
TV1
30
1.55
1.80
1.70
.07
-.569
.427
-.579
.833
4.05
BMI1
30
18.08
22.49
20.11
1.25
.224
.427
-.990
.833
6.20
Sargent_m1
30
18.00
34.00
25.50
4.45
.281
.427
-.617
.833
17.44
Sargent_z1
30
22.00
46.00
30.60
5.57
.784
.427
.668
.833
18.22
X_test1
30
9.45
14.17
10.95
1.00
1.709
.427
3.75
.833
9.15
Flx1
30
-8.00
22.00
7.17
6.79
-.340
.427
.181
.833
94.78
BM1
30
4.30
7.20
5.47
.83
.275
.427
-.902
.833
15.15
Abd1
30
17.00
32.00
24.30
4.24
-.028
.427
-1.06
.833
17.43
Sprint_20m1
30
3.65
4.58
4.16
.25
.002
.427
-.727
.833
6.09
UHP1
30
3.00
20.00
10.80
4.23
.252
.427
-.490
.833
39.16
OHP1
30
7.00
24.00
14.07
5.30
.327
.427
-1.103
.833
37.66
Serv1
30
.00
9.00
2.87
2.83
.725
.427
-.637
.833
98.55
479
Zbornik radova
Differences between General and Specific Motor Abilities in Volleyball Players and Untrained Girls Aged 15
The table with comparative statistics results displays the following: difference in mean values
(Mean Difference), standard deviation of the total sample (Std. Deviation), standard error (Std. Error
Mean), confidence intervals, t value (t), as well as t value significance (Sig.).
Table 4. Comparative statistics results
Paired Differences
t
Sig.
(2-tailed)
Mean
Defference
Std.
Deviation
Std. Error
Mean
95% Confidence
Interval of the
Difference
Lower
Upper
TM - TM1
3.10
9.35
1.71
-0.39
6.59
1.82
0.08
TV - TV1
0.05
0.10
0.02
0.01
0.09
2.61
0.01
BMI - BMI1
-0.07
1.73
0.32
-0.72
0.58
-0.22
0.82
Sargent_m - Sargent_m1
4.07
7.16
1.31
1.39
6.74
3.11
0.00
Sargent_z - Sargent_z1
7.23
9.32
1.70
3.75
10.71
4.25
0.00
X_test - X_test1
-1.53
1.85
0.34
-2.22
-0.84
-4.53
0.00
Flx - Flx1
-0.07
10.13
1.85
-3.85
3.71
-0.04
0.97
BM - BM1
2.17
1.77
0.32
1.51
2.84
6.71
0.00
Abd - Abd1
3.93
7.07
1.29
1.29
6.57
3.05
0.00
Sprint_20m -
Sprint_20m1
-0.29
0.48
0.09
-0.47
-0.12
-3.38
0.00
UHP - UHP1
9.87
6.10
1.11
7.59
12.14
8.87
0.00
OHP - OHP1
11.30
8.20
1.50
8.24
14.36
7.55
0.00
Serv - Serv1
3.20
3.66
0.67
1.83
4.57
4.79
0.00
DISCUSSION
There is no statistically significant difference (p=0,08) between body mass of volleyball players
(TM) and untrained girls (TM1), although the average body mass of volleyball players is slightly
higher. This result can be explained with the fact that, on average, volleyball players are taller than
untrained girls, therefore their body mass is also slightly higher.
When comparing the average values of body height in the experimental (TV) and control
group (TV1), we can conclude that there is a statistically significant difference between these values
(p=0,01) in favor of volleyball players. These results stem from the fact that the selection in volleyball
teams is based on taller players. It is general knowledge that body height is one of the key factors
that determines the level of success in volleyball (Grgantov i dr., 2007.). This difference can be
characterized as a phenomenon that is influenced by the training process, having in mind that body
height is mostly genetically determined, and that thare is no evidence supporting the claim that
physical activity has a positive influence on height increase (Šegregur et al, 2010).
T-test for small independent samples has shown that there is no statistically significant
difference (p=0,82) between body mass index in volleyball players (BMI) and untrained girls (BMI1).
Body mass index is calculated using body height and body mass, therefore there is no significant
difference in BMI because of similarities in body mass.
As for the general motor abilities test results, there are statistically significant differences
(p=0,00) between test results in: Sargent test from standing position, X test, medicine ball throw,
torso flexion, as well as 20m sprint, all in favor of volleyball players.
The fact that volleyball players have displayed better results in Sargnet tests from standing and
run-up positions can partly be attributed to the fact that they are involved in the training process,
480
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Zoran Savić, Goran Nešić, Vladimir Grbić
which is why their speed and explosive power in leg muscles are higher than in untrained girls, and
partly to the fact that this type of jump is present in volleyball, which means that volleyball players
are familiar with the technique of this jump. Untrained girls haven’t previously experienced these
types of loads and related adaptations, therefore they have displayed significantly lower results in
these tests (Jovanović, 2007).
Better results in the X test that volleyball players have displayed indicate that they are more
agile, which means higher performance in high speed movements with frequent changes of direction
(Nešić et al, 2013; Grbović, 2013). This agility is also caused by physical condition and experience
that trained girls encounter on a daily basis as a part of  competitive activities in volleyball, which is
based on these high speed movements.
Medicine ball throw is also one of the tests where volleyball players display better results, which
is logical considering the fact that arms and torso are fully and constantly engaged in volleyball, and
that the load influences the develompent of muscle power in arms and torso. The way this test is
conducted, and it includes throwing the ball, resembles a move that volleyball players make on every
practice, specifically torso and arm movement during spike. Adaptation to this kind of movement
and also to the load results in volleyball players displaying significantly better performance in the
medicine ball throw test.
Repetitive power of flexor muscles (Abd) and locomotion speed (Sprint_20m) are general
motor abilities which are not directly influenced by volleyball as a specific motor ability. However,
it is undeniable that these abilities are a fundamental part of every athlete and they are constantly
improved during the training process.
Of all the test that were conducted with the purpose of evaluating general motor abilities, the
only one that didn’t show statistically significant difference (p=0.97) between volleyball players (Flx)
and untrained girls (Flx1) was the hamstring agility and hip joint mobility test, and we can even say
that both groups had very similar results. We can conclude that average results of both groups are
rather low, even though both volleyball players and untrained girls had bigger frequency of above
average results. A probable cause of this is the fact that both physical education teachers and coaches
do not focus on developing this ability, especially between ages 8 and 10 when the development
should start (R. Medvedev, 1987). On the other hand, it is a type of motor ability that can easily be
“lost” due to inadequate training.
T-test results have shown that all three specific motor ability tests, including UPH-UPH1,
OHP-OHP1 and Serv-Serv1, display statistically significant differences (p=0,00) between results
in volleyball players and untrained girls, in favor of volleyball players. This is an expected result
considering the fact that even though untrained girls had the opportunity to practice certain elements
of volleyball techniques during physical education classes, the time they spent in those classes, as
well as the intensity of practice, can’t compare to the intensity that is characteristic for a volleyball
practice. Volleyball players spend more time mastering these elements and, therefore, display higher
results.

CONCLUSION
Based on the displayed results, we can conclude that the first hypothesis was partially
confirmed, considering the fact that statistically significant differences between volleyball players
and untrained girls aged 15 were displayed, observing all the variables of general motor abilities,
apart from flexibility, where no significant differences between the two groups were displayed. Speed
and explosive power in legs, agility, shoulder strength, repetitive strength of flexor muscles and
total locomotion speed are better developed in volleyball players in comparison to untrained girls.
Volleyball practice, which incorporates various types of loads, in terms of vertical jumps, spikes and
frequent changes of direction during volleyball movements, caused the organism to adapt to such
types of loads. Regular physical education classes that untrained girls attend did not influence the
development of mentioned abilities to such extent, therefore they displayed lower results in all the
tests that evaluate general motor abilities.
Based on comparative statistics results for specific motor ability tests, we can conclude that
the second hypothesis was completely confirmed, with volleyball players displaying significantly
higher results in these tests. Setting, bump and serve are technical elements which volleyball is based
481
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Differences between General and Specific Motor Abilities in Volleyball Players and Untrained Girls Aged 15
on and are an integral part of every volleyball practice. Large number of repetitions, frequency of
repretitions, as well as attention that is paid in order to properly execute volleyball moves caused the
volleyball players to better master those elements and therefore display higher results in tests that
include the said elements. The group with untrained girls, apart from not having volleyball as a part
of their physical education classes, did not have the opportunity to adequately master these elements
in order to display results that are similar to those of volleyball players.
Overall, volleyball players are more developed than untrained girls of the same age, in terms of
general and specific motor abilities (Nešić, 2002). These differences are mainly caused by the nature
of volleyball practices, in terms of number of repetitions and different loads that the body adapts to
during practices, but also in terms of attention that is paid to proper execution of technical elements
that are an integral part of every volleyball practice. The importance of this study lies in identifying
volleyball as a good „influencer“ of positive changes in general motor abilities in older children. As
such „influencer“, volleyball can have a significant role in physical education classes in elementary
schools, and eventually contribute to a better development of young students.
REFERENCES
Batričević, D. (2008) Diskriminativna analiza motoričkih i funkcionalnih sposobnosti sportski
aktivnih i neaktivnih učenika. Sport science, 1, str. 50-53.
Bokan, M. (2009) Motoričke sposobnosti odbojkašai testovi za njihovu procenu. Fizička
kultura, 63, str. 116-125.
Bompa, T.O. (2005) Cjelokupan trening za mlade pobjednik. Zagreb: Gopal.
Fratrić, F. (2012). Osnove teorije i metodike sportskog treninga. Skripta. Senta.
Galić, M., Ilić, D., Ilić, S., Jakovljević, S., Janković, N., Jevtić, B., Jocić, D., Jovanović, A., Juhas, I.,
Koprivica, V., Kukolj, M., Radisavljević, L., Radojević, J., Ugarković, D., Vukašinović, V., Bačanac, Lj.
I Medić, M. (2005) Dečiji sport od prakse do akademske oblasti. Beograd, Fakultet sporta i fizičkog
vaspitanja Univerziteta u Beogradu.
Grbović, M. (2013) Merenje agilnosti u različito definisanim uslovima. Doktorska disertacija,
Fakultet sporta ifizičkog vaspitanja Univerziteta u Beogradu.
Grgantov, Z., Nedović, D., Katić R. (2007) Integration of technical and situation efficacy into
the morphological system in young female volleyball players. Collegium Antropologicum, 31(1), str.
267-73.
Đurić, A. (2014). Razlike u morfološkim karakteristikama i motoričkim sposobnostima
džudista i netreniranih dečaka uzrasta 16-17 godina. Master rad. Beograd: Fakultet sporta i fizičkog
vaspitanja.
Jovanović, A. (2007) Integralnost dečjeg razvoja kroz igru (skripta). Beograd, Fakultet sporta i
fizičkog vaspitanja Univerziteta u Beogradu.
Knežević. O. i Mirkov, D. (2011) Sila i snaga mišića opružača u zglobu kolena. Fizička kultura,
65 (2), str. 5-15.
Kovačević, A., Kvesić, M. i Kuna, D. (2011) Antopološka obilježja srednjoškolaca kao spolni
dimorfizam. 6. FIEP europski kongres (zbornik radova).
Nešić, G. (2002). Osnovi antropomotorike. Standard 2. Beograd: Sportska akademija.
Nešić, G., Ilić, D., Majstorović, N., Grbić, V. i Osmankač, N. (2013) Uticaj treninga na opšte i
specifične motoričke sposobnosti odbojkašica uzrasta 13-14 godina. SportLogia, 9(2), str. 201-216.
Ristić, Ž. (2006) O istraživanju, metodu i znanju. Beograd, Institut za pedagoška istraživanja.
Stefanović, Đ., Jakovljević, S. i Janković, N. (2010) Tehnologija pripreme sportista. Beogard,
Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu.
Šegregur, D., Kuhar, V. i Parandžik, P. (2010) Antropometrijska, motorička i funkcionalna
obilježja učenika prvih razreda srednjih škola. Hrvatski Športskomedicinski vjesnik, 25, str. 67-74.
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Zoran Savić, Goran Nešić, Vladimir Grbić
Ugarković, D. (2004) Biomedicinske osnove sportske medicine. Novi Sad: FB „PRINT“.
Voyer, D., Voyer, S., Bryden, M. Ph. (2004). The sex differences in spatial abilities. Psychological
Bulletin, 117, 250-270.
Višnjić, D., Jovanović, A. i Miletić, K. (2004) Teorija i metodika fizičkog vaspitanja. Beograd,
Fakultet sporta i fizičkog vaspitanja Univerziteta u Beogradu.
483
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UDK 796.1:159.947-055.2
MOTIVACIJA ŽENA ZA GRUPNE FITNES PROGRAME
Dunja Antić1, Dušan Mitić1
1Fakultet sporta i fizičkog vaspitanja, Univerzitet u Beogradu, Srbija
UVOD
U prirodi svakog čoveka, kao neponovljive individue, leži potreba za kretanjem. Nažalost, i
pored te potrebe u svima nama, jedna od tekovina savremene civilizacije koja se javlja je pojava hi-
pokinezije (nedostatak kretanja).
Pored problema hipokinezije javlja se i problem pravilnog korišćenja slobodnog vremena, od-
nosno dokolice. Čovek svoje slobodno vreme može koristiti za zadovoljenje svojih potreba za kreta-
njem, kroz primenu različitih oblika fizičkog vežbanja, i time može poboljšati funkcionalne sposob-
nosti svog organizma. U savremenim uslovima života i rada jedno od najaktuelnijih područja fizičke
kulture je područje rekreacije. Definiciju rekreacije izvodili su mnogi autori, a u svim definicijama
većina ih je saglasna da je rekreacija dobrovoljno izabrana aktivnost, a nikako nametnuta aktivnost.
Relac (1975) ovu delatnost definiše na sledeći način: „Rekreacija znači celokupnu čovekovu aktivnost
izvan profesionalnih obaveza, izabranu po želji, a doprinosi razvoju stvaralaštva, očuvanju telesnog
i duševnog zdravlja, održavanju vitalnosti, odmoru, osvežavanju i razonodi.“ “To  je   slobodno iza-
brana, individiialna   ili  organizovana   društvena delatnost, koja sredstvima fizičkog vežbanja i
sportsko rekreativnim aktivnostima omogućuje ljudima aktivan odmor i zdravu zabavu i razonodu,
koja im pomaže da održe dobro zdravlje, fizičku i radnu kondiciju i da ispolje svoje stvaralaštvo, koje
im je specijalizovanim radom u velikoj meri uskraćeno” (Teofilović, 2012). Kreativnost  kao  bitna
odlika  čoveka, u  uslovima  automatizovane  proizvodnje  svedena  je  na  minimum.  Primenom
odgovarajućih  aktivnosti  u  slobodnom  vremenu  kreativnost  i  stvaralačke  sposobnosti  dolaze
do izražaja. Takođe u slobodnom vremenu, primena oblika fizičkog vežbanja koji okuplja veći broj
ljudi, omogućava  druženje  i  lakšu  socijalizaciju ličnosti  u  društvu,  nasuprot  otuđenosti  koja  je
takođe  jedan  od  negativnih  produkata  savremene  civilizacije.
Aktivno i kreativno provođenje slobodnog vremena uz zadovoljenje potrebe za kretanjem
može u potpunosti da se ostvari kroz neki od mnogobrojnih prvobitnih ili novonastalih grupnih
fitnes programa koji se nude po fitnes centrima i teretanama širom sveta.
Grupni fitnes programi su svi programi koje se izvode organizovano u grupi, uglavnom uz
muzičku pratnju. U grupne fitnes programe spadaju: aerobno vežbanje, vežbe snage i bodi i majnd
programi. Aerobni programi su najrasprostranjeniji i najrazvijeniji.
Tako da nas ne iznenađuje podatak da danas egzistira mnoštvo grupnih fitnes programa u
okviru rekreacije koji nam omogućavaju da odaberemo onaj koji nam najviše odgovara, kojim ostva-
rujemo postavljene ciljeve i koji je naravno, u pozitivnoj korelaciji sa našim opštim zdravstvenim
stanjem. S obzirom na postojanje odnosa potreba-motivacija, definicija “motivacije” se može prema
Rot-u iskazati kao: “Proces pokretanja aktivnosti radi ostvarivanja određenih ciljeva, usmeravanje
aktivnosti naodređene objekte i regulisanje načina na koji će se postupiti, nazivamo motivacijom”
.
On takođe dodaje: “One unutrašnje činioce koji pokreću na aktivnost, koji je usmeravaju i njome
upravljaju-radi ostvarivanja određenih ciljeva, nazivamo motivima. Motivi su organski i psihološki
činioci koji pokreću ili usmeravaju ponašanje čoveka ito kako njegove postupke tako i njegovo opa-
žanje, mišljenje i učenje” (Rot, 1978).
Problemom motivacije za učešćem u rekreativnim aktivnostima bavili su se do sada mnogi
autori, među kojima su: Havelka-Lazarević (1980), Volf (1975), Stefanović (1980), Mitić (1992), Sto-
jiljković (1995), Havelka i Lazarević (1980) u svom delu: “Motivacija za bavljenjem sportom”
, iznose
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Conference Procedings
Dunja Antić, Dušan Mitić
svoja razmišljanja o ne-sportistima, rekreativcima: “Ako izuzmemo pojedince koji se profesional-
no bave sportom, naradnom mestu sport se javlja prvenstveno kao rekreativna komponenta samih
uslova rada glavno prisustvo sporta u životu radnih i ljudi ipak je uslovljeno njegovim prisustvom u
socijalnim prostorima izvan radnog mesta, u situacijama u kojima pojedinac ima slobodu izbora i u
kojima sam uobličava okolnosti pod kojima će zadovoljiti svoje istaknute potrebe”
.
Svrha ovog rada je istraživanje motivacije žena za grupne fitnes programe.
METOD
Metod teorijske analize je korišćen kao osnovni metod korišćen u radu, a pored toga urađen
je transferzalni presek manifestne motivacije za vežbanje, dok je latentni proctor motivacije urađena
faktorsk analiza. Istraživanje je sprovedeno na uzorku od 105 žena koje su vežbale u šest fitnes cen-
tara u Beogradu: Hillgym 1, Hillgym 2, Aerobic team, Agoga, SnLuxFitnescentar, Mozzart gym, Her-
cules fitnes, Elle fitnes. Fitnes centri se nalaze u Beogradu: na Banovom brdu, Vidikovcu, Skojevskom
naselju, Voždovcu, Žarkovu i Kumodražu. Grupni fitnes programi koji su vežbačice praktikovale su:
“Pilates”
, “Tabata”
, Step aerobik, “Zumba” i “Tae bo”
.
Uzorak varijabli je razvrstan u dve grupe:
1. Opšti podaci: uzrast ispitanika, telesna visina, telesna masa, bračno stanje, kvalifikacija, is-
kustvo u vežbanju, fitnes status, nivo fizičkih sposobnosti, broj fitnes centara u kojima su vežbali, ra-
niji sportovi kojima su se bavili, fitnes programi koje su vežbali i broj instruktora sa kojima su vežbali.
2. Motivacija za vežbanje grupnih fitne sprograma
Instrument za merenje varijabli ovog istraživanja je bio anketni upitnik. Sastojao se od 12 op-
štih pitanja, i 48 pitanja koja su se odnosila direktno na motivaciju žena za grupne fitnes programe.
Kao instrument korišćen je modifikovan upitnik MP-M od Petkovšeka. Sadrži 48 pitanja Likertovog
tipa sa odgovorima na petostepenoj skali, modifikovan od strane Zagorc (1985), koje je doradio Mi-
tić 1994. Za potrebe ovog istraživanja urađeno je usklađivanje tremina aerobik u grupno vežbanje,
odnosno vežbanje, u zavisnosti od konstelacije pitanja.
Svi podaci, do kojih je istraživač mogao da dođe u procesu istraživanja, su obrađeni postupci-
ma deskriptivne  statistike kod manifestnog prostora motivacije i korišćenjem odgovarajuće faktor-
ske analize kod latentnog prostora motivacije. Obrada podataka je izvšena na personalnom računa-
ru, uz korišćenje aplikacionog programa SPSS17.
REZULTATI SA DISKUSIJOM
Analizom dobijenih rezultata i primenom odgovarajućih statističkih metoda za obradu poda-
taka, dobijeni su rezultati koji treba da pruže informacije o motivaciji žena za grupne fitnes progra-
me u 2015. Prosečna starost vežbačica je 30 godina, u rasponu od 15 godina koliko ima najmlađa
ispitanica do 60 godina. Na Grafikonu 1. zapažamo da ima najviše vežbačica starosti 27-28 godina,
a najmanje od 45-48 i 53-60 godina. Standrdna devijacija iznosi 10,14 što govori o homogenosti
uzoraka.
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Motivacija žena za grupne fi
 tnes programe
Grafi
 kon 1. Uzrast vežbačica grupnih fi
 tnes programa 2015. g.
Za potrebe komparacije rezultata i dalje analize uzorak smo podelili u tri grupe na bazi per-
centilnog rango tako da imamo tri približno slične uzrasne kategorije:
 •
mlađi 33,3%, do 25 godina,
• srednji 40,0%, od 26 do 36 godina,
• stariji uzrast 26,7%, od 37 godina.
Grupne fi
 tnes programe najviše upražnjavaju žene mlađeg i srednjeg uzrasta (73,3%) što se
skoro poklapa sa procentom udatih i neudatih vežbačica, dok manje žene starijeg uzrasta (26,7%).
Neprekidnim, dinamičnim razvojem i uvođenjem novih zanimljivih vrsta grupnih fi
 tnes pro-
grama, ovakav način vežbanja opstaje kao dominantan u protoru ponuda koje daje fi
 tnes industrija.
Uočavamo povećanje broja redovnih vežbačica, a takođe i broj početnika koji pred sobom imaju veći
izbor grupnih fi
 tnes prorama.
Srednja vrednost telesne visine iznosi 169cm, a varirala je od  od 156cm, koliko je imala najni-
ža vežbačica, do 185cm koliko je imala najviše vežbačice a standardna devijacija bila je 6,17.
Srednja vrednost TM 59,43kg a varirala je od minimalne vrednosti od 43kg, do maksimalne
vrednosti od 98kg, a standarna devijacija 7,8. Najveći broj vežbačica se kreće u rasponu od 52 do 62
kg što predstavlja normalne vrednosti telesne mase.
Bodi mas indeks uzoraka iz 2015. u proseku iznosi 20,8 što spada u opseg normalne uhra-
njenosti (18,5 do 25). Pohvalno je što su vežbačice u dobroj formi i što uz pomoć fi
 zičke aktivnosti
(a sigurno i ishranom), održavaju dobar odnos telesne visine i mase. Najveći broj vežbačica je u
rasponu od 18 do 22, a standardna devijacija iznosi 2,48. Minimalne vrednosti 15,99 su ispod nor-
malnih granica, što spada u pothranjenost, pojava koja se sve češće javlja u našoj zemlji i svetu. Dok
maksimalne vrednosti koje su 32,00 spadaju u gojaznost prvog stepena. U Srbiji je gojazno ili ima
prekomernu težinu oko 17 odsto žena iz čega možemo da zaključimo da populacija devojaka i žena
koje redovno vežbaju neki od grupnih fi
 tnes programa značajno odstupa od populacije je im je BMI
u akegoriji prosečnog.
Kod analize varijable iskustva u vežbanju, dominantna je kategorija sa manjim ranijem isku-
stvom sa 58,09% ispitanica, sledi kategorija sa velikim iskustvom u vežbanju od 35,24%, dok mali broj
od 6,67% nije imao nikakva ranija iskustva pre početka sa grupnim fi
 tnes programima.
Korisnice grupnih fi
 tnes programa su svoj nivo fi
 zičkih sposobnosti okarakterisale kao prose-
čan u 70,48% slučajeva, 17,14% se izjašnjavaju sa nivoom iznad proseka i visokim (9,52%). Niko nije
u kategoriji nizak nivo sposobnosti a ispod proseka je svega 2,86% ispitanica.
Svaka vežačica je vežbala u proseku u tri fi
 tnes kluba pre fi
 tnes kluba u kome je upražnjavala
neki od vidova grupnih fi
 tnes programa. Što se tiče sportskog iskustva, u proseku svaka žena je imala
kontakt sa dva sporta pre bavljenja grupnim fi
 tnes programima.
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Conference Procedings
Dunja Antić, Dušan Mitić
Iskustvo vežbanja procenjivali smo i brojem instruktora grupnih fitnes programa, sa kojima su
vežbale. Raspon je od 1 do 12 instruktora a prosek je 4 instruktora koja su joj vodila neki tip grupnih
fitnes programa.
Na osnovu odgovora učesnica u grupnim fitnes programima uočavamo da su u manifestnom
prostoru najjače izraženi motivi:
 •
korisno po zdravlje 4.83,
•	poboljšanje telesne kondicije 4.69,
•	jer nakon vežbanja osećam smanjenje psihičke napetosti4.66,
• da bih imala lepšu figuru 4.63,
•	vitalnost, uživanje u vežbanju...
Iz tabele 1. vidimo prvih deset motiva koji su razlog bavljenja grupnih fitnes programa žena u
2015. Raste svest o značaju redovne fizičke aktivnosti na zdravlje, pa nije iznenađujuće što nailazimo
na tu činjenicu da je to jedan od najjačih motiva za učešće žena u grupnim fitnes programima. Mala
je procentualna razlika izmedju ostalih devet motiva pa se može zaključiti da su žene podjednako
svesne pozitivnih uticaja fizičke aktivnosti na njihovo telesno i duhovno zdravlje i opuštanje.
Tabela 1. Prvih deset rangiranih motiva iz 2015.
Motivacione varijable
Rang
Prosečna vrednost
Jer sam sigurna da to koristi mom zdravlju
1
4,83
Da bih poboljšala telesnu kondiciju
2
4,69
Jer nakon vežbanja osećam smanjenje psihičke
napetosti
3
4,66
Da bih imala lepšu figuru
4
4,63
Jer mi nakon rada prija vežbanje
5
4,57
Jer želim da još dugo ostanem mlada i vitalna
6
4,48
Jer uživam u vežbanju
7
4.47
Zato što uživam u vežbanju uz muziku
8
4,43
Jer se na grupnom vežbanju telesno i duhovno opuštam
9
4,41
Jer su žene koje se bave vežbanjem lepše građene
10
4,36
Tabela 2. Objašnjenje varijanse u faktorskoj analizi
Faktor
POČETNA VREDNOST
SUME KVADRATA
OPTEREĆENJA
ROTACIJA SUME KVADRA-
TA OPTEREĆENJA
Zbir
% Vari-
anse
Kumula-
tivni %
Zbir
%
Varianse
Kumula-
tivni %
Zbir
% Vari-
anse
Kumula-
tivni %
1
21.780
45.374
45.374
21.780
45.374
45.374
19.877
41.411
41.411
2
4.590
9.563
54.937
4.590
9.563
54.937
6.216
12.949
54.360
3
1.913
3.984
58.921
1.913
3.984
58.921
2.121
4.418
58.778
4
1.785
3.719
62.640
1.785
3.719
62.640
1.854
3.862
62.640
U latentnom prostoru je izdvojeno, faktorskom analizom oblimin rotacijom, 4 nezavisnih fak-
tora koji objašnjavaju 62,5% ukupne varijanse sistema (tabela 2.). Izdvojeni su faktori koje smo radno
nazvali:
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Motivacija žena za grupne fitnes programe
•	Samoaktualizacija prikuplja 41,4% ukupne varijanse sistema
•	Psihološko opuštanje 12,9%,
•	Uticaj propagande 4,4%,
•	Zadovoljstvo 3,8%.
Faktor koji se izdvoji sa najvećim procentualnim udeom od 41,4%, “Samoaktualizacija”
, iz čega
zaključujemo da su žene vođene prihvatanjem i ispoljavanjem unutrašnjeg Ja, odnosno postizanje
potpunog razvoja ličnih potencijala, što je i prema Maslovu osnovni ljudski motiv.
Drugi motiv, koji smo radno nazvali “Psihološko opuštanje”
, sa 12,9%, što pokazuje da su ve-
žbačice svesne pozitivnog uticaja bavljenja fizičkom aktivnošću ne samo na telesno nego i na men-
talno zdravlje i opuštanje. Takodje pored svesnosti ove činjenice one pronalaze u njoj i pokretač za
bavljenjem grupnim fitnes programima.
Uticaj propagande sa 4,4% je očekivan ali se vidi da ovaj faktor nema veliki uticaj na motivaci-
ju žena za bavljenjem grupnim fitnes programima kao što to imaju prethodno navedeni unutrašnji
motivi. Nezavisni faktor “Zadovoljsto”
, iako sa svojih 3,8% čini mali udeo od 62,5% ukupne varijanse
sistema, svakako daje jasnu sliku da su žene izabrale neki od vidova grupnih fitnes programa kao
sredstvo za zadovoljenje svojih unutrašnjih potreba.
Za potrebe dalje analize povezanosti motivacije za grupno vežbanje sa drugim sociodemo-
grafskim karakteristikama urađeno je ravrstavanje motivacije za vežbanje u tri kategorije. Za potrebe
dalje analize uradili smo kategorizaciju motivacije za grupno vežbanje na tri kategorije na bazi 33
percentilnog ranga.
Srednje razvijena motivacija u rasponu od 120 do 180 ulazi 41% žena, dok sa slabim i jakim
motivima ima podjednak iznos od 29,5%, pri čemu je prosečna vrednost 171,63 i standardnom de-
vijacijom 33,84.
Tabela 3. Povezanost kategorija uzrasta i motiva

Kategorije motivacije
Zbir
Slaba
Srednja
Razvijena
Kategorije
uzrasta
Mlađe
Izračunat % u
katuzrast
5
11
19
35
14.3%
31.4%
54.3%
100.0%
Srednji uzrast Izračunat % u
katuzrast
16
17
9
42
38.1%
40.5%
21.4%
100.0%
Stariji uzrast
Izračunat % u
katuzrast
10
15
3
28
35.7%
53.6%
10.7%
100.0%
Zbir
Izračunat % u
katuzrast
31
43
31
105
29.5%
41.0%
29.5%
100.0%
1. Žene iz prve kategorije tj. mlađeg uzrasta imaju izražene srednje i jake motive sa ukupno
85,7%, dok samo 14,3% slabe motive za bavljenje grupnim fitnes programima.
2. 78,6% čine srednji i jaki motivi kod žena srednjeg uzrasta, dok 21,4% slabi motivi.
3. Sa porastom godina, stariji uzrast, dolazi do promene u jačini motiva, pa najveći procenat
pripada slabim i srednjim, a samo 10,7% jakim motivima.
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ZAKLJUČAK
Na uzorku od 105 žena u Beogradu koje su vežbale redovno tokom 2015. godine, najznačajnije
se manifestuju motivi u manifestnom prostoru: korisno po zdravlje 4.83, poboljšanje telesne kondi-
cije 4.69, osećanje smanjenosti psihičke napetosti 4.66, radi lepše figuru 4.63, vitalnost, uživanje u
vežbanju. Faktorskom analizom oblimin rotacijom u latentnom prostoru izdvojila su se četri nezavi-
sna faktora koja objašnjavaju 62,5% celokupne varijanse sistema. Izdvojeni su faktori koje smo radno
nazvali: “Samoaktualizacija” koja objašnjava 41,4% ukupne varijanse sistema, “Psihološko opuštanje”
12,9%, “Uticaj propaganda” 4,4% i “Zadovoljstvo” 3,8%. Jačina motiva kod žena koje su se bavile
grupnim fitnes programima u 2015. se razlikuje i u odnosu na kategorije uzrasta. Iz sprovedenog
istraživanja se vidi da vežbačice mlađeg i srednjeg uzrasta imaju izražene srednje i jake motive kod
79,65% slučajeva, a slabe motive  17,85%. Sa porastom godina, stariji uzrast, dolazi do promene u
jačini motiva, pa najveći procenat pripada slabim i srednjim, a samo 10,7% jakim motivima.
LITERATURA
Volf, N. (1975). Motivacija za rekreativni sport. Izbor radova iz strane literature, Beograd.
izdavač
Zagorc, M. (2006). Aerobik, Ljubljana: Fakultet za šport.
Jocić – Vignjević, R. (2012). Razvoj grupnih fitnes programa od „workout-a“ do danas. Magi-
starski rad, Beograd: Fakultet sporta fizičkog vaspitanja.
Mitić, D. (1992). Opšta teorija fizičke kulture. Beograd: Fakultet fizičke kulture. Ovo je pisao
profesor Matić
Mitić, D. (1994). Motivacija za rekreativno vežbanje kod žena u Srbiji. Istraživački rad, Beo-
grad
Peković, N. (2000). Vežbanje uz muzičku pratnju u izbornoj nastavi studentkinja beogradskog
Univerziteta. Diplomski rad, Beograd: Fakultet sporta i fizičkog vaspitanja
Relac, M. (1975). Rekreacija telesnim vežbanjem u procesu rada. Zagreb: Sportska tribina, str. 10
Relac, M. (1975). Pojam, definicija i primjena sportske rekreacije u SR BiH. Zagreb: Kinezio-
logija, str. 21.
Rot, N. (1978). Opšta psihologija. Beograd: Zavod za udžbenike.
Stefanović, V. (1980). Pedagogija i sport. Beograd: Sportska knjiga.
Stojiljković, S. (1995). Program rekreacije u sportsko-rekreativnim centrima Beograda i moti-
vacija učesnika za vežbanje. Magistarski rad, Beograd: Fakultet sporta i fizičkog vaspitanja.
Teofilović, N. (2012). Individualni program rekreacije za obolele od kardiovaskularnih obolje-
nja. Završni rad, Beograd: Fakultet sporta i fizičkog vaspitanja.
Havelka, N. i Lazarević, Lj. (1980). Motivacija za bavljenje sportom. Beograd: JFZKMS.
489
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UDK 796.1:159.947-055.2
MOTIVATION OF WOMEN FOR GROUP FITNESS PROGRAMS
Dunja Antić1, Dušan Mitić1
1Faculty of Sport and Physical Education, University of Belgrade, Serbia
INTRODUCTION
In the nature of a man, as unrepeated individual, there is a need for movement. Unfortunately,
despite this need in all of us, one of the achievements of modern civilization that appears is a
phenomenon of hypokinetics (lack of movement).
Besides the problem of hypokinetics, there is also a problem of proper use of leisure time,
that is to say idleness. Men can use leisure time to satisfy their need for mobility, through the use of
various forms of physical exercise, and thus can improve the functional capabilities of their body. In
modern conditions of life and work, one of the most contemporary areas of physical education is an
area of
recreation. Many authors defined recreation, and in all definitions, most of them agree that the
recreation is voluntarily chosen activity, and not imposed activity. Relac (1975) defines this category
as follows: “Recreation means the whole man’s activity beyond professional obligations, selected as
desired, and contributes to the development of creativity, preservation of physical and mental health,
maintaining vitality, rest, freshness and pleasure.” “This is free chosen individual or organized social
activity which by physical exercise and sports and recreational activities enables people an active
and healthy fun and entertainment, which helps them to maintain good health, physical and working
condition and to express their creation which is, by specialized work, largely deprived “ (Teofilovic,
2012). Creativity as an essential characteristic of a man, in terms of automated production is reduced
to a minimum. By applying of the appropriate leisure activities, creativity and creative abilities come
to the fore. Also in their free time, the application forms of physical exercise which brings together a
number of people, enable socialization and easier socialization of personality in society, as opposed
to alienation, which is also one of the negative products of modern civilization.
Active and creative use of free time while satisfying the need for mobility can be fully realized
through one of the many original or new group fitness programs offered at fitness centers and gyms
around the world.
Group fitness programs are all programs that are running in an organized group, mainly with
musical accompaniment. Group fitness programs include: aerobic exercise, strength training and
body and mind programs. Aerobic programs are the most abundant and most developed.
Thus, we are not surprised by the fact that today there are a lot of group fitness programs in
recreational settings that enable us to choose the one that best suits us, by which we achieve our aims
and which is in a positive correlation with our state of health.
Given the existence of a need-motivation, the definition of “motivation” may be what Rot
stated as: “The process of launching activities aimed at achieving certain goals, directing activities on
undetermined facilities and regulation of the way they will be treated, we call it motivation.”
He also adds: “These internal factors that drive the activity, which direct and manage - to
achieve their goals, we call them motives. The motives are organic and psychological factors that
trigger or direct the man’s behavior clearly in a manner of his actions and his perception, opinion
and learning “(Roth, 1978).
 With the problem of motivation to participate in recreational activities many authors have
dealt with it so far, including: Havelka-Lazarevic (1980), Wolf (1975), Stefanovic (1980), Mitic (1992),
Stojiljkovic (1995), Havelka and Lazarevic (1980) in their book: “The motivation for playing sports,
”
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Conference Procedings
Dunja Antić, Dušan Mitić
share their opinions on non-sportsmen: “If we exclude individuals who are professionally involved in
sports, on a workplace sport occurs primarily as a recreational component of the very conditions of
operation, the presence of sport in lives of working and people are still conditioned by its presence
in social spaces outside the workplace, in situations in which the individual has freedom of choice in
which they alter the circumstances under which it will meet its outstanding needs.”
The purpose of this study was to investigate the motivation of women for group fitness
programs in 2015.
METHOD
The main method used in this paper is a method of theoretical analysis, and authors used
transverse cross-section and comparing non-parametric methods. For the needs of the paper, it was
planned to investigate the motives of women for group fitness programs. Therefore, it meant a large
number of fitness centers, that is to say, group fitness programs. Fitness centers in which the research
was conducted on a sample of 2015, 105 women were: Hillgym 1, Hillgym 2, aerobics team, Agogo,
SN Lux fitnes centar, Mozart gym, Hercules Fitness, Elle fitness. All fitness centers are located in
Belgrade on Banovo Brdo, Vidikovac, Skojevsko, Voždovac, Žarkovo and Kumodraž. Group fitness
programs that trainees have practiced are: Pilates, Tabata, step aerobik, Zumba and Tae bo.
The sample of variables is classified into two groups:
1. General information: age, body height, weight, marital status, qualifications, experience in
training, fitness status, level of physical ability, the number of fitness centers, previous sports, the
former fitness styles and number of instructors.
2. Motivation.
Instrument for measuring variables of this study was a questionnaire. It consisted of 12
general questions and 48 questions that are directly related to the motivation of women for
group fitness programs. We used a modified questionnaire MP-M from Petkovšek. It contains
48 Likert-type questions with answers on a five-point scale, modified by Zagorc (1985).
All data, to which the researcher could come in the research process were analysed by using
descriptive and comparative non-parametric statistics. Data processing was done on a personal
computer, using SPSS-15 application program.
RESULTS WITH DISCUSSION
By the analysis of the results and the application of appropriate statistical methods for data
processing, the obtained results provided information on the motivation of women for group fitness
programs in 2015. The average age of the trainees was 30 years, ranging from 15 years as youngest
respondents up to 60 years. The most trainees were 27-28 years old, followed by of 45-48 and 53-60
years-olds. Standard deviation is 10.14 which indicates the homogeneity of the samples.
For the purpose of result comparison and further analysis, the sample was divided into three
groups based on Percentile Ranking so we have three approximately similar age categories:
• younger 33.3%, to 25 years,
• middle-aged 40.0%, from 26 to 36 years,
• older was 26.7%, from 37 years.
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Motivation of Women for Group Fitness Programs
Figure 1. Age of women in group fi
 tness programs 2015.
Group fi
 tness programs are mostly practiced by younger and middle aged women (73.3%),
which almost coincides with the percentage of married and unmarried trainees have, but less women
of older age (26.7%).
By continuous, dynamic development and introduction of new interesting types of group
fi
 tness programs, this kind of practice persists as dominant and leading sport and recreation way of
using free time. It is certainly one of the main reasons regular increasing number of ordinary trainees
and also the number of beginners who are facing a greater selection of group fi
 tness programs.
Body height of trainees in 2015 ranged from 156 cm (height of the shortest trainee) to 185cm
(height most trainees have). Th
 e middle value of body height is 169cm, and the standard deviation 6.17.
It was concluded that the minimum values of body mass are 43kg and 98kg maximum. Th
 e middle
value TM 59,43kg and Standard Deviation 7.8. Majority of trainees are in the range of 52 to 62 kg,
which represents a normal body weight values (considering that we are familiar with their body
height).
We notice that the minimum and maximum values of body weight (43-98 kg) are outside the
scope of normal values, which will be more precisely determined using the body mass index.
Body mass index of samples from the 2015, is on average 20.8 which falls within the scope of
normal weight (18.5 to 25). It is commendable that the trainees have been in good shape and that
with the help of physical activity (and of diet certainly), they maintain a good balance of body height
and weight. Majority of trainees between 18 and 22, and the standard deviation is 2.48. Minimum
values of 15.99 are below the normal range, which belongs to malnutrition, a phenomenon that is
increasingly occurring in our country and the world. While the maximum values of 32.00 fall into
obesity of the fi
 rst degree. In Serbia, about 17% of women are obese or overweight, and it is not the
case with the research in 2015, that is to say the percentage of obese women is signifi
 cantly lower.
Majority of samples from 2015, about the experience in practice, belongs to a group with less
prior experience (58.09%) and extensive experience in practice (35.24%), while a minority (6.67%)
had no previous experience before starting with group fi
 tness programs.
Th
 e level of their physical abilities the trainees of group fi
 tness programs have characterized
the average level of ability in considerate extent (70.48%), while the number of those who identify
themselves with a level above average (17.14%) and high (9.52%). Th
 e low level of capacity (0%) and
below the average (2.86%), almost insignifi
 cant number.
Each trainee practiced on average in three fi
 tness clubs before fi
 tness club where they
practiced some form of group fi
 tness programs. As for the sports experience, on average,
every woman has had a contact with two sports before practicing group fi
 tness programs.
A slightly higher number appears when it comes to instructors of group fi
 tness programs, with a
minimum number of 1 and a maximum of 12. On average, each trainee has changed 4 instructors
that led some type of group fi
 tness programs.
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Dunja Antić, Dušan Mitić
During 2015, in the manifest area all basic motivation variables are strongly expressed:
• useful to health 4.83,
• improvement of physical condition 4.69,
• because after exercise I feel reduction in psychological tension 4.66,
• I would have more beautiful figure 4.63,
• vitality, enjoyment of exercise ...
Table 1. The top ten ranked motives from 2015
Motivation variable
Range Average
Because I am sure it is beneficial for my health
1
4,83
In order to improve my physical condition
2
4,69
Because I feel less tense after exercising
3
4,66
In order to have better body
4
4,63
Because I feel better after exercising
5
4,57
Because I want to be vital and beautiful as long as possible
6
4,48
Because I enjoy exercising
7
4.47
Because I enjoy exercising with music
8
4,43
Because I feel physically and spiritually better in group exercising 9
4,41
Because women who exercise have better body shape
10
4,36
From Chart 1 we see the first ten motives that are the reason for women group fitness programs
in 2015. It is commendable, as is the large number of trainees have to be regularly engaged in group
fitness programs, as well as attitudes towards dealing with the same. The importance of practicing
physical activity on health is increasingly recognizable, so it is not surprising that we find the fact
that this is one of the strongest motives for participation of women in group fitness programs. The
percentage of difference between the other nine motives is small, so it can be concluded that women
are equally aware of the positive impact of physical activity on their physical and spiritual health and
relaxation.
Table 2. Explanation of variance in the factor analysis
COMPONENT
INITIAL VALUE
SUMS OF LOAD SQUARES
ROTATION OF THE SUMS OF
LOAD SQUARES
Total
% Vari-
ances
Cumulative
%
Total
% Variances
Cumulative
%
Total % Variances
Cumulative
%
1
21.780
45.374
45.374
21.780
45.374
45.374
19.877
41.411
41.411
2
4.590
9.563
54.937
4.590
9.563
54.937
6.216
12.949
54.360
3
1.913
3.984
58.921
1.913
3.984
58.921
2.121
4.418
58.778
4
1.785
3.719
62.640
1.785
3.719
62.640
1.854
3.862
62.640
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Motivation of Women for Group Fitness Programs
In the latent space 4 independent factors that explain 62.5% of the total variance of the system
(Chart 2) have been allocated. We separated factors with draft names as follows:
•	Self-actualization 41,4%,
•	Psychological relaxation 12,9%,
•	The influence of propaganda 4,4%,
•	Satisfaction 3,8%.
The factor that stands out with the highest percentage of the share of 41.4% is self-actualization,
from which we conclude that women are guided by accepting and manifestation of the inner self,
that is to say, achievement of the full development of personal potentials. According to Maslow, this
is a basic human motive.
Another motive is psychological relaxation with 12.9%, indicating that the trainees have been
aware of the positive impact of their sports activities not only on physical, but also on mental health
and relaxation. Also, in addition to awareness of this fact, they find in it a driving force for dealing
with group fitness programs.
Nowadays the influence of commercials (4.4%) is inevitable, but the percentage shows that
this factor has no major impact on the motivation of women to become involved in group fitness
programs as previously mentioned inner motives have. Independent satisfaction factor, though, with
its 3.8% makes a small share of 62.5% of the total variance of the system, certainly provides a clear
picture that the women have chosen some form of group fitness programs as a mean to meet their
internal needs.
For the purposes of further analysis of association between motivations for group exercise with
other sociodemographic characteristics, motivation for exercise is classified into three categories.
The motives collectively appear in the greatest number in the range of from 120 to 180, of the
maximum of 250, and with the average of 171.63 and a standard deviation of 33.84. By dividing the
motives collectively, three categories are obtained:
•	low,
•	medium,
•	strong motives.
41% of women belong to the second category, with medium motives, while the low and strong
motives have an equal amount of 29.5%. From the results we can conclude that the trainees have
been well motivated for participation in group fitness programs.
Table 3. Correlation between age categories and motives
catmot
Total
1,00
2,00
3,00
Cat.age
1,00
Calculated %
in catage
5
11
19
35
14.3%
31.4%
54.3%
100.0%
2,00
Calculated%
in catage
16
17
9
42
38.1%
40.5%
21.4%
100.0%
3,00
Calculated %
in catage
10
15
3
28
35.7%
53.6%
10.7%
100.0%
Total
Calculated %
in catage
31
43
31
105
29.5%
41.0%
29.5%
100.0%
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Conference Procedings
Dunja Antić, Dušan Mitić
1. Women in the first category i.e. younger age have expressed medium and strong motives
with a total of 85.7%, while only 14.3% of low motives for engaging in group fitness programs.
2. 78.6% are medium and strong motives of middle aged women, while 21.4% are low motives.
3. With the ages (older age) there is a change in the strength of the motives, and the highest
percentage belongs to low and medium, and only 10.7% to strong motives.
CONCLUSION
In a sample of 105 women in Belgrade who exercised regularly in 2015, the most important
motives are manifested in the manifest space: 4.83 useful to health, improvement of physical
condition 4.69, feeling of reduction of psychological tension 4.66, for more beautiful figure 4.63,
vitality, enjoyment of exercise. By factor analysis rotations in latent space four independent factors
stand out that explain 62.5% of the total variance of the system. Separated factors with draft names
are: self-actualization 41.4%, 12.9% psychological relaxation, the influence of commercials 4.4%
and 3.8% satisfaction. The strength of the motives of women who were involved in group fitness
programs in 2015 is different in relation to age categories. From the research conducted, it is shown
that younger and middle aged trainees have expressed medium and strong motives with an average
of 79.65% and 17.85% of low motives. With the ages (older age) there is a change in the strength of the
motives, and the highest percentage belongs to low and medium, and only 10.7% to strong motives.
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Matic, M. (2005). The general theory of physical education. Belgrade: Faculty of Physical
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Mitic, D. (1994). Motivation for recreational exercise in women in Serbia. Research, Belgrade
Pekovic, N. (2000). Practicing with musical accompaniment in the optional classes of students
of Belgrade University. Diploma thesis, Belgrade Faculty of Sport and Physical Education
Relac, M. (1975). Recreation physical training in the work process. Zagreb: Sports tribunes, p. 10
Relac, M. (1975). The concept, definition and implementation of recreation in the SR BiH.
Zagreb: Kinesiology, p. 21st
Rot, N. (1978). General Psychology. Belgrade: Institute for textbooks.
Stefanovic, V. (1980). Education and Sports. Belgrade: Sports books.
Stojiljkovic, S. (1995). Program of recreation sports and recreation centers of Belgrade and
motivation of students for exercise. Master Thesis, Belgrade Faculty of Sport and Physical Education.
Teofilovic, N. (2012). Individual program of recreation for patients with cardiovascular
diseases. The final work, Belgrade Faculty of Sport and Physical Education.
Havelka N. and Lazarevic, Lj. (1980). The motivation for sports. Belgrade: JFZKMS.
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UDK 371.8
KVALITET ŽIVOTA DECE I OMLADINE ŠKOLSKOG UZRASTA
Ružena Popović¹, Evdokia Samouilidou², Milan Dolga³
1Fakultet  Sporta i fizičkog vaspitanja, Univerzitet u Nišu, Srbija
2Ministarstvo Obrazovanja, Odelenje za Istraživanja i Religijska pitanja, Severno-Egejski Region,
Grčka
3“Smart-Line” Agencija za multivarijantnu analizu podataka, Novi Sad, Srbija
UVOD
Kvalitet života, kao termin u medicinskoj literaturi se pojavio krajem 70-tih godina XX. veka,
a kao predmet iztraživanja je doživeo veliku ekspanziju u poslednjoj deceniji XX. veka. Sa današnjeg
aspekta proučavanja ima značajno mesto u praksi zdravstvene zaštite i naučno-istraživačkom
radu. Razmatran je  i u okviru društvenih nauka, od strane sociologa koji kvalitet života vezuju za
materijalne uslove jedinke i osećanja u vezi sa tim. Za procenu kvaliteta života sociolozi koriste
skup parametara među koje spadaju telesno i emocionalno stanje, vitalnost, funkcionalnost, lična
i duhovna ispunjenost, adekvatnost stanovanja i ishrane, zaposlenost, socijalna integrisanost,
socijalno okruženje i podrška društvene okoline (Sociološki rečnik, 2007: 281). Sa razvojem društva,
razvijaju se i indikatori kvaliteta života, tako da se pored materijalnih uslova procenjuju i duhovne
vrednosti, kao što su zadovoljstvo, lični razvoj i pripadnost zajednici. Subjektivni indikatori kvaliteta
života imaju veze sa osećanjima, odnosno, emocionalnim blagostanjem i životnim zadovoljstvom,
dok se objektivno stanje procenjuje ekonomskim indikatorima.
Veliko interesovanje za kvalitet života, u okviru medicine, uslovljen je razvojem nauke o
zdravlju i zdravstvenoj zaštiti, od momenta kada je WHO (Svetska zdravstvena organizacija)
definisala zdravlje kao «Stanje potpunog fizičkog, mentalnog i socijalnog blagostanja, a ne samo
odsustvo bolesti i onesposobljenosti» (navod prema Kvrgić, S., 2001:10). Mada je ideja o procenjivanju
kvaliteta života široko prihvaćena od strane istraživača različitih oblasti, nema jedinstvene definicije.
Usled toga i indikatori kvaliteta života nisu jasno određeni, već obuhvataju širok spektar  različitih
mera, pri čemu su male razlike između skala za procenu kvaliteta života i onih za merenje ukupnog
zdravlja. Ipak, najveći broj autora posmatra kvalitet života kao kompleksnu funkciju koja sadrži više
oblasti ili domena u životu i radu individue, uključujući fizičke i socijalne funkcije, mentalni status,
težinu simptona, ili zdravstvenu oslabljenost i ličnu percepciju zdravlja. Predmet ove pilot studije
je uporedno sagledavanje kvaliteta života dece školskog uzrasta, sa aspekta mogućnosti primene
fizičke aktivnosti kod dece sa zdravstvenim tegobama i prikaz trenutnog stanja kod uzorka ispitanika
različitog etničkog porekla. Zdravstvena oslabljenost se manifestuje slabljenjem ili ograničenjem
fizičke, čulne i mentalne funkcije, ili funkcije delovanja unutrašnjih organa, koje brane aktivno i
punopravno učešće takvih pojedinaca u fizičkom vaspitanju i sportu. Ključni problem, kao i
celokupna problemska orijentacija ovog istraživanja, vezuje se za analizu 11 tematskih celina (C1)
-(C11) odnosno pojedinih segmenata upitnika (Q) za procenu Zdravlja i kvaliteta života (HSW)
učenika viših razreda osnovne škole. U Konvenciji o pravima deteta, usvojenoj (1989) od strane UN
(Ujedinjenih nacija), ističe se da deca imaju pravo na zdravlje i blagostanje. Otuda je cilj ove pilot
studije ispitivanje stavova učenika viših razreda osnovne škole, primenom adaptiranog  jedinstvenog
upitnika. Shodno tome, u istraživanju su postavljeni operativni zadaci: da se prikažu uporedni
parametri pojedinih obeležja/stavki u okviru I. (C1)  do  (C11) XI. segmenta upitniku, u odnosu na
stavove dve grupe ispitanika različitog etničkog porekla; b) da se utvrde razlike između stavove dve
grupe ispitanika u odnosu na primenjene stavke u okviru pojedinih segmenta (C1) do (C11) upitnika;
c) da se definišu karakteristike svakog sub-uzorka ispitanika, u odnosu na primenjene stavke u oviru
pojedinih segmenata (C1) do (C11) upitnika; d) da se odredi doprinos celina (C)  karakteristikama
grupa različitog etničkog porekla.Uzimajući u obzir prethodna iskustva, osnovu problema, predmeta
i ciljeva istraživanja, kao i metodološki pristup u ovom istraživanju, mogu se postaviti osnovne
hipoteze:
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Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
•
H0
Ne postoji razlika između „grupa ispitanika” (različitog etničkog porekla), u odnosu
na ispitivane stavke u okviru pojedinih segmenata upitnika Q (HSW), definisanih kao
celine C1) - C11).
•
A0
Postoji razlika između „grupa ispitanika” u odnosu na ispitivane stavke u okviru
pojedinih segmenata upitnika Q (HSW), definisanih kao celine C1) - C11).
S’ obzirom na mali broj istraživanja, sprovednih u ovoj oblasti u našoj zemlji, koja se bave
merenjem kvaliteta života dece, ovo istraživanje je delimično zasnovano na modelu, koji je realizovala
Kvrgić, S. (2001) i publikovala kao monografiju Kvalitet života školske dece i omladine (priređena
magistarska teza «Procena zdravlja i kvaliteta života školske dece i omladine u Jugoslaviji», koje se
smatra za prvo istraživanje ove vrste u bivšoj Jugoslaviji.
Sledeće značajno istraživanje u ovoj oblasti je sprovedeno od strane Samuilidou, E. (2004) i
publikovano  kao monografija Stimulacija motornog razvoja učenika sa mentalnom retardacijom
(priređena  doktorska teza «Značaj programiranog somatopedskog tretmana u procesu profesionalnog
osposobljavanja hendikepiranih učenika» odbranjena 2001. godine na Defektološkom fakultetu u
Beogradu.
METOD
Za razliku od prikazanog modela, u ovoj pilot studiji je primenjena verzija Upitnika koja se
odnosi na sagledavanje komponenti zdravlja samo od strane dece školskog uzrasta. Posmatrane
promenljive su obeležja/stavke. Obeležja u odnosu na koja se deli uzorak na subuzorke/grupe su
kriterijumska obeležja. Više obeležja, koja su međusobno smisleno povezana i čine logičnu celinu
(C), zovu se jednostavno „celina” (segment/skala). Sve posmatrane tematske celine čine prostor
istraživanja. Analiziraće se razlika u odnosu na kriterijum grupe različitog etničkog porekla.
Povezanost sa socijalno-demografskim karakteristikama nije ispitivana, niti je prikazan socijalni
status roditelja, kao uvodni deo upitnika.
Ispitanici
Analizirano je 45 ispitanika, učenika viših razreda osnovne škole, oba pola, podeljen u dva
sub-uzorka/grupe u odnosu na njihovo različito etničko poreklo: GRE-1 (N=15), učenici stranog/
grčkog državljanstva (sa Krita) i SRB-2 (N=30), učenici domaćeg/srpskog državljanstva (iz Niša).
Instrument istraživanja
Upitnik (Q) je konstruisan za procenu kvaliteta života, zdravlja i socijalnog blagostanja
(HSW), dece oba pola, školskog uzrasta. Uvodni deo upitnika sadrži stavke (1-7) koje se odnose
na neke socijalno-demografske pokazatelje u vezi članova porodice ispitanika (oca, majke), koji u
ovoj pilot studiji nisu prikazani.   Ostali deo Upitnika (Q) se odnosi na izjašnjavanje ispitanika u
pogledu pojedinih segmenata/ celina (C), kojih ima ukupno 11, a ponuđena su četiri modaliteta
(stepena) izjašnjavanja, tipa Likert-a, intenziteta od 1 do 4. Nazivi i opisi pojedinih skala (u ovoj
studiji) navedeni su prema Kvrgić, S. (2001): str. 22-24 (Izvor: The CHQ User’s Manual. Landgraf,
Ware, Abetz, 1996).
Prostor istraživanja
Prostor ovog istraživanja sadrži 11 tematskih celina (C1 – C11)  koje su analizirane u odnosu na
različite „grupe“ vezano za etničku pripadnost (GRE-1; SRB-2):
C1 – Skala fizičkog funkcionisanja, koju  čine stavke: SFF8, SFF9, SFF10;
C2 – Skala ostvarivanja socijalne uloge (zavisno od fizičkog zdravlja), koju    čine stavke: SSR11,
SSR12;
C3 –  Skala globalnog zdravlja, koju  čine stavke: SGH13, SGH14, SGH15;
C4 – Skala telesnog bola, koju  čine stavke: SBP16, SBP17;
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C5 – Skala psihološkog uticaja na roditelje, koju  čine stavke: SPI18, SPI19.
C6 – Skala ostvarivanja socijalne uloge - zavisno od emocionalnog stanja i ponašanja, koju  čine
stavke: SSR20, SSR21, SSR22, SSR23;
C7 – Skala samoprocene, koju  čine stavke: SES24, SES25, SES26, SES27, SES28;
C8 – Skala mentalnog zdravlja, koju  čine stavke: MHS29, MHS30;
C9 – Skala ponašanja, koju  čine stavke: BHS31, BHS32, BHS33;
C10 – Skala porodičnih aktivnosti i porodične povezanosti, koju  čine stavke: SFR34, SFR35,
SFR36;
 C11 – Skala promena u zdravlju, koju  čini stavka/item: SHC37.
Statistička obrada podataka
Podaci su obrađeni odgovarajućim matematičko-statističkim postupcima, potpuno
različitim u odnosu na one, primenjene u istraživanju Kvrgić, S. (2001), tako da nisu prikladni za
uporednu analizu. Primenjeni postupci i njihov redosled primene imaju svoje mesto u naučno-
istraživačkom radu. Redosled primene postupaka je od izuzetne važnosti, kako za zaključivanje,
tako i za blagovremenu eliminaciju i uključivanje pojedinih obeležja, koja će omogućiti kvalitetnije
tumačenje rezultata istraživanja. Analiza je sprovedena u tri koraka i to: testirnje hipoteza o sličnosti
ili razlikama, određivanjem mere razlika sa definisanjem karakteristika i grafičkim prikazom (koji je
izostao, zbog ograničenog obima rada).
Obeležja celina (C), sa navedenim stavkama imaju neparametrijska svojstva i analizirane
su neparametrijskim postupcima,  prema učestalosti modaliteta. Primenjeni su i multivarijantni
postupci: multivarijantna analize varijanse i diskriminativna analiza. Od univarijantnih postupaka
primenjen je Roy-ev test, Pirsonov koeficijent kontingencije (c), koeficijent multiple korelacije (R).
Pri testiranju hipoteza koristi se kritična vrednost p, koja predstavlja rizik zaključivanja.
Ako je p > 0.1 nema razloga da se ne prihvati početna hipoteza. Za odbacivanje početne hipoteze
ustanovljena su dva praga značajnosti. U slučaju kada je 0.1 > p > 0.05 prihvata se alternativna
hipoteza sa povećanim rizikom zaključivanja, kada je p < 0.05 prihvata se alternativna hipoteza i
tada postoje značajne (signifikantne) razlike.
• Postupkom multivarijantne analize varijanse (MANOVA) se testira hipoteza H1
H1
Ne postoje značajne razlike između „grupa” za posmatranu tematsku celinu.
A1
Postoje značajne razlike između „grupa” za posmatranu tematsku celinu.
• Postupkom diskriminativne analize (DISCRA) se testira hipoteza H2
H2
Ne postoji jasno definisana granica između „grupa” za posmatranu tematsku celinu.
A2
Postoji jasno definisana granica između „grupa” za posmatranu tematsku celinu.
• Postupkom univarijantne analize  ili Roy-evog testa se testira hipoteza H3
H3
Ne postoji značajna razlika između „grupa” po pojedinim obeležjima.
A3
Postoji značajna razlika između „grupa” po pojedinim obeležjima.
REZULTATI
Da bi se izbeglo gubljenje informacija  na neparametrijskim veličinama, izvršeno je skaliranje
podataka na tabelama kontingencije. Ovim postupkom je, na osnovu učestalosti, svakoj klasi
pridružen realan broj, koji odražava intenzitet modaliteta stavke u okviru pojedinih segmenata
upitnika.
Napomena: Nazivi i opisi pojedinih skala, sa blagim korekcijama, navedeni su prema Kvrgić,
S. (2001): 22-25 (Izvor: The CHQ User’s Manual. Landgraf, Ware, Abetz, 1996).
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Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Uporedni prikaz pojedinih segmenata Q HSW i stavki u odnosu na različite „grupe”
•
C1 – SKALA FIZIČKOG FUNKCIONISANJA -  meri prisustvo i obim fizičkih ograničenja,
uslovljenih zdravstvenim problemima, a obuhvata 3 važne dimenzije: samobrigu, pokretljivost
i aktivnosti koje iziskuju veće napore. Prisustvo i stepen limitacije se procenjuje na 4-stepenoj
skali od „da, dosta je limitirano” do „ne, nije limitirano”
. Nizak skor označava da zdravstveni
problemi znatno ograničavaju dete u izvođenju svih fizičkih aktivnosti (FA), dok visok skor
znači da dete izvodi FA bez ograničenja (Tabela 2-4).
•
C2 – SKALA OSTVARIVANJA SOCIJALNE ULOGE – ZAVISNO OD FIZIČKOG
ZDRAVLJA - ranije  procenjivana na osnovu izostanaka iz škole, danas se smatra da je
od izuzetnog značaja sposobnost socijalizacije i slaganja sa drugima. Na 4-stepenoj
skali procenjuje se u kojoj meri fizičko zdravlje remeti  svakodnevne školske aktivnosti i
aktivnosti sa drugovima. Nizak skor označava visok stepen limitacije, dok visok skor znači
da ograničenje ne postoji (Tabela 10-11).
•
C3 –  SKALA GLOBALNOG ZDRAVLJA - U ovom delu Q  ispitanici subjektivno procenjuju
prošlo, sadašnje i buduće zdravstveno stanje, kao i podložnost bolestima, izražavajući svoju
saglasnost sa stavovima na 4-stepenoj skali. Nizak skor znači da je dečije zdravlje sagledano
kao loše, sa tendencijom pogoršanja, dok visok skor ukazuje na odlično zdravlja i verovanje
da će takvo i ostati (Tabela 17-19).
•
C4 – SKALA TELESNOG BOLA - uključuje stavke, predviđene da mere intenzitet i
učestalost bola, kao indikatora fizičkog zdravlja. Intenzitet bola se procenjuje kroz odgovore
koji variraju od “nema bola” do “prisutan veoma jak bol” (sa vremenskim ograničenjem
na poslednje 4 nedelje, od dana anketiranja). Nizak skor znači da dete ima ekstremno jak,
učestao i ograničavajući bol, dok visok skor govori o odsustvu bola ili ograničenja (Tabela
25-26).
•
C5 – SKALA UTICAJA NA RODITELJE -  Istraživanja ukazuju da postoji direktna korelacija
između procenjenog zdravlja deteta i stepena do kog se roditelj oseća fizički i emocionalno
pogođen.  Da bi se izmerio uticaj dečijeg zdravlja na roditelje, konstruisane su i objedinjene
dve skale: Skala vremenskog uticaja i Skala emocionalnog uticaja. Skala vremenskog uticaja
meri koliko je ograničeno vreme koje roditelj posvećuje sebi zbog dečijeg fizičkog zdravlja,
emocionalnih problema, sposobnosti pažnje ili učenja, sposobnosti da se slaže sa drugima
i dečijeg ponašanja. Skala je 4-stepena, a odgovori se kreću od „da, dosta je limitirano” do
„ne, nije limitirano”
. Nizak skor označava visok stepen limitacije u vremenu raspoloživom
za lične potrebe, zbog dečijeg fizičkog i/ili psihosocijalnog zdravlja. Visok skor znači da
roditelj ne doživljava takva ograničenja. Skala emocionalnog uticaja govori o patnji i brizi
roditelja zbog dečijeg zdravlja. Nizak skor označava znatnu emocionalnu patnju i veliku
brigu zbog dečijeg fizičkog i/ili psiho-socijalnog zdravlja, dok visok skor znači da briga i
patnja ne postoje (Tabela 32-33).
•
C6 –
SKALA
OSTVARIVANJA
SOCIJALNE
ULOGE
–
ZAVISNO
OD
EMOCIONALNOG
STANJA I PONAŠANJA -  Za ostvarivanje socijalne uloge, koja podrazumeva svakodnevne
aktivnosti, pored fizičkog zdravlja, od značaja je emocionalno stanje i ponašanje. Skale koje
mere ovaj uticaj konstruisane su kao 4-stepene i mogu biti odvojene i jedinstvene koje
govore o kombinovanom uticaju emocija i ponašanja na ostvarivanje socijalne uloge. Nizak
skor znači da je dete, zbog svog ponašanja ili emocionalnih problema, znatno limitirano u
vršenju školskih ili ostalih svakodnevnih aktivnosti sa prijateljima, dok visok skor znači da
limitacija ne postoji (Tabela 39-42).
•
C7 – SKALA SAMOPROCENE -  Samoprocena je multidimenzionalni fenomen koji
se pojavljuje u vreme pre-adolescencije, a uključuje 3 esencijalne komponente: socijalnu
sigurnost,  školske sposobnosti i samopoštovanje.  Skala je konstruisana kao 4-stepena i obuhvata
sledeće dimenzije: zadovoljstvo školskim i fizičkim sposobnostima; zadovoljstvo izgledom;
sposobnost slaganja sa drugovima i sa članovima porodice;  zadovoljstvo celokupnim
životom. Odgovori variraju od «veoma zadovoljan» do «veoma nezadovoljan», pri čemu
nizak skor  ukazuje na veoma nezadovoljno dete, dok visok skor ukazuje na zadovoljnstvo
sposobnostima, izgledom, porodičnim odnosima i životom uopšte (Tabla48-52).
•
C8 – SKALA MENTALNOG ZDRAVLJA - Meri učestalost pozitivnih i negativnih stanja.
Za analizu učestalosti korišćena je 4-stepena skala intenziteta, na kojoj odgovori variraju
od «stalno» do «nikad». Nizak skor mentalnog zdravlja govori o osećanju anksioznosti i
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Zbornik radova
Kvalitet života dece i omladine školskog uzrasta
depresije koji su prisutni stalno, dok visok skor znači da je dete smireno i srećno (Tabela
58-59).
•
C9 – SKALA PONAŠANJA - Učestalost problema vezanih za ponašanje procenjuje se na
4-stepenoj skali intenziteta, čiji odgovori variraju od «veoma često» do «nikad». Skala je
tako dizajnirana da obuhvata 4 dimenzije ponašanja: agresiju, delinkvenciju, hiperaktivnost
i socijalnu odbačenost. Nizak skor upućuje na agresivno, nezrelo i delinkventno ponašanje
deteta, dok visok skor znači da dete nikada ne ispoljava takvo ponašanje (Tabela 65-67).
•
C10 – SKALA PORODIČNIH AKTIVNOSTI I PORODIČNE POVEZANOSTI -
Porodična situacija je od izuzetnog značaja za dečije zdravlje, a takođe se zna da  zdravstveno
stanje deteta može uticati na porodične odnose. Ovim upitnikom autori su želeli da procene
nivo ograničenja koji porodica doživljava zbog dečijeg zdravlja. Ova 4-stepena skala
intenziteta,  dizajnirana je tako da meri učestalost poremećaja/ograničenja u uobičajenim
porodičnim aktivnostima koje mogu biti uslovljene fizičkim i/ili emocionalnim problemima,
kao i poremećajima pažnje i ponašanja deteta. Odgovori se kreću u rasponu od «često» do
«nikad», pri čemu nizak skor znači da dečije zdravlje često remeti porodične aktivnosti ili
je uzrok porodične tenzije, dok visok skor označava da dečije zdravlje nikada nije uzrok
tenzije, niti remeti uobičajene aktivnosti. Za procenu povezanosti u porodici razvijen je
poseban item, gde ispitanik treba da odgovori koliko se dobro članovi porodice slažu među
sobom, pri čemu odgovori variraju od “odlično” do “loše”
. Nizak skor znači da je sposobnost
slaganja ocenjena kao loša, a visok skor upućuje na odličnu sposobnost slaganja (Tabela 73-
75).
•
C11 – SKALA PROMENA U ZDRAVLJU - Ovom skalom registruju se promene u zdravlju
u odnosu na prethodnu godinu. Odgovori se kreću od “mnogo bolje sad” do “mnogo lošije
sad”
, tako da nizak skor govori o pogoršanju, a visok skor o poboljšanju zdravlja (Tabela 81).
Napomena: Za sve skale, osim za promene u zdravlju, porodičnu povezanost i globalno zdravlje
koristi se period sećanja od 4 nedelje. Promene u zdravlju procenjuju se u odnosu na prethodnu
godinu, dok se za ostale dve skale period sećanja ne koristi.
Tabela 1-4. Brojčana (n) i procentualna (%) zastupljenost modaliteta  stavki I. segmenta Q
Tabela 2
FF08 -  Da li je samobriga učenika ograničena zbog zdravstvenog stanja?
Modalitet
FF08 (2)
FF08 (3)
FF08 (4)
Stav
većinom ograničena
delimično ograničena
nema ograničenja
Abs/Rel Frq
n
%
n
%
n
%
GRE-1
6.
40.0*
5.
33.3
4.
26.7
SRB-2
1.
3.3
7.
23.3
22.
73.3*
Tabela 3
FF09 -  Koliko su svakodnevne aktivnosti ograničene zbog zdravstvenog stanja
učenika?
Modalitet
FF09 (2)
FF09 (3)
FF09 (4)
Stav
povremeno ograničene
malo ograničene
nema ograničenja
Abs/Rel
n
%
n
%
n
%
GRE-1
7.
46.7*
3.
20.0
5.
33.3
SRB-2
4.
13.3
2.
6.7
24.
80.0*
Tabela 4
FF10 -  Koliko zdravstveno stanje učenika utiče na izvođenje fizičkih aktivnosti
većeg napora?
Modalitet
FF10 (1)
FF10 (2)
FF10 (3)
FF10 (4)
Stav
potpuno
povremeno
delimično
nema ograničenja
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3*
4.
26.7*
6.
40.0
SRB-2
2.
6.7
3.
10.0
2.
6.7
23.
76.7*
500
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Tabela 3-11. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki II. segmenta Q
Tabela 4
SSR11 - U kojoj meri fizičko zdravlje remeti svakodnevne školske aktivnosti
učenika?
Modalitet
SSR11 (2)
SSR11 (3)
SSR11 (4)
Stav
povremeno ograničenje
delimično ograničenje
nema ograničenja
Abs/Rel
n
%
n
%
n
%
GRE-1
4.
26.7
6.
40.0*
5.
33.3
SRB-2
6.
20.0
5.
16.7
19.
63.3*
Tabela 51
SSR12 - U kojoj meri fizičko zdravlje remeti svakodnevne aktivnosti sa
prijateljima?
Modalitet
SSR12 (1)
SSR12 (2)
SSR12 (3)
SSR12 (4)
Stav
kompletno
ograničava
povremeno
ograničava
delimično ograničava
ne
ograničava
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7
7.
46.7*
4.
26.7
SRB-2
3.
10.0
5.
16.7
1.
3.3
21.
70.0*
Tabela 6-19. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki  III. segmenta Q
Tabela  7
SGH13 - Kakva je subjektivna procena zdravlja učenika u protekloj godini?
Modalitet
SGH13-(2)
SGH13-(3)
SGH13-(4)
Stav
povremeno slabo
većinom dobro
odlično
Abs/Rel
n
%
n
%
n
%
GRE-1
2.
13.3*
8.
53.3
5.
33.3
SRB-2
0.
.0
14.
46.7
16.
53.3
Tabela 18
SGH14 - Kakva je subjektivna procena trenutnog zdravstvenog stanja učenika?
Modalitet
SGH14-(2)
SGH14-(3)
SGH14-(4)
Stav
podložan bolestima
dobro, sa tendencijom
poboljšanja
odlično
Abs/Rel
n
%
n
%
n
%
GRE-1
5.
33.3*
5.
33.3
5.
33.3
SRB-2
3.
10.0
7.
23.3
20.
66.7*
Tabela 19
SGH15 -  Kakva je subjektivna procena budućeg zdravstvenog stanja učenika?
Modalitet
SGH15-(1)
SGH15-(2)
SGH15-(3)
SGH15-(4)
Stav
loše,  sa pogoršanjem
dobro, sa tendencijom
poboljšanja
vrlo dobro
biće izvrsno
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
7.
46.7*
3.
20.0
5.
33.3
SRB-2
2.
6.7
3.
10.0
8.
26.7
17.
56.7
501
Zbornik radova
Kvalitet života dece i omladine školskog uzrasta
Tabela 8-26. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki  IV. segmenta Q
Tabela 9
SBP16 -  Kakva je subjektivna procena bola, kao indikatora zdravstvenog
statusa učenika?
Modalitet
SBP16-(1)
SBP16-(2)
SBP16-(3)
SBP16-(4)
Stav
prisutan jak bol
manji bol
nelagodnost
nema bola
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
2.
13.3
4.
26.7
6.
40.0*
3.
20.0
SRB-2
1.
3.3
7.
23.3
3.
10.0
19.
63.3*
Tabela 26
SBP17 -  Kakva je subjektivne procene učestalosti bola,  kao indikatora
zdravstvenog statusa?
Modalitet
SBP17-(2)
SBP17-(3)
SBP17-(4)
Stav
bol prisutan skoro svaki
dan
povremena nelagodnost
nema  bola
Abs/Rel Frq
n
%
n
%
n
%
GRE-1
1.
6.7
11.
73.3*
3.
20.0
SRB-2
2.
6.7
10.
33.3
18.
60.0*
Tabela 10-33. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki kod V. segmenta Q
Tabela 11
SPI18 -  Kako učenici procenjuju ograničeje  vremena za lične potrebe roditelja
zbog dečijeg fizičkog i psiho-socijalnog zdravlja?
Modalitet
SPI8-(1)
SPI18-(2)
SPI18-(3)
SPI18-(4)
Stav
da, limitirano je
povremeno  limitirano
delimično
limitirano
nije ograničeno
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3*
8.
53.3*
2.
13.3
SRB-2
18.
60.0*
2.
6.7
6.
20.0
4.
13.3
Tabela 33
SPI19 -  Kako učenici procenjuju roditeljsku patnju i brigu, zbog dečijeg
fizičkog i/ili psiho-socijalnog zdravlja?
Modalitet
SPI19-(1)
SPI19-(2)
SPI19-(3)
SPI19-(4)
Stav
velika emocionalna
zabrinutost
razumna briga
blaga
zabrinutost
nema
zabrinutosti
ABS/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
3.
20.0
8.
53.3*
4.
26.7
0.
.0
SRB-2
2.
6.7
6.
20.0
14.
46.7
8.
26.7*
Tabela 12-42.  Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki VI. segmenta Q
Tabela 13
SSR20 -  Koliko je limitirano obrazovanje i školske obaveze učenika, zbog zdravlja?
Modalitet
SSR20-(2)
SSR20-(3)
SSR20-(4)
Skala
povremeno ograničenje
delimično ograničenje
nema ograničenja
Abs/Rel Frq
n
%
n
%
n
%
GRE-1
5.
33.3
10.
66.7*
0.
.0
SRB-2
4.
13.3
10.
33.3
16.
53.3*
Tabela 40
SSR21 -  Koliko su ograničene aktivnosti sa vršnjacima zbog medicinskih razloga?
Modalitet
SSR21-(1)
SSR21-(2)
SSR21-(3)
SSR21-(4)
Skala
potpuno ograničene
povremeno ograničene
malo ograničene
nema ograničenja
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3
10.
66.7*
0.
.0
SRB-2
2.
6.7
7.
23.3
2.
6.7
19.
63.3*
Tabela 41
SSR22 - Kakvo je emotivno stanje učenika zbog zdravstvenog ograničenja?
Modalitet
SSR22-(1)
SSR22-(2)
SSR22-(3)
SSR22-(4)
Skala
depresija
promenljivo raspoloženje
dobro raspoloženje
izvrsno raspoloženje
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
9.
60.0*
6.
40.0
0.
.0
SRB-2
1.
3.3
4.
13.3
10.
33.3
15.
50.0*
Tabela 42
SSR23 - Kakvo je ponašanje učenika u odnosu na ograničenja zbog zdravstvenih
uslova?
Modalitet
SSR23-(1)
SSR23-(2)
SSR23-(3)
SSR23-(4)
Skala
neprimereno
povremeni ispadi
primereno
pozitivno
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
6.
40.0*
9.
60.0*
0.
.0
SRB-2
1.
3.3
3.
10.0
7.
23.3
19.
63.3*
502
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Tabela 14-59. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki VIII. segmenta Q HSW
Tabela 15
MHS29 – Kako često je učenik zabrinut zbog sopstvenog mentalnog
zdravlja?
Modalitet
MHS29-(1)
MHS29-(2)
MHS29-(3)
MHS29-(4)
Stav
nikad
ponekad
skoro uvek
stalno
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7*
10.
66.7*
1.
6.7
SRB-2
2.
6.7
0.
.0
9.
30.0
19.
63.3*
Tabela 169
 MHS30 – Kako često je učenik sretan zbog svog fizičkog i medicinskog
statusa?
Modalitet
MHS30-(1)
MHS30-(2)
MHS30-(3)
MHS30-(4)
Stav
nikad
ponekad
skoro uvek
stalno
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7
10.
66.7*
1.
6.7
SRB-2
7.
23.3*
5.
16.7
10.
33.3
8.
26.7
Tabela 17-52. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki  VII. segmenta Q
Tabela 18
SES24 - Kako je student zadovoljan sopstvenim  akademskim  dostignućem?
Modalitet
SES24-(1)
SES24-(2)
SES24-(3)
SES24-(4)
Stav
jako
nezadovoljan
uglavnom nezadovoljan
većinom zadovoljan
jako zadovoljan
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
1.
6.7
13.
86.7*
1.
6.7
SRB-2
2.
6.7
1.
3.3
10.
33.3
17.
56.7*
Tabela 49
(SES25) Kako je učenik  zadovoljan svojim fizičkim sposobnostima?
Modalitet
SES25-(2)
SES25-(3)
SES25-4
Stav
većinom
nezadovoljan
većinom zadovoljan
jako
zadovoljan
Abs/Rel Frq
n
%
n
%
n
%
GRE-1
0.
.0
14.
93.3*
1.
6.7
SRB-2
1.
3.3
16.
53.3
13.
43.3*
Tabela 50
SES26 - Kako je učenik zadovoljan sopstvenim izgledom?
Modalitet
SES26-(1)
SES26-(2)
SES26-(3)
SES26-(4)
Stav
jako
nezadovoljan
većinom nezadovoljan
većinom zadovoljan
jako
zadovoljan
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
1.
6.7
13.
86.7*
1.
6.7
SRB-2
3.
10.0
2.
6.7
8.
26.7
17.
56.7*
Tabela 51
SES27 - Kakvo je slaganje učenika sa prijateljima i članovima porodice?
Modalitet
SES27-(2)
SES27-(3)
SES27-(4)
Stav
većinom nezadovoljno
većinom zadovoljno
jako zadovoljno
Abs/Rel Frq
n
%
n
%
n
%
GRE-1
1.
6.7
13.
86.7*
1.
6.7
SRB-2
4.
13.3
9.
30.0
17.
56.7*
Tabela 52
SES28 - Koliko je učenik zadovoljan sopstvenim  životom?
Modalitet
SES28-(1)
SES28-(2)
SES 28-(3)
SES28-(4)
Stav
jako
nezadovoljan
većinom nezadovoljan
većinom zadovoljan
jako zadovoljan
Abs/Rel Frq
n
%
n
%
n
%
n
%
GRE-1
0.
.0
2.
13.3
12.
80.0*
1.
6.7
SRB-2
1.
3.3
3.
10.0
5.
16.7
21.
70.0*
503
Zbornik radova
Kvalitet života dece i omladine školskog uzrasta
Tabela 19-67. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavki IX. segmenta Q
Tabela 20
(BHS31) - Koliko  često  učenik ispoljava  agresivno  ponašanje?
Modalitet
BHS31-(2)
BHS31-(3)
BHS31-(4)
Stav
često
ponekad
nikad
Abs/Rel
n
%
n
%
n
%
GRE-1
2.
13.3
12.
80.0*
1.
6.7
SRB-2
4.
13.3
13.
43.3
13.
43.3*
Tabela 216
BHS32 -  Kako često je učenik kažnjavan zbog delinkventnog ponašanja?
Modalitet
BHS32-(1)
BHS32-(2)
BHS32-(3)
BHS32-(4)
Stav
stalno
često
ponekad
nikad
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3*
9.
60.0*
1.
6.7
SRB-2
2.
6.7
0.
.0
8.
26.7
20.
66.7*
Tabela 67
BHS33 – Koliko  često  učenik ispoljava  hiperaktivnost/impulsivnost?
Modalitet
BHS33-(1)
BHS33-(2)
BHS33-(3)
BHS33-(4)
Stav
stalno
često
ponekad
nikad
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7
10.
66.7*
1.
6.7
SRB-2
1.
3.3
11.
36.7
8.
26.7
10.
33.3*
Tabela 22-75. Numerička (n) i procentualna (%) zastupljenost modaliteta stavki  X. segmenta Q
Tabela 23
SFR34 -  Kako učenikovo okruženje globalno procenjuje dečije ponašanje?
Modalitet
SFR34-(1)
SFR34(2)
SFR34-(3)
SFR34-(4)
Stav
loše
dobro
vrlo dobro
odlično
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3
9.
60.0*
1.
6.7
SRB-2
2.
6.7
5.
16.7
8.
26.7
15.
50.0*
Tabela 24
SFR35 -  Koliko dečije zdravlje remeti normalne porodične aktivnosti, ili stvara
porodičnu tenziju?
Modalitet
SFR35-(1)
SFR35-(2)
SFR35-(3)
SFR35-(4)
Stav
stalno
često
ponekad
nikad
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
1.
6.7
13.
86.7*
1.
6.7
SRB-2
1.
3.3
1.
3.3
7.
23.3
21.
70.0*
Tabela 25
SFR36 -  Kako se članovi učenikove porodice slažu međusobno?
Modalitet
SFR36-(1)
SFR36-(2)
SFR36-(3)
SFR36-(4)
Stav
loše
dobro
vrlo dobro
odlično
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
8.
53.3*
6.
40.0*
1.
6.7
SRB-2
2.
6.7
2.
6.7
5.
16.7
21.
70.0*
Tabela 26. Brojčana (n) i procentualna (%) zastupljenost modaliteta stavke XI. segmenta Q
Tabela 81
Kako učenik procenjuje promene u zdravlju tokom prošle godine?
Modalitet
SHC37-(1)
SHC37-(2)
SHC37-(3)
SHC37-(4)
Stav
mnogo gore sada
tendencija pogoršanja
tendencija poboljšanja
mnogo bolje sada
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
0.
.0
12.
80.0*
3.
20.0
SRB-2
1.
3.3
1.
3.3
12.
40.0
16.
53.3*
504
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
DISKUSIJA
Na osnovu izloženog, vidi se da je na skaliranim podacima moguća primena MANOVA-e,
DISCRA-e i drugih parametrijskih postupaka i metoda, a od univarijantnih postupaka primenjen je
Roy-ev test, Pirsonov koeficijent kontingencije (c) i  koeficijent multiple korelacije (R). Na osnovu
uporednih analiza i dobijenih vrednosti (F; p), odbacuju se hipoteze H1  i prihvataju se alternativne
hipoteze A1,  i A2,  što znači da postoji razlika i jasno definisana granica između  «grupa»  ispitanika
(GRE-1; SRB-2) kod svih segmenata Q,  koji procenjuje Zdravlje i socijalno blagostanje (HSW) i
Kvalitet života učenika
Tabela 27. MANOVA i DISCRA analiza  značajnosti razlike između „grupa“  u odnosu na skale ( Q)

(Q) HSW
Stavke
MANOVA
DISCRA
Segment/Skala
n
F
p
F
p
I. segment Q
3
6.739
.001
6.574
.001
II. segment Q
2
10.316
.000
11.583
.000
III. segment Q
3
3.634
.021
3.545
.023
IV. segment Q
2
6.190
.003
6.646
.003
V. segment Q
2
15.004
.000
17.684
.000
VI. segment Q
4
13.995
.000
13.995
.000
VII. segment Q
5
8.296
.000
7.981
.000
VIII. segment Q
2
16.001
.000
19.048
.000
XI. segment Q
3
14.649
.000
14.292
.000
X. segment Q
3
18.498
.000
18.046
.000
XI. segment Q
1
7.432
.009
7.259
.010
Izračunavanjem koeficijenta diskriminacije (k.dsk) izdvajaju se obeležja koja određuju
specifičnost sub-uzoraka i vrši se redukcija posmatranog prostora. Takođe, prikaz procene
homogenosti sub-uzoraka, i distance između njih ima za cilj bolje izučavanje posmatrana pojava.
505
Zbornik radova
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Tabela 28.Značajnost razlike između «grupa»  u odnosu na stavke pojedinih segmenata Q  prema
utvrđenim  koeficijentima diskriminacije (k.dsk)
I. segment
c
R
F
p
k.dsk
FF08
.470
.533
16.672
.000
.184
FF09
.418
.460
11.277
.002
.005
FF10
.411
.451
10.718
.002
.075
II. segment
c
R
F
p
k.dsk
SSR11
.289
.302
4.227
.046
.003
SSR12
.511
.595
23.043
.000
.451
III. segment
c
R
F
p
k.dsk
SGH13
.315
.332
5.189
.028
.012
SGH14
.328
.348
5.773
.021
.009
SGH15
.396
.431
9.563
.004
.097
IV. segment
c
R
F
p
k.dsk
SBP16
.424
.469
11.825
.001
.137
SBP17
.364
.390
7.551
.009
.035
V. segment
c
R
F
p
k.dsk
SPI18
.525
.617
25.846
.000
.550
SPI19
.429
.475
12.266
.001
.227
VI. segment
c
R
F
p
k.dsk
SSR20
.466
.527
16.154
.000
.016
SSR21
.593
.736
49.636
.000
.572
SSR22
.508
.590
22.425
.000
.150
SSR23
.537
.637
28.737
.000
.017
VII. segment
c
R
F
p
k.dsk
SES24
.474
.539
17.183
.000
.127
SES25
.372
.401
8.028
.007
.000
SES26
.506
.586
21.990
.000
.025
SES27
.476
.542
17.468
.000
.032
SES28
.549
.657
31.892
.000
.192
VIII. segment
c
R
F
p
k.dsk
MHS29
.549
.657
31.855
.000
.674
MHS30
.399
.435
9.781
.003
.149
IX. segment
c
R
F
p
k.dsk
BHS31
.361
.387
7.401
.009
.052
BHS32
.570
.694
38.961
.000
.823
BHS33
.382
.414
8.683
.005
.143
X. segment
c
R
F
p
k.dsk
SFR34
.434
.482
12.739
.001
.029
SFR35
.534
.632
27.947
.000
.400
SFR36
.566
.687
37.518
.000
.682
XI. segment
c
R
F
p
k.dsk
SHC37
.358
.384
7.259
.010
.173
Legenda: k.dsk je koeficijent diskriminacije (boldirane vrednosti ukazuju na stavke koje najviše
doprinose međugrupnoj diskriminaciji unutar pojedinih segmenata)
•
Kako je p < .1 kod svih stavki u okviru pojedinih segmenata Q, (između .046 - .000),
koeficijenat diskriminacije upućuje na stavke,  koje imaju najveći doprinos diskriminaciji
između grupa,  odnosno prihvata se alternativna hipoteza A3, to znači da postoji značajna
razlika između grupa ispitanika različitog etničkog porekla (sumarni prikaz u Tabeli 6). Na
osnovu vrednosti c2 - testa, postoji umerena povezanost  između grupa  i svojstava, s‘
obzirom na c  vrednosti.
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Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Karakteristike i homogenost grupa ispitanika u odnosu na modalitete stavki  Q HSW
Na osnovu dosadašnjih razmatranja i analize uzorka Totala od 45 ispitanika, u skladu sa primenjenom
metodologijom, određene su karakteristike  i homogenosti svake „grupe” ispitanika i distance između
njih. Činjenica da je primenom DISCRA-e analize utvrđena signifikantna međugrupna razlika kod svih
segmenata Q, znači da postoji jasno definisana granica između „grupa” i  moguće je odrediti njihove
karakteriske  u odnosu na primenjene stavke u okviru skala Q-HSW (sumarni prikaz u Tabeli 7).
Tabela 29.Karakteristike i homogenost”grupa”  u odnosu na  stavke pojedinih segmenta Q-HSW
I. Skala fizičkog funkcionisanja
GRE-1
SRB-2
dpr %
FF08
FF8-2*
FF8-4*
69.697
FF10
FF10-2*, FF10-3*
FF10-4*
28.409
FF09
FF9-2*
FF9-4*
1.894
n/m (hmg %)
10/15 (66.67)
25/30 (83.33)
II. Skala socijalne povezanosti
GRE-1
SRB-2
dpr %
SSR12
SSR12-3*
SSR12-4*
99.339
SSR11
SSR11-3*
SSR11-4*
.661
n/m (hmg %)
11/15 (73.33)
24/30 (80.00)
III.  Skala globalnog zdravlja
GRE-1
SRB-2
dpr %
SGH15
SGH15-2*
;;pt15;; je -,
82.203
SGH13
SGH13-2*
;;pt13;; je -,
10.169
SGH14
SGH14-2*
SGH14-4*
7.627
n/m (hmg %)
7/15 (46.67)
25/30 (83.33)
IV. Skala telesnog bola
GRE-1
SRB-2
dpr %
SBP16
SBP16-3*
SBP16-4*
79.651
SBP17
SBP17-3*
SBP17-4*
20.349
n/m (hmg %)
12/15 (80.00)
22/30 (73.33)
V. Skala psihološkog uticaja
GRE-1
SRB-2
dpr %
SPI18
SPI18-(2)*, SPI18-(3)*
SPI18-(1)*
70.785
SPI19
SPI19-(2)*
SPI19-(4)*
29.215
n/m (hmg %)
14/15 (93.33)
21/30 (70.00)
VI.  Skala socijalnih odnosa
GRE-1
SRB-2
dpr %
SSR21
SSR21-3*
SSR21-4*
75.762
SSR22
SSR22-2*
SSR22-4*
19.868
SSR23
SSR23-2*, SSR23-3*
SSR23-4*
2.252
SSR20
SSR20-3*
SSR20-4*
2.119
n/m (hmg %)
15/15 (100.00)
25/30 (83.33)
VII. Skala samoprocene
GRE-1
SRB-2
dpr %
SES28
SES28-3*
SES28-4*
51.064
SES24
SES24-3*
SES24-4*
33.777
SES27
SES27-3*
SES27-4*
8.511
SES26
SES26-3*
SES26-4*
6.649
SES25
SES25-3*
SES25-4*
.000
n/m (hmg %)
14/15 (93.33)
25/30 (83.33)
VIII. Skala mentalnog zdravlja
GRE-1
SRB-2
dpr %
MHS29
MHS29-2*, MHS29-3*
MHS29-4*
81.896
MHS30
MHS30-3*
MHS30-1*
18.104
n/m (hmg %)
14/15 (93.33)
25/30 (83.33)
IX.  Skala ponašanja
GRE-1
SRB-2
dpr %
BHS32
BHS32-2*, BHS32-3*
BHS32-4*
80.845
BHS33
BHS33-3*
BHS33-4*
14.047
BHS31
BHS31-3*
BHS31-4*
5.108
n/m (hmg %)
14/15 (93.33)
23/30 (76.67)
X. Skalu porodične aktivnosti i porodične povezanosti
GRE-1
SRB-2
dpr %
SFR36
SFR36-2*, SFR36-3*
SFR36-4*
61.386
SFR35
SFR35-3*
SFR35-4*
36.004
SFR34
SFR34-3*
SFR34-4*
2.610
%
14/15 (93.33)
27/30 (90.00)
XI. Skala promena u zdravlju
GRE-1
SRB-2
dpr %
SHC37
SHC37-3*
:SHC37-4*
100.000
n/m (hmg %)
12/15 (80.00)
18/30 (60.00)
hmg - homogenost; dpr % - doprinos obeležja karakteristikama
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Kvalitet života dece i omladine školskog uzrasta
Računanjem Mahalanobisove distance između «grupa», kod svih XI segmenata upitnika Q,
dobijen je  još jedan pokazatelj sličnosti ili razlika. Distance ukazuju na  veće rastojanje između
«grupa» (od 2.45 – 1.07), osim kod XI. segmenta, gde je utvrđeno manje rastojanje (.86), zbog
činjenice da ovaj segment Q sadrži samo jednu stavku.
ZAKLJUČAK
Primenjeni Upitnik (Q) za ocenu Kvaliteta života, odnosno, Zdravlja i socijalnog blagostanja
(HSW) sadrži 11 segmenata i 30 stavki u okviru njih, sa mogućnošću ispitanika da biraju između
četiri modaliteta ponuđenih odgovora na Likert-ovoj skali (stepena 1-4). Na osnovu sprovedenih
matematičko-statističkih procedura, kod uporedne analize rezultata i njihove interpretacije, mogu
se izvesti sledeći zaključci koji ukazuju na utvrđene značajne razlike. Međugrupnim razlikama
najviše su doprinele karakteristike i homogenost grupa,  u odnosu na stavke pojedinih segmenta,
učestalost odgovora, odnosno, različito opredeljivanje za pojedine modalitete stavki. Ispitanici GRE-
1 su imali veću razuđenost stavova,  koji nisu bili graničnih intenziteta, dok su se ispitanici SRB-
2, sa jednim izuzetkom, opredeljivali za najveći intenzitet (4*) kod svih stavki u okviru pojedinih
segmenata, što je značajno doprinelo utvrđenim razlikama. Ograničenja ove pilot-studije se odnose,
pre svega, na mogućnost generalizacije rezultata istraživanja, zbog malog uzorka ispitanika, učenika
stranog državljanstva. Drugo ograničenje je povezano sa prethodnim, pošto je zbog neujednačenog
odnosa ispitanika različitog pola, kod sub-uzorka učenika stranog porekla, sprovedena međugrupna
analiza samo na uzorcima totala, obe grupe, bez isticanja polnih karakteristika i eventualnih razlika.
Uvodni deo upitnika HSW, koji se odnosi na pokazatelje skale Socijalnog statusa roditelja ispitanika,
nije prikazan, kao uporedni pokazatelj, zbog ograničenog obima rada i drugih okolnosti, koje su
pratile ovo istraživanje. Donekle, rezultati ove pilot-studije mogu da se uporede sa rezultatima
prethodnog istraživanja, sprovedenog od strane Popović, R. (2015) na istom uzorku ispitanika,
domaćih državljana, gde su bili prikazani uporedni pokazatelji i polne razlike između homogenih
sub-uzoraka učenika (n=15) i  učenica (n=15) viših razreda (VI i VIII) osnovne škole «Sveti Sava»
u Nišu (merenje je sprovedeno u decembru, 2014. godine). Međutim, ozbiljnija uporedna analiza
nije moguća, pošto je prikaz navedenog istraživanje zasnovan samo na numeričkim i procentualnim
pokazateljima učestalosti ispoljavanja modaliteta prikazanih stavki, u okviru pojedinih segmenata
upitnika za procenu Kvaliteta života, odnosno, Zdravlja i socijalnog blagostanja dece i omladine
uzrasta od 12 do 15 godina, bez dodatne statističke obrade podataka.
LITERATURA
Kvrgić, S. (2001). Kvalitet života školske dece i omladine. Beograd: Zadužbina Andrejević,
TODRA.
Popović, R. (2015). Physical education of children with medical conditions. International
Scientific Conference “FIS Communications 2015”
, in Physical Education, Sport and Recreation.
Book of Proceedings, pp. 210-216. University of Nis: Faculty of Sport and Physical Education.
Samuilidou, A.E. (2004). Stimulacija motornog razvoja učenika sa mentalnom retardacijom.
Beograd: Zadužbina Andrejević, TODRA.
...... (2007).  Sociološki rečnik. Urednici: A. Mimica, M. Bogdanović. Beograd: Zavod za
udžbenike.
Taras, H. (2005). Physical activity and student performance at school. Journal of School Health,
75(6), 214-218.
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Conference Procedings
UDK 371.8
THE QUALITY OF LIFE OF SCHOOL AGE CHILDREN AND YOUTH
Ružena Popović¹, Evdokia Samouilidou², Milan Dolga³
1Faculty of Sport and Physical Education, University of Niš, Serbia
2Ministry of Education, Department of Research and Religious Affairs, Greece
3”Smart Line” Agency for Multivariate Data Analysis, Novi Sad, Serbia
INTRODUCTION
The quality of life, as a term in medical literature has appeared in the late 70s of the XX. Century.
Quality of life, from the temporary aspect of studying has an important place in the practice of
health  care and scientific-research  work.  He has long been discussed within the framework
of social sciences, by sociologists. That quality of life mostly associated with the material conditions
of individuals and feelings in relation to these conditions. The quality of life by sociologists mainly
means a set of parameters which include the physical and emotional status, vitality, functionality,
personal and spiritual fulfillment, the adequacy of housing and nutrition, employment, social
integration, social environment and support of the social environment (Dictionary of Sociology, 2007:
281). In accordance with this approach, health is only one component of the broader concept. With
the development of society are being developed the indicators of quality of life, so that in addition to
material conditions, are evaluate spiritual values as well, such as  satisfaction, personal development
and community affiliation.  The subjective indicators of the quality  of  life have connection with
a feeling, that is, emotional well-being and life satisfaction, while the real situation is assesses with
economic indicators.
Large  interest within medicine, for the quality of life, is conditioned by the development
of the science of health and health care, from the moment  when  the WHO (World Health
Organization), defined health as “a state of complete physical, mental and social well-being and
not merely the absence of disease and disability” (according to Kvrgić, S., 2001:10). Although the
idea of assessing the quality of life, using various measuring instruments widely accepted by the
researches of different areas, even yet has no unique definition. As a result, the indicators of the
quality of life are not clearly defined, but include wide range of different measures, with a little
difference between the scales for the assessment of the quality of life and those for measuring overall
health. However, many of authors observe quality of life as a complex function that contains more
areas or domains of life and work of individuals, including physical and social function, mental status
and mode of symptoms, or health weakened and personal perception of health. The object of this
pilot study was a comparative analysis of the quality of life of the school-age children in terms of the
physical activity application possibilities for children with health problems and the presentation of
the current status in the sample of respondents of different ethnic origin. The health weakened is
manifests by weakening or limitation of physical, sensory and mental functions, or the functions of
internal organs, which defend active and full participation of such individuals in physical education
and sport. The key problem, and the whole problem orientation of this research is related to the
analysis of 11 thematic sections (C-1) -(C 11) or some segments of questionnaire (Q) for the assessment
of Health and quality of life (HSW) in primary school students of higher grades. The Convention
on Children Rights, adopted (1989) by the UN (United Nations), point out that children have
a right to health and well-being. Hence, objective of this pilot study is to assess the health and
quality of life in school-age children, i.e. testing of attitudes of higher grades of primary school in
students, using the adapted comprehensive   questionnaire. The specific objective is to assess the
components of health and quality of life from the aspect of the primary school children of the higher
grade, or consideration of the health situation which may affect their ability to engage in activities
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The Quality of Life of School Age Children and Youth
of physical education, as well as the sense of social well-being. Accordingly, in the study are set
following operational tasks: To present the basic parameters of certain items within the (C1) to (C11)
segment of the Questionnaire in relation to the attitudes of two sub-samples of examinees of different
ethnic origin; To determine the differences of the attitudes between two sub-samples in relation to
the applied items within some segments (C1) to (C11) of Questionnaire; To define the characteristics
of each sub-sample of respondents, in relation to applied items within the some segments (C1) to
(C11) of Questionnaire; To determine the contribution to the wholes (C) to the characteristics of the
sub-samples of different ethnic origins. Taking into account the previous experience, the basis of the
problem, subject and goals of the research, as well as the methodological approach in this study, can
be set up Global hypothesis as follows:
•
H0   There is no difference between “group of the respondents of different ethnic origin”, in
relation to the tested items within certain segments of the questionnaire Q (HSW), defined
as a wholes C1) - C11).
•
A0    There is a difference between “group of the respondents of different ethnic origin”, in
relation to the tested items within certain segments of the questionnaire Q (HSW), defined
as a wholes C1) - C11).
Considering the small number of researches elaborated in this field in our country, dealing
with the measurement of quality f life of children, this study is partly based on the model, which
is implemented Kvrgić, S. (2001) and published as a monograph  Quality of life of school children
and youth (adapted master’s theses “Assessment of health and quality of life of  school children and
youth in Yugoslavia”, defended in 2000. at the Medical Faculty in Novi Sad), which is considered to
be first research of its kind in the former Yugoslavia.
The following important research in this area is conducted by Samouilidou, E. (2004) and
published  as a monograph  Stimulation of the motor development in the pupils with mental
retardation (adapted doctoral thesis “The importance of programmed somatopedic treatment in the
professional training of disabled students” defended in 2001. at the Faculty of Special Education and
Rehabilitation in Belgrade.
METHOD
Unlike the model presented in the former research, in this pilot study was performed one
version of the questionnaire relating to the consideration of the health components only in school-
age children. The observed variables are items. Characteristics in relation to the dividing sample
to the sub-samples  are  criterion.  More items, which are connected to each other meaningfully
and make a logical order (C) are called simply “whole” (segment/scale).  All observed thematic
sections make a field of exploration. It examines the differences in relation to the criteria groups of
different ethnic origin. Reference to the socio-demographic characteristics did not examined, nor
shown social status of the parents, as an introductory part of the questionnaire.
The research sample
It examines the Total sample of 45 subjects, students in higher grades of primary schools, of
both genders, divided into two sub-samples according to their different ethnic origin: GRE-1 (N=15),
students of foreign (Greek) nationality (from Northern-Aegean Region) and SRB-2 (N=30), students
of home country (Serbian) citizenship, from Nis.
Instrument of Research
Questionnaire (Q) is designed to assess the quality of life, health and social wellness (HSW), in
school-age children of both genders. Introductory part of the (Q) containing items (1-7) dealing with
some socio-demographic indicators regarding the the family members of the respondents (father,
mother), which are not presented in this pilot study. The rest of the (Q) refers to the declaration
of the respondents in terms of individual segments/wholes (C), which have in total of 11, and are
offered four modalities (degree) of statements/declaration, Likert-type and the intensity of 1 to 4.
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Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Research Area
The area of this research consists of 11 thematic sections (C1 – C11)  which are analyzed in relation
to different groups/sub-samples, related to ethnic affiliation (GRE-1; SRB-2): C1 – Scale of physical
functioning, consisting of three items: SFF8, SFF9, SFF10; C2 – Scale of social roles implementations
(depending on physical  health),  which  comprise two items: SSR11, SSR12;  C3 –  Scale of Global
health   consisting of three items: SGH13, SGH14, SGH15;  C4 – Scale of bodily  pain,  consisting
of two items: SBP16, SBP17; C5 – Scale of the psychological impact on parents, which consists of
two items: SPI18, SPI19. C6 – Scale of social roles implementation - depending on the emotional
state and  behavior,  consisting of four items: SSR20, SSR21, SSR22, SSR23;  C7 – Scale  of
self-assessment,  consisting of five items: SES24, SES25, SES26, SES27, SES28;  C8 – Scale of
Mental Health, which consists of two items: MHS29, MHS30; C9 – Scale of behavior, consisting of
three items: BHS31, BHS32, B HS33; C10 – Scale of  family activities health changes, which makes the
item: SHC37.
Statistical data procession
Data was processed with the appropriate mathematical and statistical procedures, completely
different compared to those applied in the previous research, elaborated by Kvrgić, S. (2001), so they
are not suitable for comparative analysis. The applied methods and their order of application have
their place in scientific research.  The order of the procedures application is of utmost importance,
both for the conclusion and for the timely elimination or the inclusion of certain variables, which will
enable us to improve the quality of the research results explanation of. The analysis was conduct in
three steps as follows: hypothesis testing about the similarities or differences, specifying measures of
the differences with defining characteristics and graphic representation (not presented, due to paper
volume).
Variables
of
the
wholes
C1
- C11,
with
applied
items,
have
nonparametric
properties
and
accordingly
are analyzed with nonparametric methods, according to the frequency and modalities. It will be
used multivariate  procedures:  Multivariate  Analysis of Variance  (MANOVA)  and Discriminate
analysis (DISCRA).  From univariate methods was applied Roy’s test, Pearson’s coefficient of
contingency (χ), multiple correlation coefficient (R). The purpose of the application of mathematical
and statistical analysis aims to determine the characteristics of each sub-sample, homogeneity and
the distance between them in relation to the estimated characteristics for the reason of reliable and
accurately prediction and prognosis with certain significance The methods of proving the existence
of similarities or differences between sub-samples confirm the hypothesis or reject it (confirm an
alternative hypothesis), or indicate the existence of a differences. When testing the hypothesis it is
used critical value p, which means the risk of conclusion. If p > 0.1 there is no reason not to accept
the initial hypothesis. For the rejection of  the initial hypotheses are used two levels of significance. In
the case where 0.1 > p > 0.05 accepts the alternative hypothesis with an increased risk of conclusion,
when p < 0 .05 accepts the alternative hypothesis and says that there are substantial (significant)
differences.
   • Procedure of Multivariate Analysis of Variance (MANOVA) to test the hypothesis H1:
H1
 There are no significant differences between sub-samples for the given thematic unit.
A1               There are significant differences between sub-samples for the given thematic unit.
     • Procedure of Discriminative analysis (DISCRA) to test the hypothesis H2 :
H2               There is no clearly defined boundary between the sub-samples for the given thematic unit.
A2               There is a clearly defined boundary between the sub-samples for the given thematic unit.
       • Procedure of Univariate s analysis or Roy’s-test to test the hypothesis H3
H3               There is no significant difference between sub-samples by individual variables.
A3                There is a significant difference between some sub-samples by individual variables
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RESULTS
To avoid losing of information, finding the finest links and information’s,  on nonparametric
values, data scaling is performed on the tables of contingency. This procedure, based on the unit
frequency, for each class is given a real number, which reflects the intensity modalities of item,

within certain segments of the questionnaire.
Comparative review of the segments and items of the (Q) relative to different “Groups”
C  1 - THE SCALE OF PHYSICAL FUNCTIONING measure the presence and extent of
physical limitations caused by heats problems, and includes three important dimensions: self-care,
mobility and activities that require more effort. The presence and degree of limitation is estimated on
4-point scale, up “very limited” to “not limit”
. A low score indicates that health problems significantly
limit the child in performing all physical activities (PA), whereas a high score means that a child
perform PA without restrictions. (Table 2-4).
C2 – SCALE OF SOCIAL ROLES  (depending on physical health) – The realization of  social
role previously mainly estimated on the basis of absences from school, and now is considered being
of great importance as for the  ability to socialize and get along with others. Accordingly, this 4-point
scale assess to what extent physical health interfere children with everyday school activities and with
friends. The low score point out on high degree of limitations, while high score means that there is
no restriction (Table 10-11).
C3 – SCALE OF GLOBAL HEALTH – In this part of the questionnaire respondents subjectively
evaluate past, present and future health status, as well as susceptibility to diseases, by expressing its
agreement with the statements on the 4-point scale. A low score means that the children’s health
is assessed as poor, with a worsening trend, whereas a high score comes to evaluating health as
excellent and the belief that it will remain so (Table 17-19).
C4 – SCALE OF BODILY PAIN – designed to measure the intensity and frequency of pain,
as one of the indicators of physical health. The pain or discomfort is assessed through responses
ranging from “no pain” to “present a very strong pain “(with a time limit on the last 4 weeks, from
the day the survey). A low score means that the child fills extremely strong, frequent and restrictive
pain, whereas a high score speaks of the absence of pain or restriction (Table 25-26).
C5 – THE SCALE OF PSYCHOLOGICAL/EMOTIONAL IMPACT ON THE PARENTS –
Surveys  indicate that there is a direct correlation between the estimated health of the child and the
degree to which the parent feels physically and emotionally affected. In order to measure the impact
of child health at the parents there have been constructed two scales: Scale of time impact and
the Scale of emotional impact. The  time scale assess to which extent are the restriction period, that
the parent give to herself because of  child physical health, emotional problems, attention abilities,
or studying, the ability to come up with others and child behavior. The Scale is 4-point, and the
responses are in range from “that is quite limited” to “not limited”
. A low score point out on high
degree of limitation in the time available for personal needs, due to child physical and/or psycho-
social health. A high score means that a parent do not to experiencing such a restrictions.  The Scale
of emotional impact is about suffering and care of their parents due to child health. A low score point
out on considerable emotional distress and grave concern because of  child physical and/or psycho-
social health, whereas a high score means that the concern and suffering do not exist (Table 32-33).
C6 – THE SCALE OF SOCIAL ROLES INPLEMENTATION (depending on the emotional
state and behavior)  – For the realization of social role, which includes daily activities, such are
school activities, and with friends, in addition to the physical  health of the importance  are the
emotional state and behavior. The Scales, which measures this effect have been constructed as a
4-points and can be separated, but also can be  a unique-form scale that talks about the combined
impact of emotions and behaviors for the realization of social role. A low score means that the child
is, because of his behavior or emotional problems, substantially limited in performing school or
other daily activities with friends,  while high score means that the limitation does not exist (Table
39-42).
C7 – THE SELF EVALUATION – The self-assessment is a multi-dimensional phenomenon
that occurs during pre-adolescence period  and shape and redefines during the  life-time, and
includes three essential components:  social security  ,  academic skills  and self-esteem.  The Scale
is designed as a 4-point and includes the following dimensions: satisfaction with the school and
512
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
physical abilities; satisfaction with appearance; satisfaction with the ability of agreement with others, as
well as with the  family members;  satisfaction with overall life. Answers vary from “very satisfied”
to “very dissatisfied” whereas the low score points out  that a child is very dissatisfied, and the high
points out that the child is very satisfied with their abilities, appearance, family relationships and
overall satisfaction with life (Table 48-52).
C8 – THE SCALE OF MENTAL HEALTH – measures the frequency of positive and negative
states. To analyze the frequency of answers were used a 4-point scale of intensity, on which answers
vary from “continuous” to “never.” The low score of mental health talk about feelings of anxiety and
depression that are present continuously, while a high score means that the child is calm and happy
(table 58-59).
C9 – THE SCALE OF BEHAVIOUR   – which comprise items: BHS31, BHS32, and
BHS33. Frequency of problems related to behavior is assessed on a 4-point scale of intensity, whose
responses ranged from “very  often” to “never”
.  The scale  is designed so that it includes four
dimensions of behavior: aggression, delinquency, hyperactivity/impulsivity, and social rejection. A
low score indicates a potentially aggressive, immature and delinquent behavior,  while a high score
means that the child never manifest such behavior (Table 65-67).
C  10  –  THE SCALE OF FAMILY ACTIVITIES AND FAMILY CONNECTIONS  –The
family situation is of great importance for children’s health, and also is know that the child health
condition can affect family relationships.  With this (Q), the authors wanted to assess the level
of restrictions that families experience because of their children’s health. This 4-point  intensity
scale is designed to measure the frequency of disorders/restrictions in common family activities,
which may be conditioned by the physical and/or emotional problems, as well as with attention
disorders and child behavior. Replies are ranging from “often” to “never”
, when the low score point
out that the child health  often has disturb the family activities, or it cause the family tensions,
while high score means that child health never produced tensions nor disturb ordinary activities.
For the assessment of family connections  has been developed one item, where respondent should
answer how well the members their family agree among themselves, whereas the responses vary
from  “excellent”  to «bad». The mean score means that the ability to connections assessed as «bad»,
whereas the high score point out on excellent  connections ability (Table 73-75).
C11 – SCALE OF CHANGES IN HEALTH -  This scale registers  the health changes over the
previous year.  Answers range from “much better now” to “much worse now”
, so that the low score
tells of deterioration, and a high score on the improvement of health (Table 81).
Table 2 -4.  Numeric (n) and percentage (%) representation of item modalities of the  I. scale of Q
Table 2
FF08 -  Is the  student’s self-care  limited due to a medical condition?
Modality
FF8 (2)
FF8 (3)
FF8 (4)
Attitude
most limited
partially limited
no restrictions
Abs/Rel
n
%
n
%
n
%
GRE-1
6.
40.0*
5.
33.3
4.
26.7
SRB-2
1.
3.3
7.
23.3
22.
73.3*
Table 3
FF09 -  How the everyday activities are limited because of the health status of
student’s?
Modality
FF9 (2)
FF9 (3)
FF9 (4)
Attitude
occasionally restricted
a little limited
there are no restrictions
Abs/Rel
n
%
n
%
n
%
GRE-1
7.
46.7*
3.
20.0
5.
33.3
SRB-2
4.
13.3
2.
6.7
24.
80.0*
Table 4
FF10 -  How the student’s health status affects the physical activity of a greater
effort?
Modality
FF10 (1)
FF10 (2)
FF10 (3)
FF10 (4)
Attitude
completely
occasionally
partially
no restriction
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3*
4.
26.7*
6.
40.0
SRB-2
2.
6.7
3.
10.0
2.
6.7
23.
76.7*
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The Quality of Life of School Age Children and Youth
Table 10 -11.    The numeric (n) and percentage (%) representation of item’s modalities on II. Scale of  Q
Table 10
SSR11 - To what extent physical health interfere with everyday student’s school
activities?
Modality
SSR11 (2)
SSR11 (3)
SSR11 (4)
Attitude
occasionally limitation
partially limitation
there are no restrictions
Abs/Rel
n
%
n
%
n
%
GRE-1
4.
26.7
6.
40.0*
5.
33.3
SRB-2
6.
20.0
5.
16.7
19.
63.3*
Table 11
SSR12 - To what extent physical health interfere with everyday  activities with the
friends?
Modality
SSR12 (1)
SSR12 (2)
SSR12 (3)
SSR12 (4)
Attitude
complete limitation
occasionally
limitation
partially limitation
not limitation
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7
7.
46.7*
4.
26.7
SRB-2
3.
10.0
5.
16.7
1.
3.3
21.
70.0*
Table 17 -19. The numeric (n) and percentage (%) representation of item’s modalities on III. Scale of  Q
Table 17
SGH13 - What’s subjective assessment of student’s health during the past year?
Modality
SGH13-(2)
SGH13-(3)
SGH13-(4)
Attitude
occasionally week
mostly well
excellent
Abs/Rel
n
%
n
%
n
%
GRE-1
2.
13.3*
8.
53.3
5.
33.3
SRB-2
0.
.0
14.
46.7
16.
53.3
Table 18
SGH14 - What’s subjective assessment of the current health situation of the student’s?
Modality
SGH14-(2)
SGH14-(3)
SGH14-(4)
Attitude
 an subject to  diseases
well, tendency of improvement
excellent
Abs/Rel
n
%
n
%
n
%
GRE-1
5.
33.3*
5.
33.3
5.
33.3
SRB-2
3.
10.0
7.
23.3
20.
66.7*
Table 19
SGH15 -  What’s subjective assessment of the future health situation of the student’s?
Modality
SGH15-(1)
SGH15-(2)
SGH15-(3)
SGH15-(4)
Attitude
week,  tendency of
worsening
well,
tendency of improvement
very good
will be
perfect
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
7.
46.7*
3.
20.0
5.
33.3
SRB-2
2.
6.7
3.
10.0
8.
26.7
17.
56.7
514
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Table 25 -26 The numeric (n) and percentage (%) representation of item’s modalities on IV. Scale of  Q
Table 1
SBP16 -  What’s subjective assessment of pain as an indicator of  student’s
health status?
Modality
SBP16-(1)
SBP16-(2)
SBP16-(3)
SBP16-(4)
Attitude
present severe pain
small pain
discomfort
no  pain
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
2.
13.3
4.
26.7
6.
40.0*
3.
20.0
SRB-2
1.
3.3
7.
23.3
3.
10.0
19.
63.3*
Table 26
SBP17 -  What’s subjective assessment of the frequency of pain as an indicator
of  student’s health status??
Modality
SBP17-(2)
SBP17-(3)
SBP17-(4)
Attitude
 pain  present almost every
day
occasional discomfort
no pain
Abs/Rel
n
%
n
%
n
%
GRE-1
1.
6.7
11.
73.3*
3.
20.0
SRB-2
2.
6.7
10.
33.3
18.
60.0*
Table 32 -33.   The numeric (n) and percentage (%) representation of item’s modalities on V. Scale  of  Q
Table 2
SPI18 -  How the students assesses  parental constraint of time for their
personal needs because of  for child’s physical and psychosocial health?
Modality
SPI8-(1)
SPI18-(2)
SPI18-(3)
SPI18-(4)
Attitude
yes, it  is limited
occasionally
limited
partially limited
not limited
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3*
8.
53.3*
2.
13.3
SRB-2
18.
60.0*
2.
6.7
6.
20.0
4.
13.3
Table 33
SPI19 -  How the students assesses  parental distress and concern, because
child’s physical and/or psychosocial health?
Modality
SPI19-(1)
SPI19-(2)
SPI19-(3)
SPI19-(4)
Attitude
great emotional concern
reasonable
concern
small concern
no worries
ABS/Rel
n
%
n
%
n
%
n
%
GRE-1
3.
20.0
8.
53.3*
4.
26.7
0.
.0
SRB-2
2.
6.7
6.
20.0
14.
46.7
8.
26.7*
515
Zbornik radova
The Quality of Life of School Age Children and Youth
Table 39-42. The numeric (n) and percentage (%) representation of item’s modalities on VI. Scale of  Q
Table 39
SSR20 How is, according to the student personal judgment, limited education
and school compulsories due to  health  condition??
Modality
SSR20-(2)
SSR20-(3)
SSR20-(4)
Attitude
occasionally limited
partially limited
not   imitated
Abs/Rel
n
%
n
%
n
%
GRE-1
5.
33.3
10.
66.7*
0.
.0
SRB-2
4.
13.3
10.
33.3
16.
53.3*
Table 40
SSR21 -  How is, according to the student personal
judgment, limited  activities with his peers due to medical reasons?
Modality
SSR21-(1)
SSR21-(2)
SSR21-(3)
SSR21-(4)
Attitude
fully restricted
occasionally limited
partially
limited
not   imitated
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3
10.
66.7*
0.
.0
SRB-2
2.
6.7
7.
23.3
2.
6.7
19.
63.3*
Table 41
SSR22 - What kind of is the student’s emotional state in relation to the
restrictions on health grounds?
Modality
SSR22-(1)
SSR22-(2)
SSR22-(3)
SSR22-(4)
Attitude
 depression
changeable mood
good mood
excellent mood
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
9.
60.0*
6.
40.0
0.
.0
SRB-2
1.
3.3
4.
13.3
10.
33.3
15.
50.0*
Table 42
SSR23 - What kind of is the student’s behavior in relation to limitation due to
health conditions?
Modality
SSR23-(1)
SSR23-(2)
SSR23-(3)
SSR23-(4)
Attitude
inappropriate
occasional
outbursts
appropriate
positive
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
6.
40.0*
9.
60.0*
0.
.0
SRB-2
1.
3.3
3.
10.0
7.
23.3
19.
63.3*
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Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Table 48 -52. The numeric (n) and percentage (%) representation of item’s modalities on VII. Scale  of  Q
Table 48
SES24 – How is  the student satisfied with his own academic achievement?
Modality
SES24-(1)
SES24-(2)
SES24-(3)
SES24-(4)
Attitude
very unsatisfied mostly dissatisfied
mostly satisfied
very satisfied
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
1.
6.7
13.
86.7*
1.
6.7
SRB-2
2.
6.7
1.
3.3
10.
33.3
17.
56.7*
Table 49
SES25 - How is the student satisfied with his physical abilities?
Modality
SES25-(2)
SES25-(3)
SES25-4
Attitude
mostly dissatisfied
mostly satisfied
very satisfied
Abs/Rel
n
%
n
%
n
%
GRE-1
0.
.0
14.
93.3*
1.
6.7
SRB-2
1.
3.3
16.
53.3
13.
43.3*
Table 50
SES26 - How is the student satisfied with his own appearance?
Modality
SES26-(1)
SES26-(2)
SES26-(3)
SES26-(4)
Attitude
very unsatisfied
mostly dissatisfied
mostly satisfied
very satisfied
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
1.
6.7
13.
86.7*
1.
6.7
SRB-2
3.
10.0
2.
6.7
8.
26.7
17.
56.7*
Table 51
SES27 - According to student’s  personal judgment what kind of  is his agreement
with the friends and family members?
Modality
SES27-(2)
SES27-(3)
SES27-(4)
Attitude
mostly unsatisfied
mostly satisfied
very satisfied
Abs/Rel
n
%
n
%
n
%
GRE-1
1.
6.7
13.
86.7*
1.
6.7
SRB-2
4.
13.3
9.
30.0
17.
56.7*
Table 52
SES28 - How much is  student  satisfied with his own life?
Modality
SES28-(1)
SES28-(2)
SES 28-(3)
SES28-(4)
Attitude
very unsatisfied
mostly unsatisfied
mostly satisfied
very satisfied
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
2.
13.3
12.
80.0*
1.
6.7
SRB-2
1.
3.3
3.
10.0
5.
16.7
21.
70.0*
517
Zbornik radova
The Quality of Life of School Age Children and Youth
Table 58 -59. The numeric (n) and percentage (%) representation of item’s modalities on VIII. Scale of  Q
Table 58
MHS29 – How often is the student concerned about his own mental health?
Modality
MHS29-(1)
MHS29-(2)
MHS29-(3)
MHS29-(4)
Attitude
never
sometimes
almost always
constantly
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7*
10.
66.7*
1.
6.7
SRB-2
2.
6.7
0.
.0
9.
30.0
19.
63.3*
Table 59
 MHS30 – How  often is  the student happy about his physical and  medical
status?
Modality
MHS30-(1)
MHS30-(2)
MHS30-(3)
MHS30-(4)
Attitude
never
sometimes
almost always
constantly
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7
10.
66.7*
1.
6.7
SRB-2
7.
23.3*
5.
16.7
10.
33.3
8.
26.7
Table 65 -67. The numeric (n) and percentage (%) representation of item’s modalities on IX. Scale of  Q
Table 65
(BHS31) - How often do students exhibit aggressive behavior?
Modality
BHS31-(2)
BHS31-(3)
BHS31-(4)
Attitude
often
sometimes
never
Abs/Rel
n
%
n
%
n
%
GRE-1
2.
13.3
12.
80.0*
1.
6.7
SRB-2
4.
13.3
13.
43.3
13.
43.3*
Table 66
BHS32 -  How often has student punished for delinquent behavior?
Modality
BHS32-(1)
BHS32-(2)
BHS32-(3)
BHS32-(4)
Attitude
constantly
often
sometimes
never
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3*
9.
60.0*
1.
6.7
SRB-2
2.
6.7
0.
.0
8.
26.7
20.
66.7*
Table 67
BHS33 – How often do students exhibits the hyperactivity / impulsivity?
Modality
BHS33-(1)
BHS33-(2)
BHS33-(3)
BHS33-(4)
Attitude
constantly
often
sometimes
never
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
4.
26.7
10.
66.7*
1.
6.7
SRB-2
1.
3.3
11.
36.7
8.
26.7
10.
33.3*
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Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Table  73-75.The numeric (n) and percentage (%) representation of item’s modalities on X. Scale of  Q
Table 73
SFR34 -  How the student’s environment  in global  estimated child  behavior?
Modality
SFR34-(1)
SFR34(2)
SFR34-(3)
SFR34-(4)
Attitude
bad
good
very good
excellent
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
5.
33.3
9.
60.0*
1.
6.7
SRB-2
2.
6.7
5.
16.7
8.
26.7
15.
50.0*
Table 74
SFR35 -  How  the child health disturbs normal family activities, or causes family
tension?
Modality
SFR35-(1)
SFR35-(2)
SFR35-(3)
SFR35-(4)
Attitude
constantly
often
sometimes
never
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
1.
6.7
13.
86.7*
1.
6.7
SRB-2
1.
3.3
1.
3.3
7.
23.3
21.
70.0*
Table 75
SFR36 -  How the  members of the student’s  family agrees  to each other?
Modality
SFR36-(1)
SFR36-(2)
SFR36-(3)
SFR36-(4)
Attitude
bad
good
very good
excellent
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
8.
53.3*
6.
40.0*
1.
6.7
SRB-2
2.
6.7
2.
6.7
5.
16.7
21.
70.0*
Table 81. The numeric (n) and percentage (%) representation of item’s modalities on XI. Segment of  Q
Table 81
How Student  assesses changes in health during the past year ?
Modality
SHC37-(1)
SHC37-(2)
SHC37-(3)
SHC37-(4)
Attitude
much worse now tendencies to  worsening tendencies to  improvement
much  better
now
Abs/Rel
n
%
n
%
n
%
n
%
GRE-1
0.
.0
0.
.0
12.
80.0*
3.
20.0
SRB-2
1.
3.3
1.
3.3
12.
40.0
16.
53.3*
For all scales, except for the health changes, family connection and global health are used the
memories period of 4 weeks. The changes in health are assessed in relation to the previous year,
while for the other two scales remembrance period is not used, considering the fact that they speak
about health and family relationships in general. Note: The titles and descriptions of certain scales,
with slight corrections are listed according to Kvrgić, S. (2001): 22-25 (Source: The CHQ User’s
Manual. Landgraf, Ware, Abetz, 1996).
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Zbornik radova
The Quality of Life of School Age Children and Youth
DISCUSSION
Based on the above mentioned, it is evident that on the scaled data is possible application of
multivariate analysis of variance (MANOVA), discriminative analysis (DISCRA) and other parametric
procedures and methods. From univariate methods was applied Roy’s test, Pearson’s coefficient of
contingency ( χ) and multiple correlation coefficient (R). On the basis of elaborated MANOVA and
DISCRA comparative analyzes and the obtained values (F; p),  must be rejected the hypothesis H1
and H2  in all segments of the (Q), and accepted the alternative hypothesis A1, and A2,  which means
that there is a difference and clearly defined border between “groups of respondents” (GRE-1; ENG-
2) in all segments Q , which assesses the Health and Social Wellness (HSW), and Quality of life
of students of different ethnic origins .
 Table 5 . MANOVA and DISCRA analysis of the between groups  significance of differences in relation
to particular segments of the questionnaire (Q) for the assessment of the Health and Social welfare - HSW
 (Q) HSW
Items
MANOVA
DISCRA
Segments/Scales
n
F
p
F
p
I. segment Q
3
6.739
.001
6.574
.001
II. segment Q
2
10.316
.000
11.583
.000
III. segment Q
3
3.634
.021
3.545
.023
IV. segment Q
2
6.190
.003
6.646
.003
V. segment Q
2
15.004
.000
17.684
.000
VI. segment Q
4
13.995
.000
13.995
.000
VII. segment Q
5
8.296
.000
7.981
.000
VIII. segment Q
2
16.001
.000
19.048
.000
XI. segment Q
3
14.649
.000
14.292
.000
X. segment Q
3
18.498
.000
18.046
.000
XI. segment Q
1
7.432
.009
7.259
.010
By calculating the coefficient of discrimination (c.dsc) are extracted  features that define sub-
samples specificity and parameters that need to be excluded from further processing, i.e., performs
the reduction of the observed space. Furthermore, this paper estimates the sub-samples homogeneity,
the distance between them and cluster analysis, aims to get as close as possible explore the observed
phenomenon.
520
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
Table 6. The significance of the between  “groups” differences relative to  items of some  segments of  Q
according to the established  coefficients of discrimination (c.dsc)
I. segment
χ
R
F
p
c.dsc
FF08
.470
.533
16.672
.000
.184
FF09
.418
.460
11.277
.002
.005
FF10
.411
.451
10.718
.002
.075
II. segment
χ
R
F
p
c.dsc
SSR11
.289
.302
4.227
.046
.003
SSR12
.511
.595
23.043
.000
.451
III. segment
χ
R
F
p
c.dsc
SGH13
.315
.332
5.189
.028
.012
SGH14
.328
.348
5.773
.021
.009
SGH15
.396
.431
9.563
.004
.097
IV. segment
χ
R
F
p
c.dsc
SBP16
.424
.469
11.825
.001
.137
SBP17
.364
.390
7.551
.009
.035
V. segment
χ
R
F
p
c.dsc
SPI18
.525
.617
25.846
.000
.550
SPI19
.429
.475
12.266
.001
.227
VI. segment
χ
R
F
p
c.dsc
SSR20
.466
.527
16.154
.000
.016
SSR21
.593
.736
49.636
.000
.572
SSR22
.508
.590
22.425
.000
.150
SSR23
.537
.637
28.737
.000
.017
VII. segment
χ
R
F
p
c.dsc
SES24
.474
.539
17.183
.000
.127
SES25
.372
.401
8.028
.007
.000
SES26
.506
.586
21.990
.000
.025
SES27
.476
.542
17.468
.000
.032
SES28
.549
.657
31.892
.000
.192
VIII. segment
χ
R
F
p
c.dsc
MHS29
.549
.657
31.855
.000
.674
MHS30
.399
.435
9.781
.003
.149
IX. segment
χ
R
F
p
c.dsc
BHS31
.361
.387
7.401
.009
.052
BHS32
.570
.694
38.961
.000
.823
BHS33
.382
.414
8.683
.005
.143
X. segment
χ
R
F
p
c.dsc
SFR34
.434
.482
12.739
.001
.029
SFR35
.534
.632
27.947
.000
.400
SFR36
.566
.687
37.518
.000
.682
XI. segment
χ
R
F
p
c.dsc
SHC37
.358
.384
7.259
.010
.173
Legend: c.dsc  is the coefficient of discrimination (bolded values
indicate items that the most
contributed to the «group» discrimination within individual segments)
As the   p  <  .1  for all items within particular segments of Q,    (.046-.000), the coefficient
of discrimination  refers  to items that have  the greatest contribution to the between  groups
discrimination,   or  has to accept the alternative hypothesis A3,  it means that there is a significant
difference between the groups of respondents different ethnic origin (a summary in Table 6).
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Zbornik radova
The Quality of Life of School Age Children and Youth
Features and homogeneity of the group of respondents in relation to the modalities of
items of individual segment Q HSW
Based on the previous discussion and analysis of a sample of 45 respondents, in accordance with the
applied methodology, the logical sequence of the research is the determination of the characteristics and
homogeneity of each “group”  of examinees  and the distance between them. The fact that the application
of DISCRA analysis established significant between group differences in all segments of Q, means that
there is clearly defined border between the two groups of students, and is possible to determine the
features of each “group” in relation to the applied items within scales of Q-HSW (a summary in Table 7).
Table 7 . The Characteristics and Homogeneity of the «groups»  relative to the items of some
scales of the (Q)
I. The scale of physical functioning
GRE-1
SRB-2
ctrb. %
FF08
FF8-2*
FF8-4*
69.697
FF10
FF10-2*, FF10-3*
FF10-4*
28.409
FF09
FF9-2*
FF9-4*
1.894
n/m (hmg %)
10/15 (66.67)
25/30 (83.33)
II. The Scale of Social relationships
GRE-1
SRB-2
ctrb. %
SSR12
SSR12-3*
SSR12-4*
99.339
SSR11
SSR11-3*
SSR11-4*
.661
n/m (hmg %)
11/15 (73.33)
24/30 (80.00)
III. The Scale of Global health
GRE-1
SRB-2
ctrb. %
SGH15
SGH15-2*
;;pt15;; is -,
82.203
SGH13
SGH13-2*
;;pt13;; is -,
10.169
SGH14
SGH14-2*
SGH14-4*
7.627
n/m (hmg %)
7/15 (46.67)
25/30 (83.33)
IV. The Scale of Bodily pain
GRE-1
SRB-2
ctrb. %
SBP16
SBP16-3*
SBP16-4*
79.651
SBP17
SBP17-3*
SBP17-4*
20.349
n/m (hmg %)
12/15 (80.00)
22/30 (73.33)
V.  The Scale of Psychological impact
GRE-1
SRB-2
ctrb. %
SPI18
SPI18-(2)*, SPI18-(3)*
SPI18-(1)*
70.785
SPI19
SPI19-(2)*
SPI19-(4)*
29.215
n/m (hmg %)
14/15 (93.33)
21/30 (70.00)
VI. The Scale of Social relations
GRE-1
SRB-2
ctrb. %
SSR21
SSR21-3*
SSR21-4*
75.762
SSR22
SSR22-2*
SSR22-4*
19.868
SSR23
SSR23-2*, SSR23-3*
SSR23-4*
2.252
SSR20
SSR20-3*
SSR20-4*
2.119
n/m (hmg %)
15/15 (100.00)
25/30 (83.33)
VII. The Scale of Self-evaluation
GRE-1
SRB-2
ctrb. %
SES28
SES28-3*
SES28-4*
51.064
SES24
SES24-3*
SES24-4*
33.777
SES27
SES27-3*
SES27-4*
8.511
SES26
SES26-3*
SES26-4*
6.649
SES25
SES25-3*
SES25-4*
.000
n/m (hmg %)
14/15 (93.33)
25/30 (83.33)
VIII. The Scale of Mental health
GRE-1
SRB-2
ctrb. %
MHS29
MHS29-2*, MHS29-3*
MHS29-4*
81.896
MHS30
MHS30-3*
MHS30-1*
18.104
n/m (hmg %)
14/15 (93.33)
25/30 (83.33)
IX. The Scale of Behavior
GRE-1
SRB-2
ctrb. %
BHS32
BHS32-2*, BHS32-3*
BHS32-4*
80.845
BHS33
BHS33-3*
BHS33-4*
14.047
BHS31
BHS31-3*
BHS31-4*
5.108
n/m (hmg %)
14/15 (93.33)
23/30 (76.67)
X. The Scale of Family activities and Family connections
GRE-1
SRB-2
ctrb. %
SFR36
SFR36-2*, SFR36-3*
SFR36-4*
61.386
SFR35
SFR35-3*
SFR35-4*
36.004
SFR34
SFR34-3*
SFR34-4*
2.610
%
14/15 (93.33)
27/30 (90.00)
XI. The Scale  Change in health
GRE-1
SRB-2
ctrb. %%
SHC37
SHC37-3*
:SHC37-4*
100.000
n/m (hmg %)
12/15 (80.00)
18/30 (60.00)
hmg – homogeneity; ctrb % - contribution of item’s to the characteristics
522
Conference Procedings
Ružena Popović, Evdokia Samouilidou, Milan Dolga
By calculating of Mahalanobi’s distance between “groups”
, in all   segment of the  Q,  one more
indication of the similarities or differences is presented. Distances indicate on the greater distance
between the “groups” (2.45-1.07), except for the XI. segment, where is established closer distance
(.86), mainly due to the fact that this segment of Q contains only one item.

CONCLUSION
Applied Questionnaire (Q) for the assessment of the Quality of life, i.e.,  the Health and Social
welfare (HSW) contains 11 segments and 30 items within them, with the possibility of the  respondents
to choose between four modalities of offered answers on the Likert-type  scale (degree1-4) . On the
basis of the conducted mathematical-statistical procedures, in the comparative analysis of the results
and their interpretation, can be the following conclusions formulated, that indicates  on the determined
significant differences.  To the between-groups differences mostly have contributed the characteristics
and homogeneity of the groups,  in relation to items of particular segments  ,  the  frequency of
responses, i.e., a different opting for individual modalities of items. Respondents  of GRE-1 had greater
variability of the attitudes, which were not of the huge distance intensity  of  response modalities
(2*-3*) while the participants of SRB-2, with one exception (1*), opted for the highest  intensity
of response modality (4*) for the most items within particular segments, which has  significantly
contributed to the established differences.Restrictions of the pilot-study are relating primarily to
the possibility of research results  generalization, due to the small sample of  examinees, students
of foreign citizenship. The second limitation is related to the previous, while is due to uneven size
of subjects  of opposite-sex, within sub-sample of the students  of foreign origin,  the elaborated
between-group analysis was done only on the total samples,  of both groups,  without notification
of gender characteristics and possible differences. The introductory part of the questionnaire HSW,
which refers to the indicators of the Social status  scale of the parents of respondents, has not shown,
as a comparative indicator, due to limited paper volume, and other circumstances that accompanied
this research selection. To some extent, the results of this pilot study can be compared with the
results of the previous research, conducted by Popović, R. (2015), on the same sample of the home
country participants, where they were shown the comparative indicators and gender differences,
between homogeneous sub-samples of boys (n=15), and girls (n=15), of upper  graders (VI and
VIII) of Elementary school “Saint-Sava” in Nis (measurement was conducted in December, 2014).
However, more serious comparative analysis is not possible, while the presentation of the
above mentioned study was based only on numerical and percentage indicators of the frequency of
expressing items modalities, within certain segments of the Q for the assessment of the quality of
life, or Health and Social well-being of children and youth aged 12 to 15 years , with no additional
statistical data processing.
REFERENCES
 Kvrgić, S. (2001). The quality of life among school children and youth (in Serbian)  Belgrade:
Andrejević Foundation, TODRA.
Popović, R. (2015). Physical education of children with medical conditions.  International
Scientific Conference “FIS Communications 2015” in Physical Education, Sports and Recreation. Book
of Proceedings, pp. 210-216. University of Nis, Faculty of Sport and Physical Education.
Samuilidou, A.E. (2004).   Stimulation of the motor development of children with mental
retardation (in Serbian). Belgrade: Andrejević Foundation, TODRA.
...... (2007). Dictionary of Sociology (in Serbian). Editors: A. Mimica M. Bogdanović. Belgrade :
Institute for textbooks.
Taras, H. (2005). Physical activity and student performance at school. Journal of School Health ,
75 (6), 214-218.
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МЕЂУНАРОДНА научна конференција Ефекти примене физичке
активности на антрополошки статус деце, омладине и одраслих (2015 ;
Београд) Zbornik radova / Međunarodna naučna konferencija Efekti primene
fizičke aktivnosti na antropološki status dece, omladine i odraslih, Beograd,
11-12. decembar 2015. = Conference Proceedings / International Scientific
Conference Effects of Physical Activity Application to Anthropological
Status with Children, Youth and Adults ; [urednici, editors Goran Kasum,
Miloš Mudrić ; prevod na srpski i engleski, transleted by Gordana Vekarić].
- Beograd : Fakultet sporta i fizičkog vaspitanja = Faculty of Sport and
Physical Education, 2016 (Smederevo : Newpress). - 522 str. : ilustr. ; 30 cm

Radovi na srp. i engl. jeziku. - Tiraž 50. - Bibliografija uz svaki rad.

ISBN 978-86-89773-14-9

a) Спорт - Зборници b) Физичко васпитање - Зборници
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