<gh_stars>0
# first task
# describe car properties and change it under initialization

# car_color = "red"
# car_model = "audi a6"
# car_year = 2013
# car_count_of_doors = 4
#
# print(car_color)
# print(car_model)
# print(car_year)
# print(car_count_of_doors)
#
# car_color = "blue"
# print(car_color)


# second task
# calculate average age of five people
andrew_age = 20
boris_age = 25
roman_age = 32
john_age = 16
jason_age = 22
numbers_of_people = 5

average_age = (andrew_age + boris_age + roman_age + john_age + jason_age) // numbers_of_people
print(average_age)

# first task
# describe car properties and change it under initialization

# car_color = "red"
# car_model = "audi a6"
# car_year = 2013
# car_count_of_doors = 4
#
# print(car_color)
# print(car_model)
# print(car_year)
# print(car_count_of_doors)
#
# car_color = "blue"
# print(car_color)


# second task
# calculate average age of five people
andrew_age = 20
boris_age = 25
roman_age = 32
john_age = 16
jason_age = 22
numbers_of_people = 5

average_age = (andrew_age + boris_age + roman_age + john_age + jason_age) // numbers_of_people
print(average_age)
# first task # describe car properties and change it under initialization # car_color = "red" # car_model = "audi a6" # car_year = 2013 # car_count_of_doors = 4 # # print(car_color) # print(car_model) # print(car_year) # print(car_count_of_doors) # # car_color = "blue" # print(car_color) # second task # calculate average age of five people