Name ______________________ Date___________________ Â©www.TeacherJet.com AUTOTROPHS VS. HETROTROPHS Autotrophs are organism that is capable of forming organic compounds from inorganic compounds. As a result autotrophs can make their own food. Heterotrophs must obtain their food from other organisms.Classify the following organisms as autotrophs (a) or as heterotrophs (h).1. cow 2. human 3. wheat 4. fungi 5. ameba 6. green algae 7. housefly 8. fern 9. dandelion 10. fish Most autotrophic nutrition is a result of photosynthesis.eterotrophs must obtain their food from other organisms. Classify the following organisms as autotrophs (a) or as heterotrophs (h). 1. cow 2. human 3. wheat 4. fungi 5. ameba 6. green algae 7. housefly 8. fern 9. dandelion 10.
When naming amines according to the IUPAC system, the -e in the corresponding alkane is replaced with. -amine. Cyclic compounds that contain a nitrogen atom are called. heterocyclic compounds. What prefix is used to show that a small alkyl group is attached to the nitrogen of aniline and not to the aromatic ring.
Aromatic compounds are substances that consist of one or more rings that contain alternating single and double bonds in its chemical structure. In real life, many aromatic compounds have an odor, there are some compounds that are chemically aromatic, but do not have a distinct smell.For example, benzene is an aromatic compound. The chemical structure of benzene, as illustrated below, contains a hexagon ring with alternating double bonds.uckel's Rule: Definition and Examples. Earlier, we saw that there are double bonds in the ring that is present in the chemical structure of aromatic compounds. These double bonds contain electrons called pi electrons.