Explain the following terms:
$(i)$ Alicyclic compound
$(ii)$ Heterocyclic compound
$(iii)$ Non-benzenoid compound

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(N/A) $(i)$ Alicyclic compounds: These are cyclic organic compounds that contain carbon atoms arranged in a ring,but they do not possess aromatic character. They resemble aliphatic compounds in their properties. Example: Cyclopropane,Cyclohexane.
$(ii)$ Heterocyclic compounds: These are cyclic compounds in which the ring contains one or more atoms other than carbon (such as $N$,$O$,or $S$). These are called heteroatoms. Example: Furan,Pyridine,Thiophene.
$(iii)$ Non-benzenoid compounds: These are cyclic compounds that possess aromatic character but do not contain a benzene ring. They exhibit aromaticity due to the presence of a cyclic conjugated system following $H$ückel's rule $(4n+2) \pi$ electrons. Example: Azulene,Tropolone.

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Similar Questions

Draw formulas for the first five members of each homologous series beginning with the following compounds.
$(a)$ $HCOOH$ $(b)$ $CH_{3}COCH_{3}$ $(c)$ $CH_{2}=CH_{2}$

Match column $-I$ and column $-II$ with the correct relation:
Column $-I$ Column $-II$
$(i)$ Aromatic $(a)$ Tropolone
$(ii)$ Branched acyclic $(b)$ Neopentane
$(iii)$ Alicyclic $(c)$ Cyclohexene
$(iv)$ Non-benzenoid $(d)$ Aniline

What is the number of primary carbon atoms in the compound?

Which of the following pairs represents a homologous series?

Can homologues be isomers?

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