Resonance is underline{text{NOT}} exhibited b | vedclass

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(A) Resonance requires a conjugated system of $\pi$ bonds,such as alternating single and double bonds or the presence of lone pairs adjacent to a $\pi

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cyclohexane

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(A) Resonance requires a conjugated system of $\pi$ bonds,such as alternating single and double bonds or the presence of lone pairs adjacent to a $\pi$ system.$1$. $Aniline$,$nitrobenzene$,and $phenol$ all contain a benzene ring,which is a conjugated system of $\pi$ electrons,allowing for resonance.$2$. $Cyclohexane$ $(C_6H_{12})$ is a saturated cyclic hydrocarbon where all carbon atoms are $sp^3$ hybridized and connected by single $\sigma$ bonds.$3$. Since $cyclohexane$ lacks any $\pi$ bonds or a conjugated system,it does not exhibit resonance.

Resonance is $\underline{\text{NOT}}$ exhibited by

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