The major reason that phenol is a better Bron | vedclass

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(D) $ (d) $The acidity of a compound depends on the stability of its conjugate base (anion).In phenol,the $sp^2$ hybridized carbon atom of the phenyl

Vedclass · Accepted Answer

the phenyl group is an electron withdrawing group by induction,which stabilizes the anion formed in the reaction.

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(D) $ (d) $The acidity of a compound depends on the stability of its conjugate base (anion).In phenol,the $sp^2$ hybridized carbon atom of the phenyl ring is more electronegative than the $sp^3$ hybridized carbon of the cyclohexyl ring.This creates an electron-withdrawing inductive effect ($-I$ effect) that stabilizes the phenoxide ion.In contrast,the cyclohexyl group is electron-donating by induction,which destabilizes the cyclohexoxide ion.

The major reason that phenol is a better Bronsted acid than cyclohexanol is that

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