The products of acid hydrolysis of P and Q ca | vedclass

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(C) Acid hydrolysis of $P$ $(H_2C=C(CH_3)(OCOCH_3))$ yields an enol which tautomerizes to acetone $(CH_3COCH_3)$,a ketone.Acid hydrolysis of $Q$ $(H_3

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Fehling’s Solution

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(C) Acid hydrolysis of $P$ $(H_2C=C(CH_3)(OCOCH_3))$ yields an enol which tautomerizes to acetone $(CH_3COCH_3)$,a ketone.Acid hydrolysis of $Q$ $(H_3C-CH=CH(OCOCH_3))$ yields an enol which tautomerizes to propanal $(CH_3CH_2CHO)$,an aldehyde.Aldehydes and ketones can be distinguished using Fehling’s solution,as aldehydes give a positive test (red precipitate of $Cu_2O$) while ketones do not.

The products of acid hydrolysis of $P$ and $Q$ can be distinguished by:
$P = H_2C=C(CH_3)(OCOCH_3)$
$Q = H_3C-CH=CH(OCOCH_3)$

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The products of acid hydrolysis of $P$ and $Q$ can be distinguished by:$P = H_2C=C(CH_3)(OCOCH_3)$$Q = H_3C-CH=CH(OCOCH_3)$