Statement I: Aldehyde on reaction with HCN gi | vedclass

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(B) Statement $I$: Aldehydes react with $HCN$ to form cyanohydrins. The reaction is a nucleophilic addition reaction where the $CN^-$ ion attacks the

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Both statements $I$ and $II$ are true

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(B) Statement $I$: Aldehydes react with $HCN$ to form cyanohydrins. The reaction is a nucleophilic addition reaction where the $CN^-$ ion attacks the carbonyl carbon,followed by protonation to yield the cyanohydrin product.Statement $II$: $A$ cyanohydrin is defined as an organic compound that contains both a hydroxyl group $(-OH)$ and a cyano group $(-CN)$ attached to the same carbon atom. This is consistent with the structure $R-CH(OH)(CN)$.Both statements are correct.

Statement $I$: Aldehyde on reaction with $HCN$ gives Cyanohydrin.
Statement $II$: Cyanohydrin is a compound which consists of hydroxy and cyano groups on the same carbon.
Choose the correct answer from the following with reference to above statements.

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Statement $I$: Aldehyde on reaction with $HCN$ gives Cyanohydrin.Statement $II$: Cyanohydrin is a compound which consists of hydroxy and cyano groups on the same carbon.Choose the correct answer from the following with reference to above statements.