Which of the following properties is NOT appl | vedclass

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(D) $1$. Acidic hydrolysis: $CH_3CN + 2H_2O + H^+ \rightarrow CH_3COOH + NH_4^+$. This is a correct property.$2$. Alkaline hydrolysis: $CH_3CN + OH^-

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It reacts with chloroform to form carbylamine.

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(D) $1$. Acidic hydrolysis: $CH_3CN + 2H_2O + H^+ \rightarrow CH_3COOH + NH_4^+$. This is a correct property.$2$. Alkaline hydrolysis: $CH_3CN + OH^- + H_2O \rightarrow CH_3COO^- + NH_3$. This is a correct property.$3$. Tautomerization: $CH_3-C \equiv N \rightleftharpoons CH_2=C=NH$. It does not form methyl isocyanide $(CH_3NC)$ via tautomerization.$4$. Carbylamine reaction: The carbylamine reaction is characteristic of primary amines $(R-NH_2)$,not nitriles $(R-CN)$. Therefore,$CH_3CN + CHCl_3 + KOH$ does not produce carbylamine. Both options $C$ and $D$ are incorrect properties for ethanenitrile,but in the context of standard chemistry questions,the carbylamine reaction is specifically a test for primary amines,making $D$ the most distinct incorrect property.

Which of the following properties is $NOT$ applicable to $CH_3CN$ (Ethanenitrile)?

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