Which compound gives ethanamine upon heating | vedclass

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(C) The reaction of an amide with $[KOH + Br_2]$ is known as the $Hofmann$ bromamide degradation reaction. In this reaction,the amide is converted int

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Propionamide

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(C) The reaction of an amide with $[KOH + Br_2]$ is known as the $Hofmann$ bromamide degradation reaction. In this reaction,the amide is converted into a primary amine with one carbon atom less than the original amide. To obtain ethanamine $(CH_3CH_2NH_2)$,which has $2$ carbon atoms,the starting amide must be propanamide $(CH_3CH_2CONH_2)$. However,looking at the options provided,ethanamide $(CH_3CONH_2)$ would yield methanamine $(CH_3NH_2)$. Since the question asks for ethanamine,none of the options are strictly correct based on the standard degradation product. However,if we consider the transformation of $CH_3CH_2CONH_2$ (propanamide) to ethanamine,it is the standard application. Given the options,if the question implies the product of the reaction of the given amides,ethanamide gives methanamine,and propionamide gives ethanamine. Therefore,propionamide is the correct precursor for ethanamine.

Which compound gives ethanamine upon heating with $[KOH + Br_2]$?

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