Hoffmann bromamidereaction involves conversion of a carboxylic acid amide into an amine with a loss of a carbon atom on treatment with aqueous sodium hypobromite. Thus Hoffmann result in shortening of a carbon chain. R=overset(O)overset(||)C-NH_(2)underset(NaOH)overset(Br_(2))rarrR-NH_(2)+NaBr+Na_(2)CO_(3) Mechanism of the reaction is : Which of the following will not giveHoffmann bromamide reaction.

Hoffmann bromamidereaction involves conversion of a carboxylic acid am

1.	Hoffmann bromamidereaction involves conversion of a carboxylic acid amide into an amine with a loss of a carbon atom on treatment with aqueous sodium hypobromite. Thus Hoffmann result in shortening of a carbon chain. R=overset(O)overset(\|\|)C-NH_(2)underset(NaOH)overset(Br_(2))rarrR-NH_(2)+NaBr+Na_(2)CO_(3) Mechanism of the reaction is : Which of the following will not giveHoffmann bromamide reaction.
Answer» `CH_(3)-OVERSET(O)overset(\|\|)C-NH_(2)` Solution :`2^(@)` AMIDE do not GIVE HOFFMANN.