An unsubstituted amide,is converted into the acid and nitrogen by:

H C l

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H N O_{2}

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N a O H

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P_{4} O_{10}

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Solution

The correct option is A $H N O_{2}$
$R C O - N H_{2} + H N O_{2} \to R C O O H + N_{2}$
Hence option (B) is correct.

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Similar questions

Q. Aliphatic amide on treatment with

H N O_{2}

gives the gas:

Q. Which one of the following is an amide involved in nitrogen assimilation by plants?

The Conversion of an amide by action of NaOH and $B r_{2}$ to primary amine that has one carbon less than the starting amide is known as Hofmann-Bromamide reaction.

$R - O | | C - N H_{2} B r_{2} + N a O H - ------ \to (o r) N a o B r R - N H_{2} + N a B r + N a_{2} C O_{3}$

Q. (1) How will you convert an amide into an amine having one carbon less than the starting compound
(2) Name the reaction

Conversion of Ketoximes to N- substituted amides is known as Beckmann rearrangement. In this rearrangement migration takes place from carbon to nitrogen. The reaction is catalyzed by acidic reagents. The main function of the acidic catalyst is to convert -OH of the oxime into a better leaving group by protonation.

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An unsubstituted amide,is converted into the acid and nitrogen by:

The correct option is A HNO2RCO−NH2+HNO2→RCOOH+N2Hence option (B) is correct.

The correct option is A $H N O_{2}$
$R C O - N H_{2} + H N O_{2} \to R C O O H + N_{2}$
Hence option (B) is correct.