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General Mechanism of Electrophilic Aromatic Substitution

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Question

In the following Hofmann's bromamide reaction, how many different amines would be formed?

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Solution

In the following Hofmann's bromamide reaction, two different amines would be formed.

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Similar questions

Q. How many of the following rearrangement forms isocyanate
1.Curtius rearrangement
2.Lossen rearrangement
3.Schmidt rearrangement
4.Hofmann bromamide degradation reaction

Q. Assertion :In Hofmann bromide reaction, the amine formed has one carbon atom less than the parent

1^{o}

amide. Reason: N-methyl acetamide undergoes Hofimann bromamide reaction.

Q. Which of the following amines will not give Hoffman-Bromamide reaction?

Q. In the Hofmann bromamide degradation reaction, the number of moles of

N a O H

{B r}_{2}

used per mole of amine produced are:

Q. Which of the following will not give Hofmann-Bromamide reaction ?

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General Mechanism of Electrophilic Aromatic Substitution

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