i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous.

But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????

Question

i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous.

But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????

vikas askiitian expert · Answer

this step follows SN2 path .....electron releasing group can increase electron dencity on nitrogen so such groups can increase rate ....

SAGAR SINGH - IIT DELHI · Answer

Dear student, Acid amides on reaction with bromine in the presence of alkalis at about 343 K give primary amines.

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i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous. But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????

i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous.

But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????

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i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous. But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????

i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous. But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????

2 Answers

Think You Can Provide A Better Answer ?

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i know that in the mechanism of the hofmann rearrangement occurs in two steps which are simultaneous.

But im confused that how an electron-releasing substituents can affect the rate of the overall reactions....and also tell me that the reaction undergoes in two ways-(1)by Sn¹ (2)by Sn²?????