[" A strong base can abstract an "alpha" -hydrogen from "],[" (1) Alkane "]

A strong base can extract an alpha -hydrogen from

The strong base is:

Comprehension E_2 raction rarr Elimination bimolecular In the general mechanism of the E_2 reaction a strong base abstract a proton on a carbon atom adjacent to the one of the leaving group. As the abstracts a proton , a double bond forms and the leaving group leaves. Identify the rate of reaction of given compounds in E_2 reaction:

Comprehension E_2 raction rarr Elimination bimolecular In the general mechanism of the E_2 reaction a strong base abstract a proton on a carbon atom adjacent to the one of the leaving group. As the abstracts a proton , a double bond forms and the leaving group leaves. Product (A) and (B) are :

Comprehension E_2 raction rarr Elimination bimolecular In the general mechanism of the E_2 reaction a strong base abstract a proton on a carbon atom adjacent to the one of the leaving group. As the abstracts a proton , a double bond forms and the leaving group leaves.

Comprehension E_2 raction rarr Elimination bimolecular In the general mechanism of the E_2 reaction a strong base abstract a proton on a carbon atom adjacent to the one of the leaving group. As the abstracts a proton , a double bond forms and the leaving group leaves. Which of the following compound is inert toward E_2 reaction.