Question

ii. In the Wolf -Kishner reduction, alkyl
aryl ketones are reduced to alkyl
benzenes. During this change, ketones
are first converted into
​

Answer 1

Answer:

Ketones are first converted into HYDROZONES

Answer 2

WOLF KISHNER REDUCTION

In the wolf kishner reduction, alkyl aryl ketones are reduced to alkyl benzenes. During this change, ketones are first converted into hydrazones.

GETTING TO KNOW MORE ABOUT WOLF KISHNER REDUCTION:

* In organic chemistry, the Wolff–Kishner reduction is used to convert carbonyl functionalities to methylene groups. It is most commonly used in the context of complex molecule synthesis to remove a carbonyl group after it has fulfilled its synthetic goal of activating an intermediate in a previous step.  As a result, this response has no evident retron.

* The Wolff–Kishner reduction is incompatible with base-sensitive substrates because it necessitates extremely basic conditions. In some circumstances, sterically hindered carbonyl groups will not create the needed hydrazone, halting the process.

* For molecules with acid-sensitive functional groups, such as pyrroles, and for high-molecular weight compounds, this approach may be preferable to the related Clemmensen reduction.