Reduction of aldehydes and ketones into hydrocarbons using hydraiene and sodium ethoxide is called

Question

Reduction of aldehydes and ketones into hydrocarbons using hydraiene and sodium ethoxide is called (A) Clemmensen reduction (B) Cope reduction (C) Dow reduction (D) Wolff-Kishner reduction

Tardigrade Admin · Accepted Answer

Carbonyl group is reduced to alkyl group by means either Clemmensen reduction (Zn-Hg/HCl) or Wolff-Kishner reduction. (NH2NH2/C2H5ONa . Here carbonyl groups is reduced by using hydrazine and sodium ethoxide, thus it is an example of Wolff-Kishner reduction.

Q. Reduction of aldehydes and ketones into hydrocarbons using hydraiene and sodium ethoxide is called

Clemmensen reduction

Cope reduction

Dow reduction

Wolff-Kishner reduction

Carbonyl group is reduced to alkyl group by means either Clemmensen reduction $(Z n - H g / H Cl)$ or Wolff-Kishner reduction. $(N H_{2} N H_{2} / C_{2} H_{5} ON a$ . Here carbonyl groups is reduced by using hydrazine and sodium ethoxide, thus it is an example of Wolff-Kishner reduction.

Q. Reduction of aldehydes and ketones into hydrocarbons using hydraiene and sodium ethoxide is called

Clemmensen reduction

Cope reduction

Dow reduction

Wolff-Kishner reduction

Carbonyl group is reduced to alkyl group by means either Clemmensen reduction (Zn−Hg/HCl) or Wolff-Kishner reduction. (NH2​NH2​/C2​H5​ONa . Here carbonyl groups is reduced by using hydrazine and sodium ethoxide, thus it is an example of Wolff-Kishner reduction.

Carbonyl group is reduced to alkyl group by means either Clemmensen reduction $(Z n - H g / H Cl)$ or Wolff-Kishner reduction. $(N H_{2} N H_{2} / C_{2} H_{5} ON a$ . Here carbonyl groups is reduced by using hydrazine and sodium ethoxide, thus it is an example of Wolff-Kishner reduction.