Aldehydes and ketones can be reduced to hydrocarbon by using

Question

Aldehydes and ketones can be reduced to hydrocarbon by using (A)  LiAlH4  (B)  H2/pd-BaSO4  (C)  Na-Hg/HCl  (D)  NH2—NH2 / C2H5ONa

Tardigrade Admin · Accepted Answer

By NH2 — NH2/C2H5ONa, aldehyde and ketones are reduced with hydrazine nH2 — NH2 and C2H5ONa to give hydrocarbon (paraffins) This reaction is called Wolf-Kishner reaction underset textAldehyde—CHO xrightarrow[C2H5ONa]NH2—NH2 underset textParaffin—CH3 —CO xrightarrow[C2H5ONa]NH2—NH2 - CH2 - Ketone paraffin

Q. Aldehydes and ketones can be reduced to hydrocarbon by using

$L i A l H_{4}$

$H_{2} / p d - B a S O_{4}$

$N a - H g / H Cl$

$N H_{2} — N H_{2} / C_{2} H_{5} ON a$

Q. Aldehydes and ketones can be reduced to hydrocarbon by using

LiAlH4​

H2​/pd−BaSO4​

Na−Hg/HCl

NH2​—NH2​/C2​H5​ONa

$L i A l H_{4}$

$H_{2} / p d - B a S O_{4}$

$N a - H g / H Cl$

$N H_{2} — N H_{2} / C_{2} H_{5} ON a$