An aldehyde can be obtained from an acid chloride by:

Question

An aldehyde can be obtained from an acid chloride by: (A) Rosenmunds reduction (B) Wolf-Kishner reduction (C) Clemmensens reduction (D)

Tardigrade Admin · Accepted Answer

An acid chloride, on reduction with Pd text/BaSO4 in boiling xylene, gives aldehyde. undersetAcid chloride mathopR-- oversetO mathop overset|| mathopC --Cl +H2 xrightarrow[Xylene]Pd/BaSO4 undersetAldehyde mathopR-- oversetO mathop overset|| mathopC --H +HCl This reaction is known as Rosenmunds reduction.

Q. An aldehyde can be obtained from an acid chloride by:

Rosenmunds reduction

Wolf-Kishner reduction

Clemmensens reduction

An acid chloride, on reduction with $P d / B a S O_{4}$ in boiling xylene, gives aldehyde. $A c i d c h l or i d e R - - C ∣∣ O - - Cl + H_{2} P d / B a S O_{4} X y l e n e A l d e h y d e R - - C ∣∣ O - - H + H Cl$ This reaction is known as Rosenmunds reduction.

Q. An aldehyde can be obtained from an acid chloride by:

Rosenmunds reduction

Wolf-Kishner reduction

Clemmensens reduction

An acid chloride, on reduction with Pd/BaSO4​ in boiling xylene, gives aldehyde. AcidchlorideR−−C∣∣O−−Cl​+H2​Pd/BaSO4​Xylene​AldehydeR−−C∣∣O−−H​+HCl This reaction is known as Rosenmunds reduction.

An acid chloride, on reduction with $P d / B a S O_{4}$ in boiling xylene, gives aldehyde. $A c i d c h l or i d e R - - C ∣∣ O - - Cl + H_{2} P d / B a S O_{4} X y l e n e A l d e h y d e R - - C ∣∣ O - - H + H Cl$ This reaction is known as Rosenmunds reduction.