Catalytic dehydrogenation of a primary alcohol gives a

Question

Catalytic dehydrogenation of a primary alcohol gives a (A) secondary alcohol (B) aldehyde (C) ketone (D) ester

Tardigrade Admin · Accepted Answer

Primary alcohols get dehydrogenated with reduced copper at 573 K, to give corresponding aldehydes. underset textPrimary alcohol R - CH2OH xrightarrowCu, 573 K underset textAldehyde R - CHO + H2

Q. Catalytic dehydrogenation of a primary alcohol gives a

secondary alcohol

aldehyde

ketone

ester

Primary alcohols get dehydrogenated with reduced copper at $573 K$ , to give corresponding aldehydes.

$Primary alcohol R - C H_{2} O H C u, 573 K Aldehyde R - C H O + H_{2}$

Q. Catalytic dehydrogenation of a primary alcohol gives a

secondary alcohol

aldehyde

ketone

ester

Primary alcohols get dehydrogenated with reduced copper at 573K, to give corresponding aldehydes. Primary alcohol R−CH2​OH​Cu,573K​AldehydeR−CHO+H2​​

Primary alcohols get dehydrogenated with reduced copper at $573 K$ , to give corresponding aldehydes.

$Primary alcohol R - C H_{2} O H C u, 573 K Aldehyde R - C H O + H_{2}$