CH3-CH=CHCHO reaction in the presence of H2/Ni
aamilea:
I think so the question is wrong.
if what i'm thinking is correct then this should probably be addition reaction in which an UNSATURATED compound becomes SATURATED
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aldehydes reacts with hydrogen and nickel to give respective alcohols
CH3-CH=CH-CH2-OH
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Here Is Your Answer My Friend ♥️♥️
The compound you want to reduce has 2 unsaturated groups, among which the more reactive one is C=C. This is so because a C=C is thermodynamically less stable than a C=O. Because of this property, it's used as a selective reduction method to reduce C=C of alpha,beta-unsaturated carbonyls.
CH3-CH-CH-C-H=O ----ni--> CH3CH2CH2COH
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@Shona...❣️❣️
The compound you want to reduce has 2 unsaturated groups, among which the more reactive one is C=C. This is so because a C=C is thermodynamically less stable than a C=O. Because of this property, it's used as a selective reduction method to reduce C=C of alpha,beta-unsaturated carbonyls.
CH3-CH-CH-C-H=O ----ni--> CH3CH2CH2COH
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@Shona...❣️❣️
jasmine kesi h?
ok
aur us ne mujhe block bhii ker diya h
bcoz of u
its ok
bye
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