The Cannizzaro reaction is not given by . . | vedclass

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Question

(D) The Cannizzaro reaction is a disproportionation reaction given by aldehydes that do not possess an $\alpha$-hydrogen atom.$HCHO$ (formaldehyde) ha

Vedclass · Accepted Answer

$CH_3CHO$

Vedclass · Answer

(D) The Cannizzaro reaction is a disproportionation reaction given by aldehydes that do not possess an $\alpha$-hydrogen atom.$HCHO$ (formaldehyde) has no $\alpha$-hydrogen.$C_6H_5CHO$ (benzaldehyde) has no $\alpha$-hydrogen.$1	ext{-methylcyclohexanecarbaldehyde}$ has no $\alpha$-hydrogen at the carbonyl carbon position.$CH_3CHO$ (acetaldehyde) possesses three $\alpha$-hydrogen atoms,so it undergoes aldol condensation instead of the Cannizzaro reaction.

The Cannizzaro reaction is not given by . . . . . . .

Similar Questions

Which of the following does $NOT$ exhibit haloform reaction?

The product of the following reaction is $C_6H_5CHO + CH_3CH_2CHO \xrightarrow[\Delta]{\text{Dil. NaOH}}$

Which of the following reactions will not result in the formation of carbon-carbon bonds?

Following compounds are given:
$(i) CH_3-CH_2-OH$
$(ii) CH_3-CO-CH_3$
$(iii) CH_3-CH(OH)-CH_3$
$(iv) CH_3-OH$
Which of the above compound$(s)$,on being warmed with iodine solution and $NaOH$,will give iodoform?

$HCDO \xrightarrow[{(50\%)}]{{OH^{-}}}$ Product of this Cannizzaro reaction is:

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