The compound that does not undergo haloform r | vedclass

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Question

(D) The haloform reaction is given by compounds containing the methyl keto group $(CH_3-CO-)$ or compounds that can be oxidized to a methyl keto group

Vedclass · Accepted Answer

$C_2H_5COCH_2CH_3$

Vedclass · Answer

(D) The haloform reaction is given by compounds containing the methyl keto group $(CH_3-CO-)$ or compounds that can be oxidized to a methyl keto group,such as secondary alcohols with the structure $(R-CH(OH)-CH_3)$. $1$. $CH_3CHO$ (acetaldehyde) contains the $CH_3-CO-$ group. $2$. $CH_3CH_2OH$ (ethanol) can be oxidized to $CH_3CHO$,which contains the $CH_3-CO-$ group. $3$. $CH_3COCH_3$ (acetone) contains the $CH_3-CO-$ group. $4$. $C_2H_5COCH_2CH_3$ (pentan$-3-$one) does not contain a methyl keto group $(CH_3-CO-)$ and cannot be oxidized to one. Therefore,$C_2H_5COCH_2CH_3$ does not undergo the haloform reaction.

List-$I$ (Reagents)	List-$II$ (Reaction Name)
$A$. $NH_2-NH_2, KOH$	$I$. Tollen's Test
$B$. $[Ag(NH_3)_2]OH$	$II$. Clemmensen Reduction
$C$. Aq. $CuSO_4$, Sodium Potassium tartarate, $KOH$	$III$. Wolff-Kishner Reduction
$D$. $Zn-Hg, HCl$	$IV$. Fehling's Test

The compound that does not undergo haloform reaction is

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