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(B) In the given matching:$A$. $CH_3-C^{+}(CH_3)-CH_3$ is a tertiary $(3^\circ)$ carbocation because the positive charge is on a carbon bonded to thre

Vedclass · Accepted Answer

$IV, I, III, II$

Vedclass · Answer

(B) In the given matching:$A$. $CH_3-C^{+}(CH_3)-CH_3$ is a tertiary $(3^\circ)$ carbocation because the positive charge is on a carbon bonded to three other carbons. So, $A-IV$.$B$. $CH_3-C^{+}H-CH_3$ is a secondary $(2^\circ)$ carbocation because the positive charge is on a carbon bonded to two other carbons. So, $B-I$.$C$. $CH_3-CH_2^+$ is a primary $(1^\circ)$ carbocation because the positive charge is on a carbon bonded to one other carbon. So, $C-III$.$D$. $CH_3^+$ is a methyl carbocation. So, $D-II$.The correct sequence is $A-IV, B-I, C-III, D-II$.

List-$I$ (Carbocation)	List-$II$ (Type)
$A$. $CH_3-C^{+}(CH_3)-CH_3$	$I$. Secondary carbocation
$B$. $CH_3-C^{+}H-CH_3$	$II$. Methyl carbocation
$C$. $CH_3-CH_2^+$	$III$. Primary carbocation
$D$. $CH_3^+$	$IV$. Tertiary carbocation

Match the following columns and select the correct option.

List-$I$ (Carbocation) List-$II$ (Type)

$A$. $CH_3-C^{+}(CH_3)-CH_3$ $I$. Secondary carbocation

$B$. $CH_3-C^{+}H-CH_3$ $II$. Methyl carbocation

$C$. $CH_3-CH_2^+$ $III$. Primary carbocation

$D$. $CH_3^+$ $IV$. Tertiary carbocation

Similar Questions

Find the correct stability order for the following carbocations:

The correct order of stability for the following carbanions is:
$CH_2=CH^{-}, CH_3-CH_2^{-}, CH\equiv C^{-}$

The increasing order of stability of the following free radicals is:

The correct order of stability of the given carbocations is:

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Match the following columns and select the correct option. List-$I$ (Carbocation) List-$II$ (Type) $A$. $CH_3-C^{+}(CH_3)-CH_3$ $I$. Secondary carbocation $B$. $CH_3-C^{+}H-CH_3$ $II$. Methyl carbocation $C$. $CH_3-CH_2^+$ $III$. Primary carbocation $D$. $CH_3^+$ $IV$. Tertiary carbocation