In the following carbocation; the $H / C H_{3}$ that is most likely to migrate to the positively charged carbon is:

C H_{3}

C - 4

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H

C - 4

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C H_{3}

C - 2

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H

C - 2

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Solution

The correct option is D $H$ at $C - 2$
$H$ at $C_{2}$ will migrate giving a resonance stabilised carbocation.

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Similar questions

H / C H_{3}

Quest In the following carbocation, $\frac{H}{C H_{3}}$ that is most likely to migrate to the positive charged carbon is:

$1 H_{3} C - H^{2} | O H -^{+} | H - H^{4} | C H_{3} - C H_{3}$

H / C H_{3}

H / C H_{3}

H

C H_{3}

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