The correct order of stability of carbocations, is:

Question

The correct order of stability of carbocations, is: (A) 1° < 2° < 3° < overset+C H3 (B)  overset+CH 3 < 1° < 2° < 3° (C) 3° < 2° < 1° < overset+CH 3 (D) 2° < 3° < 1° < overset+CH 3

Tardigrade Admin · Accepted Answer

More the +I alkyl groups on electron deficient carbon, more stable will be the cabocation. Hence, 3° carbocations are more stable. The correct order is 3° > 2° > 1° > overset+CH 3

Q. The correct order of stability of carbocations, is:

$1^{\circ} < 2^{\circ} < 3^{\circ} < C + H_{3}$

$C + H_{3} < 1^{\circ} < 2^{\circ} < 3^{\circ}$

$3^{\circ} < 2^{\circ} < 1^{\circ} < C + H_{3}$

$2^{\circ} < 3^{\circ} < 1^{\circ} < C + H_{3}$

More the +I alkyl groups on electron deficient carbon, more stable will be the cabocation. Hence, $3^{\circ}$ carbocations are more stable. The correct order is $3^{\circ} > 2^{\circ} > 1^{\circ} > C + H_{3}$

Q. The correct order of stability of carbocations, is:

1∘<2∘<3∘<C+H3​

C+H3​<1∘<2∘<3∘

3∘<2∘<1∘<C+H3​

2∘<3∘<1∘<C+H3​

More the +I alkyl groups on electron deficient carbon, more stable will be the cabocation. Hence, 3∘ carbocations are more stable. The correct order is 3∘>2∘>1∘>C+H3​

$1^{\circ} < 2^{\circ} < 3^{\circ} < C + H_{3}$

$C + H_{3} < 1^{\circ} < 2^{\circ} < 3^{\circ}$

$3^{\circ} < 2^{\circ} < 1^{\circ} < C + H_{3}$

$2^{\circ} < 3^{\circ} < 1^{\circ} < C + H_{3}$

More the +I alkyl groups on electron deficient carbon, more stable will be the cabocation. Hence, $3^{\circ}$ carbocations are more stable. The correct order is $3^{\circ} > 2^{\circ} > 1^{\circ} > C + H_{3}$