For the following reactions Ks and Ke, are respectively, the rate constants for substitution and elimination and $\mu = {{{k_s}} \over {{k_e}}}$ the correct options is

Question

For the following reactions

K_s and K_e, are respectively, the rate constants for substitution and elimination and $\mu = {{{k_s}} \over {{k_e}}}$ the correct options is

${\mu _B} > {\mu _A}$ and K_e(A) > K_e(B)

${\mu _A} > {\mu _B}$ and K_e(B) > K_e(A)

${\mu _B} > {\mu _A}$ and K_e(B) > K_e(A)

${\mu _A} > {\mu _B}$ and K_e(A) > K_e(B)

Solution

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