SN2 mechanism is involved in the following substitution :

Question

SN2 mechanism is involved in the following substitution : (A)  CH3 -CH2 - Cl + OH- (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

SN2 mechanism is followed in the case of primary and secondary alkyl halides, but primary is more reactive than secondary i.e. In comparision to p-halides reactivity of s-hlides towards SN2 reaction is negligible.

Q. $S_{N} 2$ mechanism is involved in the following substitution :

$C H_{3} - C H_{2} - Cl + O H^{-}$

$S_{N} 2$ mechanism is followed in the case of primary and secondary alkyl halides, but primary is more reactive than secondary i.e. In comparision to p-halides reactivity of s-hlides towards $S_{N} 2$ reaction is negligible.

Q. SN​2 mechanism is involved in the following substitution :

CH3​−CH2​−Cl+OH−

SN​2 mechanism is followed in the case of primary and secondary alkyl halides, but primary is more reactive than secondary i.e. In comparision to p-halides reactivity of s-hlides towards SN​2 reaction is negligible.

Q. $S_{N} 2$ mechanism is involved in the following substitution :

$C H_{3} - C H_{2} - Cl + O H^{-}$

$S_{N} 2$ mechanism is followed in the case of primary and secondary alkyl halides, but primary is more reactive than secondary i.e. In comparision to p-halides reactivity of s-hlides towards $S_{N} 2$ reaction is negligible.