Column I Column II (A) Undergoes in hydrolysis via SN2mechanism (in normal condition) (P) BCl3 (B) Undergoes in hydrolysis via SN1mechanism (in drastic condition) (Q) NCl3 (C) Hybridisation of central atom in transition state changes during hydrolysis (R) SF4 (D) Only proton donor acids are formed as final hydrolysed products (S) NF3

Engineering

Chemistry

VSEPR Theory

Question

Column I	Column II
(A) Undergoes in hydrolysis via SN²mechanism (in normal condition)	(P) BCl₃
(B) Undergoes in hydrolysis via SN¹mechanism (in drastic condition)	(Q) NCl₃
(C) Hybridisation of central atom in transition state changes during hydrolysis	(R) SF₄
(D) Only proton donor acids are formed as final hydrolysed products	(S) NF₃

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(A) NCl₃

Hybridisation of central atom does not change during hydrolysis but mechansim is followed by SN².

(B) At high temperature S_N1 mechanism takes place in NF₃ molecule.

(C) BCl₃
       Hybridisation of central atom in transition state changed.

(D) SF₄

Only proton donor acids are formed as final produced

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