Match the Column
Column-IColumn-II(i) R – X +Y→ R– Y + X[A] Elimination(ii) RCH2CH2X …

Question

Match the Column
Column-IColumn-II(i) R – X +Y→ R– Y + X[A] Elimination(ii) RCH2CH2X                ↓RCH = CH2 + HX[B] Condensation(iii)               ↓CH3CH2CH2CH3[C] Substitution(iv) RCH = O + H2A → RCH = A + H2O[D] Addition(v) RCH = CHR' + AB                ↓RCHA – CHB – R'[E] Rearrangement(vi) A – B → A+ + : B–[F] Free radical(vii) [G] Heterolytic cleavage(viii) A ⋅ ⋅ A → +  + [H] Carbene(ix) CH2N2 → CH2 + N2    [I] Nucleophile(x) [J] Carbocation

CGP EDU Academic Team · Accepted Answer

The correct answer is (i) [C]; (ii) [A]; (iii) [E]; (iv) [B]; (v) [D]; (vi) [G]; (vii) [J]; (viii) [F]; (ix) [H]; (x) [I]. (i) [C]
(ii) [A]
(iii) [E]
(iv) [B]
(v) [D]
(vi) [G]
(vii) [J]
(viii) [F]
(ix) [H]
(x) [I]
Sol.
(i) Substitution
(ii) Elimination
(iii) Rearrangement
(iv) Condensation
(v) Addition
(vi) Heterolytic cleavage
(vii) Carbocation
(viii) Free radical
(ix) Carbene
(x) Nucleophile

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Column-I	Column-II
(i) R – X +Y→ R– Y + X	[A] Elimination
(ii) RCH2CH2X ↓ RCH = CH2 + HX	[B] Condensation
(iii) ↓ CH3CH2CH2CH3	[C] Substitution
(iv) RCH = O + H2A → RCH = A + H2O	[D] Addition
(v) RCH = CHR' + AB ↓ RCHA – CHB – R'	[E] Rearrangement
(vi) A – B → A+ + : B–	[F] Free radical
(vii)	[G] Heterolytic cleavage
(viii) A ⋅ ⋅ A → + +	[H] Carbene
(ix) CH2N2 → CH2 + N2	[I] Nucleophile
(x)	[J] Carbocation

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