Match the List-I and List-II:
List-I List-II
(A) Rate constant has the same unit as the rate of reaction. (i) One
(B) Reactions having apparent molecularity more than three reaction (ii) Zero order
(C) Reactions having molecularity two but order of reaction is one. (iii) Complex reaction
(D) For a reaction, $A \to B$ , the rate of reaction doubles as the ocular reaction concentration of A is doubled. (iv) Pseudo unimolecular reaction

(A) - ii (B) - iv (C) - iii (D) - i

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(A) - ii (B) - iii (C) - iv (D) - i

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(A) - iii (B) - ii (C) - iv (D) - i

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(A) - ii (B) - iv (C) - i (D) - iii

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Solution

The correct option is A (A) - ii (B) - iv (C) - iii (D) - i
(A) Rate constant has the same unit as the rate of reaction for zero order reactions.
(B) Reactions having apparent molecularity more than three reaction for pseudo uni-molecular reactions.
(C) Reactions having molecularity two but order of reaction is one are Complex reaction.
(D) For a reaction, $A \to B$ , the rate of reaction doubles as the ocular reaction concentration of A is doubled in first order reactions.
So the correct options are (A) - ii (B) - iv (C) - iii (D) - i
Hence option A is correct.

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Q. Match the List I to List II :
(A)A-ii; B-i; C-iii; D-iv
(B)A-i; B-ii; C-iii; D-iv
(C)A-iii; B-ii; C-iv;D-i
(D) A-iv; B-iii; C-ii; D-i

Q. Match List I to List II :
(A)A-i; B-ii; C-iii; D-iv
(B) A-iv; B-ii; CUi;D-i
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(D) A-iii; B-i, C-ii, D-iv

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List-I	List-II
(A) Rate constant has the same unit as the rate of reaction.	(i) One
(B) Reactions having apparent molecularity more than three reaction	(ii) Zero order
(C) Reactions having molecularity two but order of reaction is one.	(iii) Complex reaction
(D) For a reaction, $A \to B$ , the rate of reaction doubles as the ocular reaction concentration of A is doubled.	(iv) Pseudo unimolecular reaction