Published by:
CGP EDU Academic Team
Published on: August 14, 2026
M n = Normal molecular mass of solute
M o = Observed molecular mass of solute from
colligative property measurement
Column I | Column II |
(i) MO < Mn | [A] 0.1 (M) CH3COOH in benzene |
(ii) MO ~ Mn/3 | [B] 0.1 (M) urea in water |
(iii) MO > Mn | [C] 0.05 (M) BaCl2 in water |
(iv) MO = Mn | [D] 0.1 (M) CH3COOH in water |
Correct Matrix Matching
Text Solution
Verified by ExpertsThe correct answer is:
(i) [C]; (ii) [C]; (iii) [A]; (iv) [B]
(i) [C],[D]
(ii) [C]
(iii) [A]
(iv) [B]
Sol.
(i) 0.05 (M) BaCl 2 in water, 0.1 (M) CH 3 COOH
in water
(ii) 0.05 (M) BaCl 2 in water
(iii) 0.1 (M) CH 3 COOH in benzene
(iv) 0.1 (M) urea in water
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