Imagine a solution of two liquids in whichthe molecules interact less favorably than they do in theindividual liquids.

Will this solution deviate positively from, deviate negativelyfrom, or ideally follow Raoult's law?

a. It will deviate positively.

b. It will deviate negatively.

c. It will be an ideal solution.

Question

Chemistry

Jamarion Weaver

13 October, 16:34

Imagine a solution of two liquids in whichthe molecules interact less favorably than they do in theindividual liquids.

Will this solution deviate positively from, deviate negativelyfrom, or ideally follow Raoult's law?

a. It will deviate positively.

b. It will deviate negatively.

c. It will be an ideal solution.

+3

Answers (1)

Know the Answer?

Ibrahim Weeks · Answer 1

Answer: The solution will deviate positively to Raoult's law. The correct option is A.

Explanation:

Raoult's law states that the partial pressure of components of a liquid mixture is equal to the vapour pressure of the individual components multipled by it's mole fraction. Since the solutions of the two liquids interacts less favourably than they do in the individual liquids, there will be less attraction. This will lead to a slightly high vapour pressure as the molecules easily escapes from the surface. Increased vapour pressure deviates Raoult's law positively.