There is a solution that can be easily found on the internet. However, I can't seem to understand it. If you could kindly provide an alternative and more understandable solution. Thanks!Note: The answer is 12.5 J/mol-K 8. One mole of A at one bar and ne mole of B at 2 bar are separated by apartititon and surrounded by a heart reservoir. Determine the change inentropy when the partition is withdrawn.A. 15.34 j/K/molB. 12.50 j/K/molC. 8.61 j/K/molD. 18.51 j/K/mol

Here given For A; 1 mol and 1 bar For B; 1 mol and 2 bar

Answered: 8. One mole of A at one bar and ne mole…

8. One mole of A at one bar and ne mole of B at 2 bar are separated by a partititon and surrounded by a heart reservoir. Determine the change in entropy when the partition is withdrawn.

Physical Chemistry

2nd Edition

ISBN:9781133958437

Author:Ball, David W. (david Warren), BAER, Tomas

Publisher:Ball, David W. (david Warren), BAER, Tomas

Chapter4: Gibbs Energy And Chemical Potential

Section: Chapter Questions

Problem 4.75E

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There is a solution that can be easily found on the internet. However, I can't seem to understand it. If you could kindly provide an alternative and more understandable solution. Thanks!

Note: The answer is 12.5 J/mol-K

8. One mole of A at one bar and ne mole of B at 2 bar are separated by a
partititon and surrounded by a heart reservoir. Determine the change in
entropy when the partition is withdrawn.
A. 15.34 j/K/mol
B. 12.50 j/K/mol
C. 8.61 j/K/mol
D. 18.51 j/K/mol

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