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3) Consider 2 adiabatic systems: one contains He (g), and one contains H20 (g). Treat both gases ideally. Assume the volume and temperature of both containers is identical. How would the entropy of a container with 2 mol He (g) compare to that with 5 mol H20 (g) based solely on the number of particles? Explain your а. reasoning. b. Assume both containers contain the identical volume and number of particles. How would the entropy of a container with He (g) at 300 K compare to that with H20 (g) at 500 K based solely on temperature? Explain your reasoning. С. Assume that both containers are at the same temperature and contain the same number of particles, but that one container has volume = 200 L whereas the other has a volume = 2 L. How would you expect the entropy of the container with the larger volume to compare to that with the lower volume? Explain your reasoning.

3) Consider 2 adiabatic systems: one contains He (g), and one contains H20 (g). Treat both gases ideally. Assume the volume and temperature of both containers is identical. How would the entropy of a container with 2 mol He (g) compare to that with 5 mol H20 (g) based solely on the number of particles? Explain your а. reasoning. b. Assume both containers contain the identical volume and number of particles. How would the entropy of a container with He (g) at 300 K compare to that with H20 (g) at 500 K based solely on temperature? Explain your reasoning. С. Assume that both containers are at the same temperature and contain the same number of particles, but that one container has volume = 200 L whereas the other has a volume = 2 L. How would you expect the entropy of the container with the larger volume to compare to that with the lower volume? Explain your reasoning.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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3) Consider 2 adiabatic systems: one contains He (g), and one contains H20 (g). Treat both gases ideally. Assume the volume and temperature of both containers is identical. How would the entropy of a container with 2 mol He (g) compare to that with 5 mol H20 (g) based solely on the number of particles? Explain your а. reasoning. b. Assume both containers contain the identical volume and number of particles. How would the entropy of a container with He (g) at 300 K compare to that with H20 (g) at 500 K based solely on temperature? Explain your reasoning. С. Assume that both containers are at the same temperature and contain the same number of particles, but that one container has volume = 200 L whereas the other has a volume = 2 L. How would you expect the entropy of the container with the larger volume to compare to that with the lower volume? Explain your reasoning.
Transcribed Image Text:3) Consider 2 adiabatic systems: one contains He (g), and one contains H20 (g). Treat both gases ideally. Assume the volume and temperature of both containers is identical. How would the entropy of a container with 2 mol He (g) compare to that with 5 mol H20 (g) based solely on the number of particles? Explain your а. reasoning. b. Assume both containers contain the identical volume and number of particles. How would the entropy of a container with He (g) at 300 K compare to that with H20 (g) at 500 K based solely on temperature? Explain your reasoning. С. Assume that both containers are at the same temperature and contain the same number of particles, but that one container has volume = 200 L whereas the other has a volume = 2 L. How would you expect the entropy of the container with the larger volume to compare to that with the lower volume? Explain your reasoning.
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