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3) Assuming ideal behavior, calculate the entropy of the following. a. 0.100 mole of He(g) at 25°C and a volume of 5.00 L. b. 3.00 moles of He(g) at 25°C and a volume of 3000.0 L.

3) Assuming ideal behavior, calculate the entropy of the following. a. 0.100 mole of He(g) at 25°C and a volume of 5.00 L. b. 3.00 moles of He(g) at 25°C and a volume of 3000.0 L.

Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter16: Spontaneity, Entropy, And Free Energy
Section: Chapter Questions
Problem 39E: For ammonia (NH3), the enthalpy of fusion is 5.65 kJ/mol and the entropy of fusion is 28.9 J/K mol....
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3) Assuming ideal behavior, calculate the entropy of the following. a. 0.100 mole of He(g) at 25°C and a volume of 5.00 L. b. 3.00 moles of He(g) at 25°C and a volume of 3000.0 L. Constants and Equations: S° (He at 25°C and 1.00 atm) nRln, AS = Sfinal - Sinitial, PV = nRT, R = 0.08206¹ atm mol K = 126.1 K-mol AS =
Transcribed Image Text:3) Assuming ideal behavior, calculate the entropy of the following. a. 0.100 mole of He(g) at 25°C and a volume of 5.00 L. b. 3.00 moles of He(g) at 25°C and a volume of 3000.0 L. Constants and Equations: S° (He at 25°C and 1.00 atm) nRln, AS = Sfinal - Sinitial, PV = nRT, R = 0.08206¹ atm mol K = 126.1 K-mol AS =
3) Assuming ideal behavior, calculate the entropy of the following. a. 13 b. 470 Constants and Equations: S° (He at 25°C and 1.00 atm) nRln, AS = Sfinal - Sinitial, PV = nRT, R = 0.08206 mol K K*mol' AS =
Transcribed Image Text:3) Assuming ideal behavior, calculate the entropy of the following. a. 13 b. 470 Constants and Equations: S° (He at 25°C and 1.00 atm) nRln, AS = Sfinal - Sinitial, PV = nRT, R = 0.08206 mol K K*mol' AS =
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