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Which of the following transformations represent an increase in the entropy of the system. Choose all that apply 4 mol Xe (0.806 atm, 247K) 4 mol Xe (0.806 atm, 494K) 26 g C₂H5OC₂H5 (liquid, 167K) 26 g C₂H5OC₂H5 (liquid, 298K) 3 mol Ar (5.18 L. 214K) 3 mol Ar (10.4 L. 214K) 26 g C₂H5OC₂H5 (gas, 308K) 38 g Cr (liquid, 2.130x10³K) 726 g C₂H5OC₂H5 (liquid, 308K) 38 g Cr (solid, 2.130x10³K)

Which of the following transformations represent an increase in the entropy of the system. Choose all that apply 4 mol Xe (0.806 atm, 247K) 4 mol Xe (0.806 atm, 494K) 26 g C₂H5OC₂H5 (liquid, 167K) 26 g C₂H5OC₂H5 (liquid, 298K) 3 mol Ar (5.18 L. 214K) 3 mol Ar (10.4 L. 214K) 26 g C₂H5OC₂H5 (gas, 308K) 38 g Cr (liquid, 2.130x10³K) 726 g C₂H5OC₂H5 (liquid, 308K) 38 g Cr (solid, 2.130x10³K)

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter16: Thermodynamics: Directionality Of Chemical Reactions
Section: Chapter Questions
Problem 29QRT
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Which of the following transformations represent an increase in the entropy of the system. Choose all that apply 4 mol Xe (0.806 atm, 247K) 4 mol Xe (0.806 atm, 494K) 26 g C₂H5OC₂H5 (liquid, 167K) 26 g C₂H5OC₂H5 (liquid, 298K) 3 mol Ar (5.18 L, 214K) 3 mol Ar (10.4 L, 214K) 26 g C₂H5OC₂H5s (gas, 308K) 38 g Cr (liquid, 2.130x10³K) 26 g C₂H5OC₂H5 (liquid, 308K) 38 g Cr (solid, 2.130x10³K)
Transcribed Image Text:Which of the following transformations represent an increase in the entropy of the system. Choose all that apply 4 mol Xe (0.806 atm, 247K) 4 mol Xe (0.806 atm, 494K) 26 g C₂H5OC₂H5 (liquid, 167K) 26 g C₂H5OC₂H5 (liquid, 298K) 3 mol Ar (5.18 L, 214K) 3 mol Ar (10.4 L, 214K) 26 g C₂H5OC₂H5s (gas, 308K) 38 g Cr (liquid, 2.130x10³K) 26 g C₂H5OC₂H5 (liquid, 308K) 38 g Cr (solid, 2.130x10³K)
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