Arrange these compounds in order of increasing standard molar entropy at 25°C: C3H8(g), C2H4(g), ZnS(s), and H2O(l). Select one: a. ZnS(s) < H2O(l) < C3H8(g) < C2H4(g) b. ZnS(s) < C3H8(g) < C2H4(g) < H2O(l) c. C2H4(g) < H2O(l) < C3H8(g) < NaCl(s) d. ZnS(s) < H2O(l) < C2H4(g) < C3H8(g) e. C3H8(g) < C2H4(g) < H2O(l) < ZnS(s)
Arrange these compounds in order of increasing standard molar entropy at 25°C: C3H8(g), C2H4(g), ZnS(s), and H2O(l). Select one: a. ZnS(s) < H2O(l) < C3H8(g) < C2H4(g) b. ZnS(s) < C3H8(g) < C2H4(g) < H2O(l) c. C2H4(g) < H2O(l) < C3H8(g) < NaCl(s) d. ZnS(s) < H2O(l) < C2H4(g) < C3H8(g) e. C3H8(g) < C2H4(g) < H2O(l) < ZnS(s)
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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Arrange these compounds in order of increasing standard molar entropy at 25°C:
C3H8(g), C2H4(g), ZnS(s), and H2O(l).
Select one:
a. ZnS(s) < H2O(l) < C3H8(g) < C2H4(g)
b. ZnS(s) < C3H8(g) < C2H4(g) < H2O(l)
c. C2H4(g) < H2O(l) < C3H8(g) < NaCl(s)
d. ZnS(s) < H2O(l) < C2H4(g) < C3H8(g)
e. C3H8(g) < C2H4(g) < H2O(l) < ZnS(s)
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