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Which of the following describes the entropy change in the given reaction? 2 C₁₂O(g) →2 Cl2(g) + 7 O̟₂(g) A B C E The entropy change is negative because a larger molecule (C₁₂O) is converted into two smaller molecules (CI, and O₂). The entropy change is zero because the reactants and products are all gases. The entropy change cannot be determined because the temperature is not specified. The entropy change is negative because there are more moles of products than reactants. The entropy change is positive because there are more moles of products than reactants.

Which of the following describes the entropy change in the given reaction? 2 C₁₂O(g) →2 Cl2(g) + 7 O̟₂(g) A B C E The entropy change is negative because a larger molecule (C₁₂O) is converted into two smaller molecules (CI, and O₂). The entropy change is zero because the reactants and products are all gases. The entropy change cannot be determined because the temperature is not specified. The entropy change is negative because there are more moles of products than reactants. The entropy change is positive because there are more moles of products than reactants.

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter10: Entropy And The Second Law Of Thermodynamics
Section: Chapter Questions
Problem 10.70PAE
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Which of the following describes the entropy change in the given reaction? 2 C₁₂O(g) →2 Cl2(g) + 7 O̟₂(g) A B C E The entropy change is negative because a larger molecule (C₁₂O) is converted into two smaller molecules (CI, and O₂). The entropy change is zero because the reactants and products are all gases. The entropy change cannot be determined because the temperature is not specified. The entropy change is negative because there are more moles of products than reactants. The entropy change is positive because there are more moles of products than reactants.
Transcribed Image Text:Which of the following describes the entropy change in the given reaction? 2 C₁₂O(g) →2 Cl2(g) + 7 O̟₂(g) A B C E The entropy change is negative because a larger molecule (C₁₂O) is converted into two smaller molecules (CI, and O₂). The entropy change is zero because the reactants and products are all gases. The entropy change cannot be determined because the temperature is not specified. The entropy change is negative because there are more moles of products than reactants. The entropy change is positive because there are more moles of products than reactants.
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