At SATP, which reaction below is spontaneous? A. CO2(s)→CO2(l) B. CO2(s)→CO2(g) C. CO2(g)→CO2(l) D. CO2(l)→CO2(s) Which statement about entropy is true? A. Entropy always increases. B. There is no change in entropy if there is no temperature change. C. Entropy is zero for reversible reactions. D. Entropy is zero if all rotational, translational, and vibrational motion stops. For the reaction KCl(s)→KCl(aq), A. ∆S<0 B. ∆S=0 C. ∆S=1 D. ∆S>0
At SATP, which reaction below is spontaneous? A. CO2(s)→CO2(l) B. CO2(s)→CO2(g) C. CO2(g)→CO2(l) D. CO2(l)→CO2(s) Which statement about entropy is true? A. Entropy always increases. B. There is no change in entropy if there is no temperature change. C. Entropy is zero for reversible reactions. D. Entropy is zero if all rotational, translational, and vibrational motion stops. For the reaction KCl(s)→KCl(aq), A. ∆S<0 B. ∆S=0 C. ∆S=1 D. ∆S>0
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter18: Principles Of Chemical Reactivity: Entropy And Free Energy
Section: Chapter Questions
Problem 68SCQ: Explain why each of the following statements is incorrect. (a) Entropy increases in all spontaneous...
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At SATP, which reaction below is spontaneous?
A. | CO2(s)→CO2(l) |
B. | CO2(s)→CO2(g) |
C. | CO2(g)→CO2(l) |
D. | CO2(l)→CO2(s) |
Which statement about entropy is true?
A. | Entropy always increases. |
B. | There is no change in entropy if there is no temperature change. |
C. | Entropy is zero for reversible reactions. |
D. | Entropy is zero if all rotational, translational, and vibrational motion stops. |
For the reaction KCl(s)→KCl(aq),
A. | ∆S<0 |
B. | ∆S=0 |
C. | ∆S=1 |
D. | ∆S>0 |
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