2. Calculate the equilibrium temperature to determine when the reaction is spontaneous. AHn=-110.0 kJ/mol ASn = - 450.0 J/mol K Change signs as you wish. (A) It is always spontaneous AH-, AS+ (B) It is never spontaneous when AH+, AS- (C) It is spontaneous when T> 244 K when AH+, AS+ (D) It is spontaneous when T <244 Khen AH-, AS- 3. Pick one from column A and one from column B which has the All substanca

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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2. Calculate the equilibrium temperature to determine when the reaction is spontaneous.
AHn=-110.0 kJ/mol ASn = - 450.0 J/mol K Change signs as you wish.
(A) It is always spontaneous AH-, AS+
(B) It is never spontaneous when AH+, AS-
(C) It is spontaneous when T> 244 K when AH+, AS+
(D) It is spontaneous when T <244 Ken AH-, AS-
3. Pick one from column A and one from column B which has the
All substanca
Transcribed Image Text:2. Calculate the equilibrium temperature to determine when the reaction is spontaneous. AHn=-110.0 kJ/mol ASn = - 450.0 J/mol K Change signs as you wish. (A) It is always spontaneous AH-, AS+ (B) It is never spontaneous when AH+, AS- (C) It is spontaneous when T> 244 K when AH+, AS+ (D) It is spontaneous when T <244 Ken AH-, AS- 3. Pick one from column A and one from column B which has the All substanca
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