The redox potential of one redox pair is 0.21 (A/A-1) and the other redox pair has a reduction potential of 0.05 (B+1/B). What is the free energy change if you assume 3 electrons? A. (3)(23)(0.16)kcal B. -(3)(23)(0.16)kcal C. -(3)(96.5)(0.16)kcal D. -(3)(23)(0.26)kcal E. (3)(23)(0.26)kcal
The redox potential of one redox pair is 0.21 (A/A-1) and the other redox pair has a reduction potential of 0.05 (B+1/B). What is the free energy change if you assume 3 electrons? A. (3)(23)(0.16)kcal B. -(3)(23)(0.16)kcal C. -(3)(96.5)(0.16)kcal D. -(3)(23)(0.26)kcal E. (3)(23)(0.26)kcal
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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![The redox potential of one redox pair is 0.21 (A/A-1) and the other redox pair has
a reduction potential of 0.05 (B+1/B). What is the free energy change if you
assume 3 electrons?
A. (3)(23)(0.16)kcal
B. -(3)(23)(0.16)kcal
C. -(3)(96.5)(0.16) kcal
D. -(3)(23)(0.26)kcal
E. (3)(23)(0.26)kcal](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F179fe2c7-ddab-4b96-93c1-14d1f4d2aae9%2F4070aca5-8344-4a11-903d-375262059b7e%2Fummca9o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The redox potential of one redox pair is 0.21 (A/A-1) and the other redox pair has
a reduction potential of 0.05 (B+1/B). What is the free energy change if you
assume 3 electrons?
A. (3)(23)(0.16)kcal
B. -(3)(23)(0.16)kcal
C. -(3)(96.5)(0.16) kcal
D. -(3)(23)(0.26)kcal
E. (3)(23)(0.26)kcal
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