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3. Determine AE for a reaction in which Ag+ is reduced to Ag(s) by oxidation of Br to Br2(aq) in an ideal solution at 25 °C containing 104 M Ag*, 103.7 M Br, and 105 M Br2(aq). Is this a spontaneous reaction? (Note: the reduction potential for Br2(aq) to Br is 1,098 mv)

3. Determine AE for a reaction in which Ag+ is reduced to Ag(s) by oxidation of Br to Br2(aq) in an ideal solution at 25 °C containing 104 M Ag*, 103.7 M Br, and 105 M Br2(aq). Is this a spontaneous reaction? (Note: the reduction potential for Br2(aq) to Br is 1,098 mv)

Chemistry
Chemistry
10th Edition
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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the COD test. 3. Determine AE for a reaction in which Ag+ is reduced to Ag(s) by oxidation of Br to Br2(aq) in an ideal solution at 25 °C containing 10ª M Ag*, 103.7 M Br, and 105 M Br2(aq). Is this a spontaneous reaction? (Note: the reduction potential for Br2(aq) to Br is 1,098 mv) 4. Identify the electron donor and the electron acceptor, and calculate Ape° and AF°. given that AF° and pe° for the conversion of l2ac) to I: is 535 mV
Transcribed Image Text:the COD test. 3. Determine AE for a reaction in which Ag+ is reduced to Ag(s) by oxidation of Br to Br2(aq) in an ideal solution at 25 °C containing 10ª M Ag*, 103.7 M Br, and 105 M Br2(aq). Is this a spontaneous reaction? (Note: the reduction potential for Br2(aq) to Br is 1,098 mv) 4. Identify the electron donor and the electron acceptor, and calculate Ape° and AF°. given that AF° and pe° for the conversion of l2ac) to I: is 535 mV
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