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Balance the following reaction and then determine the equilibrium constant K for the reaction at 25°C. M2*(aq) + T*(aq) M(s) + T2*(aq) The standard reduction potentials are: M2+(ag) + 2e M(s) E°(red) = -0.23 V T2*(aq) + 1e→ T*(aq) E°(red) = +0.77 V Recall E°(cell) = E°(cat) – E°(ano) Recall E(cell) = E°(cell) - [RT/nF] InQ %3D Recall E(cell) = E°(cell) - [(0.0592 V)/n] logQ at 25 °C R= 8.3144 Jx K-1x mol-1 F = 96,485 C/mol

Balance the following reaction and then determine the equilibrium constant K for the reaction at 25°C. M2*(aq) + T*(aq) M(s) + T2*(aq) The standard reduction potentials are: M2+(ag) + 2e M(s) E°(red) = -0.23 V T2*(aq) + 1e→ T*(aq) E°(red) = +0.77 V Recall E°(cell) = E°(cat) – E°(ano) Recall E(cell) = E°(cell) - [RT/nF] InQ %3D Recall E(cell) = E°(cell) - [(0.0592 V)/n] logQ at 25 °C R= 8.3144 Jx K-1x mol-1 F = 96,485 C/mol

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter17: Electrochemistry And Its Applications
Section: Chapter Questions
Problem 110QRT
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M(s) and T(s) represent two different metals. Balance the following reaction and then determine the equilibrium constant Kfor the reaction at 25 °C. M2*(aq) + T*(ag) M(s) + T2+(aq) The standard reduction potentials are: M2 (aq) + 2e → M(s) E°(red) = -0.23 V M²+ T2(aq) + 1e T (aq) E°(red) = +0.77 V Recall E (cell) = E°(cat) - E°(ano) Recall E(cell) = E°(cell) -[RT/nF] InQ Recall E(cell) = E°(cell) - [(0.0592 V)/n] logQ at 25 °C R= 8.3144 Jx K-1xmol-1 F-96,485 C/mal
Transcribed Image Text:M(s) and T(s) represent two different metals. Balance the following reaction and then determine the equilibrium constant Kfor the reaction at 25 °C. M2*(aq) + T*(ag) M(s) + T2+(aq) The standard reduction potentials are: M2 (aq) + 2e → M(s) E°(red) = -0.23 V M²+ T2(aq) + 1e T (aq) E°(red) = +0.77 V Recall E (cell) = E°(cat) - E°(ano) Recall E(cell) = E°(cell) -[RT/nF] InQ Recall E(cell) = E°(cell) - [(0.0592 V)/n] logQ at 25 °C R= 8.3144 Jx K-1xmol-1 F-96,485 C/mal
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