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a. Calculate Eº for the process AgIO3+eAg +10, E° 0.799 E b. Write the Nernst equation expression for b. Use the cell diagram notation to describe a cell consisting of a saturated calo 10 reference electrode and a silver indicator electrode the potential for 10, c. The equation that relates the potential of the cell to is given below E=0.799-0.0592log [10] Ksp where Ksp =[Ag"][IO]=3.1×10 Calculate E, if [IO]=1.00M

a. Calculate Eº for the process AgIO3+eAg +10, E° 0.799 E b. Write the Nernst equation expression for b. Use the cell diagram notation to describe a cell consisting of a saturated calo 10 reference electrode and a silver indicator electrode the potential for 10, c. The equation that relates the potential of the cell to is given below E=0.799-0.0592log [10] Ksp where Ksp =[Ag"][IO]=3.1×10 Calculate E, if [IO]=1.00M

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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a. Calculate Eº for the process E° 0.799 AgIO3 + e¯ ⇒ Ag(s) + IO3 (6) E 18 b. Write the Nernst equation expression for b. Use the cell diagram notation to describe a cell consisting of a saturated calo 10, reference electrode and a silver indicator electrode the potential for The equation that relates the potential of the cell to 10 is given below [107] Ksp where Ksp =[Ag"][IO]=3.1×10 E-0.799-0.0592log Calculate E, if [IO]=1.00M
Transcribed Image Text:a. Calculate Eº for the process E° 0.799 AgIO3 + e¯ ⇒ Ag(s) + IO3 (6) E 18 b. Write the Nernst equation expression for b. Use the cell diagram notation to describe a cell consisting of a saturated calo 10, reference electrode and a silver indicator electrode the potential for The equation that relates the potential of the cell to 10 is given below [107] Ksp where Ksp =[Ag"][IO]=3.1×10 E-0.799-0.0592log Calculate E, if [IO]=1.00M
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