The redox reaction in a galvanic cell is as follows: 2Al + 3Sn4+ → 2A13+ + 3Sn²+ A. Write the cell diagram for the reaction. a. 2AI | 2A13* || 3SN4+ | 3 Sn2* b. Sn** | Sn2* || Al | Al3+ c. Al | Sn4* || A3* | Sn2* d. Al | A3* || Sn** | Sn2+ B. How many electrons are transferred (n) during the redox reaction? C. If the E° value for the oxidation half reaction is -1.66 V while the E° value for the reduction half reaction is +0.13 V, find the cell potential D. Find the AG° for the reaction.

The redox reaction in a galvanic cell is as follows: 2Al + 3Sn4+ → 2A13+ + 3Sn²+ A. Write the cell diagram for the reaction. a. 2AI | 2A13* || 3SN4+ | 3 Sn2* b. Sn** | Sn2* || Al | Al3+ c. Al | Sn4* || A3* | Sn2* d. Al | A3* || Sn** | Sn2+ B. How many electrons are transferred (n) during the redox reaction? C. If the E° value for the oxidation half reaction is -1.66 V while the E° value for the reduction half reaction is +0.13 V, find the cell potential D. Find the AG° for the reaction.

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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Question

The redox reaction in a galvanic cell is as follows:
2Al + 3Sn4+ → 2A13+ + 3Sn²+
A. Write the cell diagram for the reaction.
a. 2AI | 2AI3* || 3SN4* | 3 Sn2+
b. Sn** | Sn2+ || Al | AI3+
c. Al | Sn4+ || Al3+ | Sn2+
d. Al | Al3* || Sn4* | Sn2+
B. How many electrons are transferred (n) during the redox reaction?
C. If the E° value for the oxidation half reaction is -1.66 V while the E° value for
the reduction half reaction is +0.13 V, find the cell potential
D. Find the AG° for the reaction.

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