we created a galvanic cell using zinc and copper electrode immersed in zinc sulfate and copper sulfate respectively. the concentration of copper sulfate is 0.05 M.the reading on the multimeter was 1.06 V. T = 23°C calculate the concentration of zinc sulfate using nernst equation. Table 2. Zinc-copper Galvanic CellZn-Cu CellReduction Half-ReactionStandard Reduction Potential (Eº), VAnode (Oxidation)Zno) → Zn2* (a9) + 2e-- 0.72Cathode (Reduction) Cu²*a9) + 2e → Cuo)+ 0.34Overall Cell Reaction_| Znø) + Cu²*(ag) → Zn²+* (a9) + Cuw)Zno | Zn2" (a) || Cu²*» ] Cum)E°cell = E°red (cathode) – E°red (anode)E°cell = 0.34 V -(-0.72 V)E°cell = 1.06 VCell NotationCalculate the concentration of zinc sulfate solution usingNernst equation.

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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

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we created a galvanic cell using zinc and copper electrode immersed in zinc sulfate and copper sulfate respectively. the concentration of copper sulfate is 0.05 M. the reading on the multimeter was 1.06 V. T = 23°C calculate the concentration of zinc sulfate using nernst equation.

Table 2. Zinc-copper Galvanic Cell
Zn-Cu Cell
Reduction Half-Reaction
Standard Reduction Potential (Eº), V
Anode (Oxidation)
Zno) → Zn2* (a9) + 2e-
- 0.72
Cathode (Reduction) Cu²*a9) + 2e → Cuo)
+ 0.34
Overall Cell Reaction_| Znø) + Cu²*(ag) → Zn²+* (a9) + Cuw)
Zno | Zn2" (a) || Cu²*» ] Cum)
E°cell = E°red (cathode) – E°red (anode)
E°cell = 0.34 V -(-0.72 V)
E°cell = 1.06 V
Cell Notation
Calculate the concentration of zinc sulfate solution using
Nernst equation.

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