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Graph 3. Ecell vs - Log[concentration of Anode solution, M] Table 4. Final Results Ecell saturated solution of CuC,04, 0.148 Equation of the trendline in terms of Ecell and log (M) Slope Value - log (M) Molarity Cu", M Molar solubility CuC,04, M Ksp CuC,O, Accepted Ksp Experimental Error, % 4.43E-10

Graph 3. Ecell vs - Log[concentration of Anode solution, M] Table 4. Final Results Ecell saturated solution of CuC,04, 0.148 Equation of the trendline in terms of Ecell and log (M) Slope Value - log (M) Molarity Cu", M Molar solubility CuC,04, M Ksp CuC,O, Accepted Ksp Experimental Error, % 4.43E-10

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please show calculations for how to get calculated potential using nernst equation and -log

-Log needed to create graph to solve table 4

Graph 3. Ecell vs - Log[concentration of Anode solution, M] Table 4. Final Results Ecell saturated solution of CuC204, V 0.148 Equation of the trendline in terms of Ecell and log (M) Slope Value - log (M) Molarity Cu*, M Molar solubility CuC,04, M Ksp CuC,0, Accepted Ksp Experimental Error, % 4.43E-10
Transcribed Image Text:Graph 3. Ecell vs - Log[concentration of Anode solution, M] Table 4. Final Results Ecell saturated solution of CuC204, V 0.148 Equation of the trendline in terms of Ecell and log (M) Slope Value - log (M) Molarity Cu*, M Molar solubility CuC,04, M Ksp CuC,0, Accepted Ksp Experimental Error, % 4.43E-10
For the saturated solution of CuC,0, in the anode half-cell, and 1.0M Cu“ in the cathode half-cell, the measured cell potential is 0.148V Table 3. Cell Potentials of Concentration Copper Cell Anode: Copper (Cu) Cathode Copper (Cu) Cathode Anode electrolyte Measured electrolyte -Log[Anode] concentration, M Potential, V concentration, M 1.0 1.0 0.000 0.10 1.0 1 0.028 0.010 1.0 2 0.053 0.0010 1.0 3 0.080 0.00010 1.0 4 0.109 0.000010 1.0 0.155 0.0000010 1.0 0.185
Transcribed Image Text:For the saturated solution of CuC,0, in the anode half-cell, and 1.0M Cu“ in the cathode half-cell, the measured cell potential is 0.148V Table 3. Cell Potentials of Concentration Copper Cell Anode: Copper (Cu) Cathode Copper (Cu) Cathode Anode electrolyte Measured electrolyte -Log[Anode] concentration, M Potential, V concentration, M 1.0 1.0 0.000 0.10 1.0 1 0.028 0.010 1.0 2 0.053 0.0010 1.0 3 0.080 0.00010 1.0 4 0.109 0.000010 1.0 0.155 0.0000010 1.0 0.185
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