The following galvanic cell is constructed at 273 K. Each aqueous phase reactant and product has a concentration of 0.0010 M. Each gas phase reactant and product has a partial pressure of 0.100 atm. graphite(s) | X2(g) | XO4^–, H+ || YO3^-, YO2^–, H^+| graphite(s) 1. The cell potential at 273 K is 0.15 V. Given that the standard potential for the reduction of YO3– to YO2– is 0.34 V at 273 K, calculate the standard potential for the reduction XO4^- to X2 2. Identify the signs of delta S, delta H, and delta G for the cell reaction. Justify your choices.
The following galvanic cell is constructed at 273 K. Each aqueous phase reactant and product has a concentration of 0.0010 M. Each gas phase reactant and product has a partial pressure of 0.100 atm. graphite(s) | X2(g) | XO4^–, H+ || YO3^-, YO2^–, H^+| graphite(s) 1. The cell potential at 273 K is 0.15 V. Given that the standard potential for the reduction of YO3– to YO2– is 0.34 V at 273 K, calculate the standard potential for the reduction XO4^- to X2 2. Identify the signs of delta S, delta H, and delta G for the cell reaction. Justify your choices.
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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The following galvanic cell is constructed at 273 K. Each aqueous phase reactant and product has a
concentration of 0.0010 M. Each gas phase reactant and product has a partial pressure of 0.100 atm.
graphite(s) | X2(g) | XO4^–, H+ || YO3^-, YO2^–, H^+| graphite(s)
1. The cell potential at 273 K is 0.15 V. Given that the standard potential for the reduction of YO3– to
YO2– is 0.34 V at 273 K, calculate the standard potential for the reduction XO4^- to X2
2. Identify the signs of delta S, delta H, and delta G for the cell reaction. Justify your choices.
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