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1. For an electrochemical copper reduction reaction at 25C and 101 kPa, calculate (a) the Gibbs free energy change AG as the driving force, (b)

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1. For an electrochemical copper reduction reaction at 25C and 101 kPa, calculate (a) the Gibbs free energy change AG as the driving force, (b) the equilibrium constant K and (c) the copper ion concentration Cu2+] in g/L. Consider the cathodic reaction only and assume [Cu]=1mol/L

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