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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)
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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