A) µ⁰
B) RT ln C
C) RTC
D) z $\Im \psi$
E) -D $\partial$ C/ $\partial$ x

A) $\triangle$ G = 0
B) $\triangle$ G < 0
C) $\triangle$ G = RT ln K_eq
D) $\triangle$ µ = RT ln C
E) Both A and C are correct

A) Is the Gibbs Free energy per molecule
B) = RT ln C + z $\Im$ $\psi$ (where R is the gas constant, T is temperature, T is the Faraday and R is the electrical potential)
C) $=\mu^{\circ}+\mathbf{R T} \ln \mathbf{C}+\mathbf{z} \mathfrak{I} \Psi$
D) Is zero at equilibrium
E) Both A and C are correct