The Electrochemical Potential for an Ion in Solution Is Given $\mu=R T \ln C+Z \mathfrak{S} \Psi$

question 7

Multiple Choice

The electrochemical potential for an ion in solution is given as

• A) \( \mu=R T \ln C+Z \mathfrak{S} \Psi \)
• B) \( \mu=\mu^{0}+R T C+z \Im \Psi \)
• C) \( \mu=\Delta \mu^{0}+R T \Delta C+Z \mathfrak{S} \Delta \Psi \)
• D) \( \mu=\mu^{0}+\mathrm{RT} \ln \mathrm{C}+\mathbf{z} \mathfrak{S} \Psi \)
• E) \( \mu=-R T \ln K_{e q} \)

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