This fundamental equation does not include a term that accounts for the ohmic loss caused by current flow, and that term appears in the Butler-Volmer equation. One equation often used in conjunction with this statement accounts for the flux of ions moving across a membrane. That modification calculates membrane potentials of living cells and is named for Goldman. This equation states that the product of RT over NF and the natural log of a reaction quotient yields the change in a cell's electric potential. For 10 points, name this equation that can be used to calculate equilibrium reduction potential of electrochemical
This fundamental equation does not include a term that accounts for the ohmic loss caused by current flow, and that term appears in the Butler-Volmer equation. One equation often used in conjunction with this statement accounts for the flux of ions moving across a membrane. That modification calculates membrane potentials of living cells and is named for Goldman. This equation states that the product of RT over NF and the natural log of a reaction quotient yields the change in a cell's electric potential. For 10 points, name this equation that can be used to calculate equilibrium reduction potential of electrochemical half cells.
This fundamental equation does not include a term that accounts for the ohmic loss caused by current flow, and that term appears in the Butler-Volmer equation.
Nernst equation