One generalization of this equation can be applied across the Stern layer after applying theFrumkin correction. Combined with activities, this equation is used to derive the boundary linesfound in Pourbaix diagrams. At equili
One generalization of this equation can be applied across the Stern layer after applying theFrumkin correction. Combined with activities, this equation is used to derive the boundary linesfound in Pourbaix diagrams. At equilibrium, this equation can be derived by setting the reaction rateto zero in the Butler-Volmer equation. One generalization of this equation multiplies each term witha permeability and is used to find the (*) resting potential across a cell membrane. The coefficient of thisequation is RT over zF, which at 25 degrees Celsius reduces to 0.0592 over z volts. This equation is used tofind the reduction potential of a half-cell. For 10 points, name this basic equation of electrochemistry.
One generalization of this equation can be applied across the Stern layer after applying theFrumkin correction.
Nernst equation [accept Butler-Volmer equation before mention]