Given the definition of partial current densities, this equation is derived from empirical considerations by considering the energy at which the partial currents are equal are equal; the same empirical equation substituted with the reversible potential yields the Butler-Volmer equation. The explicit form of this equation contains the ratio of the concentrations of the oxidized and reduced species, though this is often exchanged for the reaction quotient, Q, in practice. FTP name the equation that states that a cell's potential with respect to a standard potential, at w
Given the definition of partial current densities, this equation is derived from empirical considerations by considering the energy at which the partial currents are equal are equal; the same empirical equation substituted with the reversible potential yields the Butler-Volmer equation. The explicit form of this equation contains the ratio of the concentrations of the oxidized and reduced species, though this is often exchanged for the reaction quotient, Q, in practice. FTP name the equation that states that a cell's potential with respect to a standard potential, at which Q is 1, is proportional to the natural logarithm of Q and is named for a Nobel laureate.
Given the definition of partial current densities, this equation is derived from empirical considerations by considering the energy at which the partial currents are equal are equal; the same empirical equation substituted with the reversible potential yields the Butler-Volmer equation.
Nernst Equation