Reduction Potential using Nernst Equation

This CalcTown calculator calculates the reduction potential from the standard Reduction potential of a half-cell (or a battery) and concentration of the chemical species using the Nernst equation.

*Please enter 1 for the remaining concentration fields if lesser number of entities are involved.

**Please enter 1 for all pure liquid and pure solid reactants or products.

Standard Reduction Potential

V/m

Enter the number of electrons involved

Concentration of reactant 1 (A)

stoichiometric coefficient of reactant A (a)

Concentration of reactant 2 (B)

stoichiometric coefficient of reactant B (b)

Concentration of Product 1 (C)

stoichiometric coefficient of reactant C (c)

Concentration of Product 2 (D)

stoichiometric coefficient of reactant D (d)

Result

Reduction Potential