The Nernst equation for the single electrode reduction potential for a given ionic concentration in the solution in the case,
\(M^{n+}_{(aq)}\) + ne- → M(s) is given by
\(E_{M^{n+}/M}\) is the single electrode potential,
\(E^0_{M^{n+}/M}\) is the standard reduction electrode potential,
R is the gas constant = 8.314 JK-1mol-1
T is the absolute temperature,
n is the number of electrons involved in the reaction,
F is Faraday (96500 C)
[Mn+] is the molar concentration of ions.
