The natural log of the ratio of the activities of the oxidized and reduced agents, multiplied by a constant, gives the difference between the standard potential and the potential at the indicator electrode.
The natural log of the ratio of the activities of the oxidized and reduced agents, multiplied by a constant, gives the difference between the standard potential and the potential at the indicator electrode. This law was formulated by a German chemist who also postulated that above absolute zero, all matter tends to randomness and energy tends to dissipate. For ten points, name this formulator of the third law of thermodynamics.
The natural log of the ratio of the activities of the oxidized and reduced agents, multiplied by a constant, gives the difference between the standard potential and the potential at the indicator electrode.
Walther Nernst