The Nernst equation has a physiological application when used to calculate the potential of an ion of charge across a membrane.
12.
The reversal potential is often called the " Nernst potential ", as it can be calculated from the Nernst equation.
13.
The voltage at which electrolysis is thermodynamically preferred is the difference of the electrode potentials as calculated using the Nernst equation.
14.
This complicates the use of the Nernst equation, since estimation of non-ideal activities of ions generally requires experimental measurements.
15.
Do you set up separate Nernst equations for each half-cell, or write a Nernst equation for the whole reaction?
16.
Do you set up separate Nernst equations for each half-cell, or write a Nernst equation for the whole reaction?
17.
Applying the Nernst Equation above, one may account for these differences by changes in relative K + concentration or differences in temperature.
18.
How do you use the Nernst equation when the donor species and the receiving species give and receive a different amount of electrons?
19.
He constructed an equation, known as Nernst Equation, which describes the relation of a battery cell's voltage to its properties.
20.
The voltage measured between the electrodes is proportional to the logarithm of the sodium ion activity or concentration, according to the Nernst equation.
