1. The difference between the two electrode potentials equals the cell potential . 2. A positive cell potential gives a negative change in Gibbs free energy. 3. Cell potentials have a possible range of roughly zero to 6 volts.4. A primary ATPase universal to all animal life is the cell potential . 5. Higher cell potentials are possible with cells using other solvents instead of water. 6. The electrolyte concentration is given as it is an important variable in determining the cell potential . 7. The cell potential depends on the concentration of the reactants, as well as their type. 8. The cell membrane is cell potential . 9. When reactant concentrations differ from standard conditions, the cell potential will deviate from the standard potential. 10. As the cell is discharged, the concentration of the reactants decreases, and the cell potential also decreases.
Mobile