When a single electron is transferred in a redox reaction, the cell potential decreases by approximately 60 millivolts when the electrolyte concentrat
When a single electron is transferred in a redox reaction, the cell potential decreases by approximately 60 millivolts when the electrolyte concentration is increased by a factor of ten. This is a consequence of—for 10 points—what basic law of electrochemistry, which can be used to derive an expression for the potential of any electrolytic cell?
When a single electron is transferred in a redox reaction, the cell potential decreases by approximately 60 millivolts when the electrolyte concentration is increased by a factor of ten.
{Nernst} equation