That means we take this number of electrons and we multiply by our charge per electron. We see that averagadro's number of electrons per mole times 1.622 times ten to the negative 19 kilos per electron, which we got from here. The electrons cancel, and we get our units to be Coulomb per mole. So the charge of a single mole of electron electrons is 96,484 Coulombs per mole of electron. So when we have 6.22 times ten to the 23 electrons in our cell, that means our cell has a charge of 96,484 klombs. So we can represent this equation in another way.