$4\mathrm{.}3$ Consider the electrolysis of a solution containing and $0\mathrm{.}1$MFe$(Cl{O}_4{)}_2$ at platinum electrodes:

$F{e}^{2+}F{e}^{3+}+e(anode)$

$F{e}^{3+}+eF{e}^{2+}(cathode)$

Assume that both salts are completely dissociated, that the $$ values for $F{e}^{3+},F{e}^{2+},$ and $Cl{O}_4^{-}$are equal, and that $10$e are passed in the external circuit per unit time. Show the balance sheet for the steady$-$state operation of this system.