For the given cell \(F{e}^{2+}{}_{(aq)}+A{g}^{+}{}_{(aq)}\to F{e}^{3+}{}_{(aq)}+A{g}_{(s)}\) The standard cell potential…

For the given cell

\(F{e}^{2+}{}_{(aq)}+A{g}^{+}{}_{(aq)}\to F{e}^{3+}{}_{(aq)}+A{g}_{(s)}\)

The standard cell potential of the above reaction is

Given

\(A{g}^{+}+{e}^{-}\to Ag{E}^{\theta }=xV\)

\(F{e}^{2+}+2{e}^{-}\to Fe{E}^{\theta }=yV\)

\(F{e}^{3+}+3{e}^{-}\to Fe{E}^{\theta }=zV\)