To determine the polarization of the cell, we first need to calculate the standard cell potential E for the given reaction. The overall reaction in this cell is:Zn s + Cu aq Zn aq + Cu s The standard reduction potentials for the half-reactions are:Zn aq + 2e Zn s E = -0.76 VCu aq + 2e Cu s E = +0.34 VTo obtain the overall cell potential, we add the standard reduction potentials:E cell = E cathode - E anode = 0.34 V - -0.76 V = 1.10 VNow that we have the standard cell potential, we can compare it to the measured cell potential to determine the polarization. The polarization P is the difference between the measured potential E and the standard potential E :P = E - EIn this case, the measured potential difference is given as 1.10 V, which is equal to the standard cell potential:P = 1.10 V - 1.10 V = 0 VTherefore, the polarization of the cell is 0 V. This means that there is no overpotential or concentration polarization affecting the cell, and the cell is operating at its standard conditions.