A parallel plate capacitor of area A=100 cm^2 and plate separation d=1mm is filled with distilled water (dielectric constant k=80 and resistivity...

A parallel plate capacitor of area A=100 cm^2 and plate separation d=1mm is filled with distilled water (dielectric constant k=80 and resistivity p=2.5x10.5^5 ohmmeters). It is then connected to a 100V battery as shown. By Ohm's law, there will be a current through the material.a.)Explain why this system can be represented by a capacitor and a resistor connected in parallel to a batter (as opposed to being representable by a series connection).b.) Draw a diagram that represents this system, neglecting the internal resistance of the wires and the battery. Calculate the current I (in amperes) that circulates through the battery, and the charge Q (in Coulombs) on one of the capacitor's plates. (The MKS value of Eo (emissivity) is 8.8x10^-12 f/m).