The right plate is moved to the left as shown. Describe how each of the following quantities will change (if at all). Explain your reasoning. . the potential difference AV between the plates. . the electric field both outside and between the plates. . the charge density on each plate. Write expressions for the following quantities in terms of V. and d (the new distance between the plates). . the magnitude of the electric field between the plates. . the charge density on each plate. Find AV (the ratio of the net charge on one plate to the potential difference between the plates). How, if at all, would the ratio - change if the charge if the voltage of the battery was 2V.?Two very large thin conducting plates are a distance D apart and connected to a battery Vo . The surface area of the face of each plate is A. A side view of a small portion near the center of the plates is shown below. (Ignore the fringing fields near the plate edges.) X - X w X NX Write expressions for the following quantities in terms of the given variables and explain your reasoning for each: . the electric field at point 1. the electric field at point 2 . . the electric field at point 3 . . the electric field at point 4 . . the charge density on each plate