A flat plate is uniformly charged so that a constant electric field exists near it. The magnitude of the electric field Is 32.0 N/C. Five equipotentials of this field are illustrated. Level 1 Is the surface of the plate Itself. The levels are equally spaced. (1) Directly on the diagram, draw some of the electric field lines. (2) When a test charge go, = +0.240 C is placed on level 3, it is measured to have +162 / of electric potential energy (with respect to some origin, charged not specified and not illustrated, but already chosen). Use this information to calculate the voltage Vy at level 3. (3) If a different test-charge of dog - -5.00 C were to be placed on level 3, what would its potential energy be, with respect to the same origin? Suppose that the potential at level 5 is 451 V. (4) Under these conditions, calculate the distance d between levels 3 and level 5. Clearly explain/show how you figured this out