Displacement between the bars = Using the equation, V' = Ed , the total displacement between the bars, and the total voltage, calculate the electric field between the plates. What do you notice about the MAGNITUDE of the electric field between the bars and the electric field between equipotential lines? Calculate a % difference between the electric field between the bars and the electric field between equipotential lines Sketch in the electric field lines on your equipotential map. What do you notice about the orientation of the electric field lines and the equipotential lines? What kind of relationship is there between Voltage and Displacement? \fUsing the same procedure from part I, map several equipotential lines around the tfloating conductor and sketch and label these lines on the paper provided. 1. Measure and record the diameter of the floating conductor. Diameter = 2. Measure and record the voltage INSIDE the conductor. Do this for TWO points on the vertical axis as well as horizontal axis. Vavertical V vertical V> horizontal V1 horizontal 3. Identify the points you choose on the picture below. What is the magnitude of the electric field INSIDE the conductor and justify your answer in detail. Does the floating conductor have any kind electric field at all? Explain. If so, sketch the electric field lines from the conductor on the paper provided