NOW oraw EQUIPOEEHEIBI Ilnes arouno your cnarge usmg [He EQUIpDIenUaI tool. (Use the - key in the tool.) Make sure that successive equipotential lines are separated by about the same number of volts. This one is done for you. The following diagram gives an example of how equipotential lines must be drawn. In this diagram, equipotential lines range from 5 Volts to 95 Volts, with the difference in potential (AV) between successive lines being 5 Volts. Note that the lines are not equidistant. -. ' . . a. How is the electric field oriented relative to the equipotential lines? {Enter your response here} b. Where is the electric field the strongest? How is it related to the separation of equipotential lines? {Enter your response here} c. If a negative charge of 2.50 mi is to be taken from an equipotential line of 10 V to an equipotential line of 5 V (in the diagram above), how much work must be done by an external agent