3V 2V Ve Vo ov -2V. -3Vo In the equipotential diagram above, the value of Vo = 39 Volts. Determine the amount of work done by the electric field in order to move a-18.9 uC charge from point A to point B. Express your answer in microjoules. Question 2 Use the same diagram as the previous problem, but this time the value of Vo- 65 Volts. How much work would be done on a -5.8 uC charge moving from A to C, in microjoules? Question 2 Use the same diagram as the previous problem, but this time the value of Vo- 65 Volts. How much work would be done on a -5.8 uC charge moving from A to C. in microjoules? Question 3 Use the same diagram as the previous two problems, except now the value of Vo 5 Volts. How much work is done by the electric field moving a 6 uC charge from A to D, in microjoules?

3V 2V Ve Vo ov -2V. -3Vo In the equipotential diagram above, the value of Vo = 39 Volts. Determine the amount of work done by the electric field in order to move a-18.9 uC charge from point A to point B. Express your answer in microjoules. Question 2 Use the same diagram as the previous problem, but this time the value of Vo- 65 Volts. How much work would be done on a -5.8 uC charge moving from A to C, in microjoules? Question 2 Use the same diagram as the previous problem, but this time the value of Vo- 65 Volts. How much work would be done on a -5.8 uC charge moving from A to C. in microjoules? Question 3 Use the same diagram as the previous two problems, except now the value of Vo 5 Volts. How much work is done by the electric field moving a 6 uC charge from A to D, in microjoules?