Suppose a charge of +6.0 C is moved a distance of 0.040 m through a 50,000...

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Suppose a charge of +6.0 C is moved a distance of 0.040 m through a 50,000 N/C electric field as illustrated below. =50,000 d = 0.040 m (a) What is the electric potential (voltage) difference from A to B? (b) What is the change in electric potential energy as the charge is moved from A to B? (c) If a -6.0 C charge were moved from A to B, what would be different - the voltage difference, the change in electric potential energy, neither, or both? (d) Suppose points A and B are oriented as shown in the diagram below. d = 0.040 m = 50,000 B 'A What is the amount of work done by the electric field in this case? Suppose a charge of +6.0 C is moved a distance of 0.040 m through a 50,000 N/C electric field as illustrated below. =50,000 d = 0.040 m (a) What is the electric potential (voltage) difference from A to B? (b) What is the change in electric potential energy as the charge is moved from A to B? (c) If a -6.0 C charge were moved from A to B, what would be different - the voltage difference, the change in electric potential energy, neither, or both? (d) Suppose points A and B are oriented as shown in the diagram below. d = 0.040 m = 50,000 B 'A What is the amount of work done by the electric field in this case?