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202 A positively charged particle with a magnitude of 4.13 mC has moved 0.33 meters across an quipotential surface of 5.88 V. Determine the amount of work in the given situation. 2. A negatively-charged particle with a magnitude of 13.42 nC is accelerating in a 127,32-N/C uniform electric field. The particle has departed from an equipotential plane of 25 V and is found to have displaced to a plane of 15 V after some time. Calculate the distance covered by the particle. 3. Determine the location of the equipotential surface at which the electric potential is 200 V for a 13 nC charge. 4. Using the same charge in item no. 3, determine the location of the equipotential surface at which the electric potential is 300 V. 5. Using the same charge in item no. 3, determine the location of the equipotential surface at which the electric potential is 400 V