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
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
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Transcribed Image Text: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
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