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Compute for the potential, in volts, at P(5.67, 7.95, 6.91) if the potential at Q(5.88, 6.10, 8.59) is 0.55 volts. The electric field in the region is being produced by a 11.11-nanocoulomb point charge located at (-5.31, -7.38, -520). All coordinates are measured in meters. Use -9x109 Nm²/C²

Compute for the potential, in volts, at P(5.67, 7.95, 6.91) if the potential at Q(5.88, 6.10, 8.59) is 0.55 volts. The electric field in the region is being produced by a 11.11-nanocoulomb point charge located at (-5.31, -7.38, -520). All coordinates are measured in meters. Use -9x109 Nm²/C²

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Compute for the potential, in volts, at P(5.67, 7.95, 6.91) if the potential at Q(5.88, 6.10, 8.59) is 0.55 volts. The electric field in the region is being produced by a 11.11-nanocoulomb point charge located at (-5.31, -7.38, -5.20). All coordinates are measured in meters. Use k=9x109 Nm²/C²
Transcribed Image Text:Compute for the potential, in volts, at P(5.67, 7.95, 6.91) if the potential at Q(5.88, 6.10, 8.59) is 0.55 volts. The electric field in the region is being produced by a 11.11-nanocoulomb point charge located at (-5.31, -7.38, -5.20). All coordinates are measured in meters. Use k=9x109 Nm²/C²
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