Compute for the potential, in millivolts, at P(6.43, 5.89, 8.05) if the potential at Q(6.72, 6.35, 8.12) is 0.34 volts. The electric field in the region is being produced by a 99.34-picocoulomb-per-meter infinite charge at y = -8.81, z = -9.74. All coordinates are measured in meters. Use =8.854x10-¹2/m
Compute for the potential, in millivolts, at P(6.43, 5.89, 8.05) if the potential at Q(6.72, 6.35, 8.12) is 0.34 volts. The electric field in the region is being produced by a 99.34-picocoulomb-per-meter infinite charge at y = -8.81, z = -9.74. All coordinates are measured in meters. Use =8.854x10-¹2/m
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Transcribed Image Text:Compute for the potential, in millivolts, at P(6.43, 5.89, 8.05) if the potential at Q(6.72, 6.35, 8.12) is 0.34 volts. The electric field in the region is
being produced by a 99.34-picocoulomb-per-meter infinite charge at y = -8.81, z = -9.74. All coordinates are measured in meters. Use
%=8.854x10-12/m
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