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The two plates of a parallel -plate capacitor are separated by a distance 8.4mm (assume that the lower plate is at the origin). Lower plate is maintained at potential 7.3V and the upper plate at 2.0V. Assuming negligible fringing effect at the edges, determine the potential 6.72mm. O 0.190 O -0.505 O 0.695 O -0.631 O- 6.625

The two plates of a parallel -plate capacitor are separated by a distance 8.4mm (assume that the lower plate is at the origin). Lower plate is maintained at potential 7.3V and the upper plate at 2.0V. Assuming negligible fringing effect at the edges, determine the potential 6.72mm. O 0.190 O -0.505 O 0.695 O -0.631 O- 6.625

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The two plates of a parallel -plate capacitor are separated by a distance 8.4mm (assume that the lower plate is at the origin). Lower plate is maintained at potential 7.3V and the upper plate at 2.0V. Assuming negligible fringing effect at the edges, determine the potential 6.72mm. O 0.190 O -0.505 O 0.695 O -0.631 O-6.625
Transcribed Image Text:The two plates of a parallel -plate capacitor are separated by a distance 8.4mm (assume that the lower plate is at the origin). Lower plate is maintained at potential 7.3V and the upper plate at 2.0V. Assuming negligible fringing effect at the edges, determine the potential 6.72mm. O 0.190 O -0.505 O 0.695 O -0.631 O-6.625
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