A cylindrical capacitor contains an inner conducting solid (+Q) and an outer conducting shell (-Q) separated by an insulator. Both have a charge magnitude of 2.00 x 10 1C. Radius a-0.0200m and radius b-0.0400m. If zero potential is located at point P(r0.0600m), what is the potential at the center of the inner conducting solid?
A cylindrical capacitor contains an inner conducting solid (+Q) and an outer conducting shell (-Q) separated by an insulator. Both have a charge magnitude of 2.00 x 10 1C. Radius a-0.0200m and radius b-0.0400m. If zero potential is located at point P(r0.0600m), what is the potential at the center of the inner conducting solid?
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Transcribed Image Text:Question 8
A cylindrical capacitor contains an inner conducting solid (+Q) and an outer conducting shell (-Q) separated by an
insulator. Both have a charge magnitude of 2.00 x 10 1C. Radius a0.0200m and radius b 0.0400m. If zero
potential is located at point P (r 0.0600m), what is the potential at the center of the inner conducting solid?
re sectinn uf cepacitor
L=0.200m
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