Pictured is a thin, nonconducting disk of radius R = 2.92 cm containin

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Pictured is a thin, nonconducting disk of radius R = 2.92 cm containing an overall charge Q = −50.0 mC, all of which resides on the outside perimeter of the disk and not on the flat surfaces. Determine the potential V at point P located a distance d = 2.65 cm from the disk. Assume that the disk is so thin that its thickness is ignorable. V = V

Pictured is a thin, nonconducting disk of radius R = 2.92 cm containing an overall charge Q = −50.0 mC, all of which resides on the outside perimeter of the disk and not on the flat surfaces. Determine the potential V at point P located a distance d = 2.65 cm from the disk. Assume that the disk is so thin that its thickness is ignorable. V = V

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Pictured is a thin, nonconducting disk of radius

R = 2.92 c m

containing an overall charge

Q = - 50.0 m C

, all of which resides on the outside perimeter of the disk and not on the flat surfaces.

Determine the potential

V

at point

P

located a distance

d = 2.65 c m

from the disk. Assume that the disk is so thin that its thickness is ignorable.

V = ◻ V

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