Answer both parts please of this PHY II problem A nonconducting (dielectric) sphere of radius R=1.0 m a charge density 1.0 C/m of positive charge uniformly distributedthroughout its volume.4.rinfinitely farAFind an expression for the potential difference between a test point, A, a distance r to the right of the center(shown on the diagram) and a test point, B, infinitely far to the right.a.b. Sketch a qualitatively correct graph of the potential, V(r) due this sphere of charge as a function of distance rfrom the center using the surface of the sphere as the V=0 reference. Include a range of r at least from 0 to 2Rin your graph.Vr=R

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Answered: Answer both parts please of this PHY II…

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Physics

Answer both parts please of this PHY II problem

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter7: Electric Potential

Section: Chapter Questions

Problem 99AP: Two parallel conducting plates, each of cross-sectional area 400 cm2, are 2.0 cm apart and...

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Answer both parts please of this PHY II problem

A nonconducting (dielectric) sphere of radius R=1.0 m a charge density 1.0 C/m of positive charge uniformly distributed
throughout its volume.
4.
r
infinitely far
A
Find an expression for the potential difference between a test point, A, a distance r to the right of the center
(shown on the diagram) and a test point, B, infinitely far to the right.
a.
b. Sketch a qualitatively correct graph of the potential, V(r) due this sphere of charge as a function of distance r
from the center using the surface of the sphere as the V=0 reference. Include a range of r at least from 0 to 2R
in your graph.
V
r=R

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