a = 4.7cm, b = 11.5cm ,c= 13.5 cm, p = -319 X10^-6 C/M^3, d = 25cm CРP(4,0) (2) What is V(c) in V, the voltage of the outer surface of the conducting sphere? Thepotential at infinity is zero.Hint: (1) Calculate E as a function of r (r>c). The form is similar to a field produced by apoint charge at the origin.(2) V (c)-V (oo) = E. drV(x) = 024,650

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(2) What is V(c) in V, the voltage of the outer surface of the conducting sphere? The potential at infinity is zero.

University Physics Volume 2

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ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter7: Electric Potential

Section: Chapter Questions

Problem 79P: (a) Will the electric field strength between two parallel conducting plates exceed the breakdown...

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Question

a = 4.7cm, b = 11.5cm ,c= 13.5 cm, p = -319 X10^-6 C/M^3, d = 25cm

(2) What is V(c) in V, the voltage of the outer surface of the conducting sphere? The
potential at infinity is zero.
Hint: (1) Calculate E as a function of r (r>c). The form is similar to a field produced by a
point charge at the origin.
(2) V (c)-V (oo) = E. dr
V(x) = 0
24,650

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