A sphere with radius R centered at the origin is made out of a linear dielectric material, with electric susceptibility Xe = 2, and has a uniform (free) surface charge density, of, on its surface. a) Determine the electric field both inside and outside the sphere. b) Taking the electric potential to be zero at infinity, determine the electric potential both inside and outside the sphere. c) If instead, the (free) surface charge density was of (0) = ao cos 0, determine the electric potential both inside and outside the sphere.
A sphere with radius R centered at the origin is made out of a linear dielectric material, with electric susceptibility Xe = 2, and has a uniform (free) surface charge density, of, on its surface. a) Determine the electric field both inside and outside the sphere. b) Taking the electric potential to be zero at infinity, determine the electric potential both inside and outside the sphere. c) If instead, the (free) surface charge density was of (0) = ao cos 0, determine the electric potential both inside and outside the sphere.
Chapter7: Electric Potential
Section: Chapter Questions
Problem 62P: A long cylinder of aluminum of radius R meters is charged so that it has a uniform charge per unit...
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![A sphere with radius R centered at the origin is made out of a linear dielectric material, with electric
susceptibility Xe = 2, and has a uniform (free) surface charge density, of, on its surface.
a) Determine the electric field both inside and outside the sphere.
b) Taking the electric potential to be zero at infinity, determine the electric potential both inside and outside
the sphere.
c) If instead, the (free) surface charge density was of (0) = 0o cos 0, determine the electric potential both
inside and outside the sphere.
d) Determine the electric field both inside and outside the sphere for the situation in part c).
e) What are the bound charge densities, op and Pb, for the situation in part c)? Is Qbound
= 0?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F77d2f4c8-4183-4052-877b-b5f84c5df55f%2F3c283c8c-c33f-4065-9cff-dc3a1413b7af%2Flzbyqpq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A sphere with radius R centered at the origin is made out of a linear dielectric material, with electric
susceptibility Xe = 2, and has a uniform (free) surface charge density, of, on its surface.
a) Determine the electric field both inside and outside the sphere.
b) Taking the electric potential to be zero at infinity, determine the electric potential both inside and outside
the sphere.
c) If instead, the (free) surface charge density was of (0) = 0o cos 0, determine the electric potential both
inside and outside the sphere.
d) Determine the electric field both inside and outside the sphere for the situation in part c).
e) What are the bound charge densities, op and Pb, for the situation in part c)? Is Qbound
= 0?
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