A sphere of radius R is charged with a charge Q. 1. What is the potential...

A sphere of radius R is charged with a charge Q.
1. What is the potential outside of the sphere at distance r from the center of the sphere？

2. what is the electric potential at the center of the sphere

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genius_generous answered 2 years ago

A charge Q is distributed in the volume of a sphere of radius R with a...

A charge Q is distributed in the volume of a sphere of radius R with a density non-uniform load cubic p = B (R - r) , where b is a constant and r is the distance to the center of the sphere determine: The values of the potential in the center and on the surface of the sphere.

A solid sphere of radius a is uniformly charged with a total charge Q > 0....

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A solid insulating sphere of radius R has a charge of Q, (Q > 0) placed...

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consider a charge Q distributed through out a sphere of radius R with a density: rho=...

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An isolated conducting sphere of radius R has charge Q uniformly distributed on its surface. What...

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Consider a conducting sphere of radius R carrying a net charge Q. a). Using Gauss’s law...

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(a) Plot the electric field of a charged conducting solid sphere of radius R as a...

(a) Plot the electric field of a charged conducting solid sphere of radius R as a function of the radial distance r, 0 < r < 1, from the center. (b) Plot the electric field of a uniformly charged nonconducting solid sphere of radius R as a function of the radial distance r, 0 < r < 1, from the center.

Shown is a uniformly charged inner insulating sphere with radius a and with charge density given...

Shown is a uniformly charged inner insulating sphere with radius a and with charge density given by ρ = ρ0(r3/a3). Outside of it is a conducting shell of inner radius b and outer radius c. This spherical shell also has double the charge of the inner non-conducting sphere. (So, if the inner sphere had charge “+Q”, the outer shell has charge “+2Q”.) The space between the sphere and the shell is empty. a) Describe/draw the charge distribution on the outer...

A sphere of radius R has a radius dependent charge density ρ = B · r3...

A sphere of radius R has a radius dependent charge density ρ = B · r3 in terms of R and B. Calculate the potential as a function of r from the center of the sphere.

If a charge "Q" is removed from the inside surface of a hollow sphere of radius...

If a charge "Q" is removed from the inside surface of a hollow sphere of radius "a" with infinite conductivity. (a)How much force is required to remove the charge from the sphere? (b)How much work is done to move the charge to a radius of infinity?

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