Problem 6: A spherical insulating shell has inner radius R and outer radius R: The shell contains total charge Q uniformly distributed within it. The interior of the shell (r < R) is empty of charge and matter. a. Find the electric field outside the shell, at r > Rout b. Find the electric field in the interior of the shell, at r< Rin- c. Find the electric field within the shell, at R
Problem 6: A spherical insulating shell has inner radius R and outer radius R: The shell contains total charge Q uniformly distributed within it. The interior of the shell (r < R) is empty of charge and matter. a. Find the electric field outside the shell, at r > Rout b. Find the electric field in the interior of the shell, at r< Rin- c. Find the electric field within the shell, at R
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Parts a to c please
Transcribed Image Text:Problem 6:
A spherical insulating shell has inner radius R, and outer radius Rour- The shell contains total charge Q,
uniformly distributed within it. The interior of the shell (r <R„) is empty of charge and matter.
a. Find the electric field outside the shell, at r> Rout
b. Find the electric field in the interior of the shell, at r< Rn.
c. Find the electric field within the shell, at Rn <rSRout
d. Show that your solutions for parts a through c match at both the inner and outer boundaries
(at R and Rou).
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