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1. The potential at the surface of a hollow sphere of radius R is given by Vo = k cos 20 No charges are inside or outside the sphere. (a) Find the potential inside the sphere. (b) Find the potential outside the sphere. (c) Find the surface charge density a(0) on the sphere.

1. The potential at the surface of a hollow sphere of radius R is given by Vo = k cos 20 No charges are inside or outside the sphere. (a) Find the potential inside the sphere. (b) Find the potential outside the sphere. (c) Find the surface charge density a(0) on the sphere.

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1. The potential at the surface of a hollow sphere of radius R is given by Vo = k cos 20 No charges are inside or outside the sphere. (a) Find the potential inside the sphere. (b) Find the potential outside the sphere. (c) Find the surface charge density a(8) on the sphere.
Transcribed Image Text:1. The potential at the surface of a hollow sphere of radius R is given by Vo = k cos 20 No charges are inside or outside the sphere. (a) Find the potential inside the sphere. (b) Find the potential outside the sphere. (c) Find the surface charge density a(8) on the sphere.
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