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2) (a) Find the energy density due to a charged sphere which is located in an...

2) (a) Find the energy density due to a charged sphere which is located in an empty space. This sphere is a conductor and has a charge of 3.6 C and a radius of 2.15 m. This energy density should be written in terms of of the distance r from the sphere’s center. (b) Use this energy density to find the system’s total energy. To get full credit, use an integral to solve this problem.

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