1. Imagine a insulating material, in the shape of a sphere, that has uniform charge distribution...
1. Imagine a insulating material, in the shape of a sphere, that has uniform charge distribution throughout its volume. The electric potential associated with this charge distribution is greatest: A. on the surface of the sphere B. at r = infinity from the sphere C. at the center of the sphere D. between the center of the sphere and its surface
2. If the sphere described in question #1 had a net charge of 50 μC and a radius of 2.0 m, find the electric potential at the surface. A. 200000 v B. 100000 v C. 500000 v D. 225000 v
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