Spherical symmetry requires a radial electric field


Two concentric thin-walled metallic spheres in vacuum have radii of a and b meters where b > a. Assume the voltage of the inner sphere is V volts greater than the outer sphere, and that spherical symmetry requires a radial electric field E(r) = rE(r), then what is: (a) E(r) and (b) The electric potential V(r). Assume that the outer sphere is grounded (V(b) = 0).

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Physics: Spherical symmetry requires a radial electric field
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