Question: A spherical conducting shell centered at the origin has radius R 1 and is maintained at potential V 1 . A second spherical conducting shell

A spherical conducting shell centered at the origin has radius R1 and is maintained at potential V1. A second spherical conducting shell maintained at potential Vhas radius R2 > R1 but is centered at the point s ˆz where s 1.

(a) To lowest order in s, show that the charge density induced on the surface of the inner shell iso(0) = 0 R R(V - V) R - R - VD


(b) To lowest order in s, show that the force exerted on the inner shell is[R 3s R R R cose]. COS

(c) Integrate the force in (b) to find the capacitance of this structure to second order in s.

o(0) = 0 R R(V - V) R - R - VD [R 3s R R R cose]. COS

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