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 V2 has 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 is
(b) To lowest order in s, show that the force exerted on the inner shell is![[R 3s R R R cose]. COS](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1675/4/1/1/77863dcc142419651675411777402.jpg)
(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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a b By symmetry there is only a zcomponent ... View full answer
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