Question: (a) Show that V for a spherical shell of radius R, that has charge q distributed uniformly over its surface, is the same as V

(a) Show that V for a spherical shell of radius R, that has charge q distributed uniformly over its surface, is the same as V for a solid conductor with radius R and charge q.
(b) You rub an inflated balloon on the carpet and it acquires a potential that is 1560 V lower than its potential before it became charged. If the charge is uniformly distributed over the surface of the balloon and if the radius of the balloon is 15 cm, what is the net charge on the balloon?
(c) In light of its 1200-V potential difference relative to you, do you think this balloon is dangerous? Explain.

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