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A spherical conductor of radius A has a charge Q placed on it. The conductor is 7) surrounded by spherical shell of conducting material with inside radius B and outside radius C. This shell has a charge 3Q placed on it. Calculate the electric field as a function of radius, r, for: a) r

A spherical conductor of radius A has a charge Q placed on it. The conductor is 7) surrounded by spherical shell of conducting material with inside radius B and outside radius C. This shell has a charge 3Q placed on it. Calculate the electric field as a function of radius, r, for: a) r

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7) surrounded by spherical shell of conducting material with inside radius B and outside radius C. This shell has a charge 3Q placed on it. Calculate the electric field as a function of radius, r, for: а) r<A b) A<r<B с) В <r<С d) C<r. e) What is the surface charge density residing on the A spherical conductor of radius A has a charge Q placed on it. The conductor is A inner surface of the shell at radius B? Make sure you show all work and explain all reasoning. B, 3Q C
Transcribed Image Text:7) surrounded by spherical shell of conducting material with inside radius B and outside radius C. This shell has a charge 3Q placed on it. Calculate the electric field as a function of radius, r, for: а) r<A b) A<r<B с) В <r<С d) C<r. e) What is the surface charge density residing on the A spherical conductor of radius A has a charge Q placed on it. The conductor is A inner surface of the shell at radius B? Make sure you show all work and explain all reasoning. B, 3Q C
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