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A conducting sphere of radius b has a sp...

A conducting sphere of radius b has a spherical cavity with its centre displaced by 'a' from centre of sphere `O_(1)`. A point charged `q` is placed at the centre of cavity `O_(2)`. Q charge is given to conducting sphere and charge `q_(0)` is placed at P, a distance c from centre `O_(1)`. Further `O_(1), O_(2)` and P are collinear

A

charge distribution on inner surface of cavity is uniform

B

potential of conductor is `((q_(0))/(4pi epsilon_(0)c)+(Q+q)/(4pi epsilon_(0)b))`

C

charge distribution of outer surface of conducting spher is non uniform

D

Intensity of electric field at `O_(1)` is `(1)/(4pi epsilon_(0)c^(2))`

Text Solution

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The correct Answer is:
A, B, C
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