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 conducting sphere of radius b has a spherical cavity with its centre

1.	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
Answer» CHARGE dispribution on inner surface of cavity is unifrom Potential of CONDUCTOR is `((q_(0))/(4 pi epsi_(0) c) + (Q + q)/(4 pi epsi_(0) B))` Charge distribution on outer surface of conducting SPHERE is non uniform Charge distribution on outer surface of conducting sphere is uniform Answer :A::B::C