The centre of neutral conducting sphere of radius "R" is at distance 'd' from a point charge "Q" .The potential of the sphere is

A point charge q has been placed at a distance x from the centre of a neutral solid conducting sphere of radius R(x gt R). Find the potential of the sphere. How will your answer change if the sphere is not solid, rather it is a thin shell of conductor.

A point charge q is placed at some distance d away from the centre of a grounded conducting sphere of radius r, as shown in the figure. The charge that flows the earth to the sphere is

A conducting sphere of radius R=20 cm is given a charge Q=16muC . What it vecE at centre

Two spherical cavities of radii a and b are hollowed out from the interior of a neutral conducting sphere of radius R . At the center of each cavity , a point charge is placed . Call these charges q_(a) and q_(b) . The electric field inside the cavity of radius a at a distance r from the center of cavity is

A charge Q is kept at the centre of a conducting sphere of inner radius R_(1) and outer radius R_(2) . A point charge q is kept at a distance r(gt R_(2)) from the centre. If q experiences an electrostatic force 10 N then assuming that no other charges are present, electrostatic force experienced by Q will be :

Statement -1:The potential of an unchanged conducting sphere of radius R for a point charge q located at a distance r from its centre (r gtR) is (q)/(4piepsilon_(0)r) Statement 2: Electric field intensity inside the conductor is zero therefore potential at each point on the conductor is zero.

Two conducting spheres of radius R and 3R carry charges Q and -2 Q . Between these spheres a neutral conducting sphere of radius 2R is connected. The separation between the sphere is considerably large Charge flows through conducting wire due to potential difference. The final charge on initially neutral conducting sphere is :

Find the potential varphi of an uncharged conducting sphere outside fo wihich a point charge q is located at a distance l from the sphere's centre.

A hollow conducting sphere of radius R has a charge (+Q) on its surface. What is the electric potential within the sphere at a distance r = (R )/(3) from its centre ?