A uniformly charged solid sphere of radius R has potential `V_(0)` (measured with respect to `oo`) on its surface. For this sphere the equipotential surfaces with potentials `(3V_0)/(2),(5V_0)/(4), (3V_0)/(4) and (V_0)/(4)` have radius `R_(1), R_(2), R_(3) and R_(4)` respectively. Then

A uniformly charged solid sphere of radius R has potential V_(0) (measured with respect to oo ) on its surface. For this sphere the equipotential surfaces with potentials (3V_(0))/(2) , (5 V_(0))/(4), (3V_(0))/(4) and (V_(0))/(4) have radius R_(1), R_(2), R_(3) and R_(4) respecatively. Then

A uniformly charged solid shpere fo radius R has potential V_(0) (measured with respect to oo ) on its surface. For this sphere the equipotentail surfaces with potentials (3V_(0))/(2) , (5 V_(0))/(4), (3V_(0))/(4) and (V_(0))/(4) have radius R_(1), R_(2), R_(3) and R_(4) respecatively. Then

A uniformly charged solid shpere fo radius R has potential V_(0) (measured with respect to oo ) on its surface. For this sphere the equipotentail surfaces with potentials (3V_(0))/(2) , (5 V_(0))/(4), (3V_(0))/(4) and (V_(0))/(4) have radius R_(1), R_(2), R_(3) and R_(4) respecatively. Then

Metallic sphere of radius R is charged to potential V. Then charge q is proportional to

Metallic sphere of radius R is charged to potential V. Then charge q is proportional to

A conducting sphere of radius r is charged to a potential V .The outward pull per unit area of its surface is given by...

A solid sphere of radius R is charged uniformly through out the volume. At what distance from its surface is the electric potential 1/4 of the potential at the centre?

A solid sphere of radius R is charged uniformly through out the volume. At what distance from its surface is the electric potential 1/4 of the potential at the centre?

A hollow metallic sphere of radius 0.1 m is charged to a potential of 5 V. The potential at its centre is