$A, B$ and $C$ are three points in a uniform electric field as shown in the figure. The electric potential is

Inside a hollow charged spherical conductor,the potential

The energy which an $e^-$ acquires when accelerated through a potential difference of $1 \, V$ is called:

$A$ neutral spherical copper particle has a radius of $10 \,nm$ $(1 \,nm = 10^{-9} \,m)$. It gets charged by applying the voltage,slowly adding one electron at a time. Then,the graph of the total charge on the particle versus the applied voltage would look like:

If eight identical drops are joined to form a bigger drop,the potential on the bigger drop as compared to that on the smaller drop will be:

For a point charge,the electric potential and electric field at a given point are $600 \, V$ and $200 \, N/C$ respectively. The magnitude of the point charge is ......... $\mu C$.