[" 18.At a point in space,the electric field points toward north.In the region surrounding this "],[" point,the rate of change of potential will be zero along "],[" a.north "]

At a point in space, the eletric field points toward north. In the region surrounding this point, the rate of change of potential will be zero along.

At a point in space, the eletric field points toward north. In the region surrounding this point, the rate of change of potential will be zero along.

The electric field at a point in space in equal in magnitude to the

If the electric field in a given region is zero,the potential at that region

Show that electric field intensity at any point in the electric field is equal to negative rate of change of potential with respect to distance, measured in the direction of electric intensity

Show that the electric field at any point is equal to negative potential gradient at the point.

Show that the electric field at any point is equal to negative potential gradient at the point.

The position of the point where the net electric field will be zero is