[" ABCD is a square,An electric charge + "Q" is kept at the vertex A.The electric intensity at "B" has a "],[" magnitude of "E" .Then the magnitude of the electric intensity at "C" will be "]

The dimensions of time in Electrical intensity is

The ratio of polarisation to electric intensity is

Electric intensity at a place due to a charge is

the electric field intensity at apoint in space is equal in magnitude to :

The unit of intensity of electric field is

If the potential function is given by V=4x+3y then the magnitude of electric field intensity at the point (2 1) will be

The longer side of a rectangle is twice the length of its shorter side. A charge q is kept at one vertex. The maximum electric potential due to that charge at any other vertex is V, then the minimum electric potential at any other vertex will be