[" 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 electric intensity are

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

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