A and B are two points on the axis and the perpendicular bisector of an electric dipole. A and B are far away from the dipole and at equal distances from it. The potentials at A and B are `V_(A) and V_(B)` respectively. Then

A and B are two points on the axis and the perpendicular bisector, reapectively, of and electric dipole. A and B are far away from the dipole and at equal distance from it. The fields at A and B are vecE_(A) and vecE_(B) . Then

A and B are two points on the axis and the perpendicular bisector, reapectively, of and electric dipole. A and B are far away from the dipole and at equal distance from it. The fields at A and B are vecE_(A) and vecE_(B) . Then

P and Q are two points on the axis and the perpendicular bisector respectively of an electric dipole. Both the points are far way from the dipole, and at equal distances from it. If vecE_(P) and vecE_(Q) are fields at P and Q ten

On the perpendicular bisector of an electric dipole, electric intensity E and potential V are

A point Q lies on the perpendicular bisector of an electric dipole of dipole moment P. If the distance of Q from the dipole is r, then electric field at Q is proportional to

The electric potential at a point along the axis of an electric dipole depends on distance r from the dipole as