A point dipole is kept at the origin. The potential and electric field due to this dipole on the y-axis at a distance d are, respectively: (Take V = 0 at infinity)

A point dipole vecp=-p_(0)xhatx is kept at the origin. The potential and electric field due to this dipole on the y-axis at a distance d are respectively (take V=0 at infinity)

The electric field due to a dipole at a distance on its axis is

Electric potential at certain point due to a point charge and a dipole are respectively proportional to

A dipole is placed at the origin such that its dipole moment is overset(rarr)p=-phati, The electric field and potential at (0,d,0) respectively are :

Assertion: The electric field due to dipole on its axis line at a distance r is E . Then electric field due to the same dipole on the equatorial line and at the same distance will be (E )/(2) Reason: Electric field due to dipole varies inversely as the square of distance.

Assertion: The electric field due to dipole on its axis line at a distance r is E . Then electric field due to the same dipole on the equatorial line and at the same distance will be (E )/(2) Reason: Electric field due to dipole varies inversely as the square of distance.

Obtain the equation of electric field by dipole at a point on axis of dipole.

The electric field of an electric dipole at a point on its axis , at a distance d from the centre of the dipole, varies as

The electric field of an electric dipole at a point on its axis , at a distance d from the center of the dipole, varies as

A dipole is placed at the origin such that its dipole moment is overset(rarr)p=-phati,0 . The electric field and potential at (0,d,0) respectively are :