Find the locus of the points where the intensity of the magnetic field due to a magnetic dipole will be perpendicular to its axis.

Find the locus of points where the electric field due to a dipole is (i) perpendicular to its axis , (ii) anti-parallel to the axis . [Hint : "tan" alpha = ("tan"theta)/(2) ]

There is one short electric dipole placed on a horizontal plane. A circle is drawn assuming centre of dipole as centre of circle and plane of the circle is perpendicular to the axis of electric dipole. Thế number of points on this circle where electric field intensity due to electric dipole is perpendicular to the axis of dipole.

What is the potential energy of a magnetic dipole when it is placed perpendicular to the magnetic field?

write equation the magnetic field due to current carrying loop as magnetic dipole on its axial point.

Intensity of magnetic field due to earth at a point inside a hollow steel box is

The locus of the points (in the xy -plane) where the electric field due to a dipole (dipole axis is along x -axis and its equatorial is along y -axis) is perpendicular to its axis, is

The locus of the points (in the xy -plane) where the electric field due to a dipole (dipole axis is along x -axis and its equatorial is along y -axis) is perpendicular to its axis, is

The locus of the points (in the xy -plane) where the electric field due to a dipole (dipole axis is along x -axis and its equatorial is along y -axis) is perpendicular to its axis, is

The magnetic field intensity due to a long solenoid at its end is