A magnetic dipole is acted upon by two magnetic fields with inclined to each other at an angle of `75^(@)`. One of the fields has a magnitude of 15 mT. The dipole attains stable equilibrium at an angle of `30^(@)` with this field. The magnitude of the other field (in mT) is close to

A bar magnet is suspended in a region where it is acted upon by two magnetic fields inclined at an angle of 60^@ to each other. One of the fields has a magnitude of 1*2xx10^-2T . The magnet attains stable equilibrium at an angle of 15^@ with this field. Calculate the magnitude of other field. Ignore earth's field.

A magnetic dipole is under the inflluence of two magnetic fields having an angle of 120^(0) between them. One of the fields has a magnitude 1.2xx10^(-2)T . If the dipole comes to stable equilibrium at an angle of 30^(0) with this field, then magnitude of the other field is

A magnetic dipole is under the influence of two magnetic fields. The angle between the field direction is 60^(@) and one of the fields has magnitude of 1.2 xx 10^(-2)T . If the dipole comes to stable equilibrium at an angle of 30^(@) with this Held, then the magnitude of the field is

A magnetic dipole is under the influence of two magnetic fields. The angle between the field direction is 60^(@) and one of the fields has magnitude of 1.2 xx 10^(-2)T . If the dipole comes to stable equilibrium at an angle of 30^(@) with this Held, then the magnitude of the field is

A magentic dipole in a constant magnetic field has

A magentic dipole in a constant magnetic field has

A magentic dipole in a constant magnetic field has