magnetic field due to dipole

Find the magnetic field due to a dipole of magnetic moment 3Am^(2) at a point 5m away from it in the direction making angle of 45^(@) with the dipole exists

Find the magnetic field due to a dipole of magnetic moment 1.2 A m^2 at a point 1m away from it in a direction making an angle of 60^@ with the dipole-axis .

Consider the situation of the previous problem. The directions of the magnetic field due to the dipole are opposite at

Consider a magnetic dipole kept in the north to south direction. Let P_1, P_2, Q_1, Q_3 be four points at the same distance from the dipole towareds north, south, east and west of the dipole respectively. The directions of the magnetic field due to the dipole are the same at

How to know if field is conservative or not|Equipotential surface |Dipole moment| Electric field due to dipole moment|Dipole in uniform and variable electric field

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

Magnetic field due to ring

Magnetic Field due to Solenoid || Magnetic Field due to a Finite Length Solenoid || Magnetic Field Due to Toroid || Problems on Solenoid and Toroid

A short bar magnet having magnetic dipole moment M is moving along the axis of a fixed conducting (non magnetic) ring of radius R. The axis of the ring is along z direction. (a) Write the z component of magnetic field due to the magnetic dipole at a point P in the plane of the ring, at the instant the magnet is at a distance z from the centre of the ring. Position of point P can be defined in terms of angle theta as shown. (b) Write the magnetic flux through the ring due to the magnetic field produced by the magnet as a function of z. (c) Write the magnitude of emf induced in the ring at the instant shown if speed of the magnet at the moment is v.

A short electric dipole has dipole moment p. Find the distance of farthest point from the dipole where (a) potential due to the dipole is V_0 (b) Electric field due to the dipole is E_0