A magnet is cut into two pieces perpendicular to its legth,then each piece will be a magnet of

When a magnet is cut into two pieces along its length,then each piece of magnet will have

A bar magnet of magnetic moment M and moment of inertia I (about centre, perpendicular to length) is cut into two equal pieces, perpendicular to length. Let T be the period of oscillation of the original magnet about an axis through the mid point, perpendicular to length, in a magnetic field vecB . What would be the similar period T' for each piece?

A bar magnet of magnetic moment M and moment of inertia I (about centre, perpendicular to length) is cut into two equal pieces, perpendicular to length. Let T be the period of oscillation of the original magnet about an axis through the mid point, perpendicular to length, in a magnetic field vecB . What would be the similar period T^' for each piece?

A bar magnet of magnetic moment M and moment of inertia I (about centre, perpendicular to length) is cut into two equal pieces, perpendicular to length. Let T be the period of oscillation of the original magnet about an axis through the mid point, perpendicular to length, in a magnetic field vecB . What would be the similar period T^' for each piece?

If a bar magnet is cut into 4 pieces. Each piece is

A magnet is cut into two pieces. Write the poles of the broken pieces of magnets.

(a) What happens if a bar magnet is cut into two pieces: (i) transverse to its length, (ii) along its length ?