A "bar" magnet of moment `M` is cut into two identical pieces along the length. One piece is bent in the form of a semi circle. If two pieces are perpendicular to each other, then resultant magnetic moment is

A bar magnet of moment M is cut into two identical pieces the length.One piece is bent in the form of a semi circle.The two pieces are arranged as shown.The resulting moment is

A bar magnet of moment M is bent into arc, its moment

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_(1) is axially cut into two equal parts. If these two pieces are arranged perpendiucular to each other, the resultant magnetic moment is M_(2) . The the vale of (M_(1))/(M_(2)) is

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

A bar magnet of magnetic moment M is cut into four parts of equal length. The magnetic moment of each part is

An iron rod of length L and magnetic moment M is bent in the form of a semicircle. Now its magnetic moment will be

A magnet of length 2L abd moment 'M' is axially cut into equal halves 'P' and 'Q' . The piece 'P' is bent in the form of semi circle and 'Q' is attached to it as shown. Its moment is

A bar magnet of magnetic moment M is cut into two parts of equal length/breadths.The magnetic moment of each part will be