A conductor carries a constant current `I` along the closed path `abcdefgha` involving `S` of the 12 edges each of length 1. Find the magnetic dipole moment of the closed path.

A conductor carries a constant current I along the closed path abcdefgha involving 8 of the 12 edges of length l . Find the magnetic dipole moment of the closed path.

A conductor carries a constant current I along the closed path abcdefgha involving 8 of the 12 edges of length l . Find the magnetic dipole moment of the closed path.

A coil of length L, carries a current i. The magnetic moment of coil is proportional to

A coil of length L, carries a current i. The magnetic moment of coil is proportional to

In the given loop length of each side is a . Current flowing through the loop is I=1 amp. Find its manetic dipole moment.

A uniform conducting wire of length 12a and resistance 'R' is wound up as a current carrying coil in the shape of 1. an equilateral triangle of side 'a' 2. a square of side 'a' The magnetic dipole moments of the coil in each case resp. are.

An electron moves with a constant speed v along a circle of radius r.(a) find the equivalent current through a point on its path.(b) Find the magnetic moment of the circulating electron.(c ) Find the ratio of the magnetic moment to the angular momentum of the electron.

An electron moves with a constant speed v along a circle of radius r.(a) find the equivalent current through a point on its path.(b) Find the magnetic moment of the circulating electron.(c ) Find the ratio of the magnetic moment to the angular momentum of the electron.

An electron moves with a constant speed v along a circle of radius r.(a) find the equivalent current through a point on its path.(b) Find the magnetic moment of the circulating electron.(c ) Find the ratio of the magnetic moment to the angular momentum of the electron.