If two charged particles each of charge `q` mass `m ` are connected to the ends of a rigid massless rod and is rotated about an axid passing through the centre and `_|_` to length. Then find the ratio of magnetic moment to angular momentum.

If two charged particles each of charge q mass m are connected to the ends of a rigid massless rod and is rotated about an axis passing through the centre and bot to length. Then find the ratio of magnetic moment to angular momentum

If two charged particles each of charge q mass m are connected to the ends of a rigid massless rod and is rotated about an axis passing through the centre and bot to length. Then find the ratio of magnetic moment to angular momentum

Two particles , each of mass m and charge q , are kept at the two ends of a light rod of length 2l and is rotated with a uniform angular velocity about the vertical axis passing through the centre of the rod . Determine the ratio of the magnetic moment and the angular momentum of the combination with respect to the centre of the rod .

A thin uniform ring of radius R carrying charge q and mass m rotates about its axis with angular velocity omega . Find the ratio of its magnetic moment and angular momentum.

A thin uniform ring of radius R carrying charge q and mass m rotates about its axis with angular velocity omega . Find the ratio of its magnetic moment and angular momentum.

Two particles, each of mass m and charge q are attached to the two ends of a light rigid rod of length 2R. The rod is rotated at constant angular speed about a perpendicular axis passing through ts centre. Find the ratio of the magnetic moment of the system and its angular momentum about the axis through the centre of the rod.

A non - conducting charged ring of charge q , mass m and radius r is rotated with constant angular speed omega . Find the ratio of its magnetic moment with angular momentum is

Two masses each of mass M are attached to the end of a rigid massless rod of length L . The moment of interia of the system about an axis passing centre of mass and perpendicular to its length is.