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

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.

A charge q is given to a solid conducting sphere of mass m and is rotating about it's diameter with angular velocity omega .Then ratio of it's magnetic moment to its angular momentum is ..

A thin uniformring of radius R carrying uniform charge Q and mass M rotates about its axis with angular velocity omega . The ratio of its magnetic moment and angular momentum is:

A particle of charge q and mass m moves in a circular orbit or radius r with angular speed omega . The ratio of the magnitude of its magnetic moment to that of its angular momentum depends on

A charged particle (charges = q, mass = m) is rotating in a circle of radius R with uniform speed V ratio of its magnetic moment (mu) to the angular momentum (L) is