Find the force that exists in an electromagnetic wave.
In an field having a force of 12N and distance 20cm, the torque will be
1 Crore+ students have signed up on EduRev. Have you? Download the App 
Find the torque in a conductor having current 2A, flux density 50 units, length 15cm and distance of 8m.
The distance of the conductor when the area and length of the conductor is 24m2 and 13.56m.
The torque on a conductor with flux density 23 units, current 1.6A and area 6.75 units will be
Consider the conductor to be a coil of turns 60 and the flux density to be 13.5 units, current 0.12A and area 16units. The torque will be
The torque of a conductor is defined only in the case when
The magnetic moment and torque are related as follows
Calculate the magnetic moment when a field of B= 51 units is subjected to a torque of 20 units.
The magnetic moment of a field with current 12A and area 1.6 units is
Find the torque of a loop with magnetic moment 12.5 and magnetic flux density 7.65 units is
Find the orbital dipole moment in a field of dipoles of radius 20cm and angular velocity of 2m/s(in 10^{22} order)
Find the orbital angular moment of a dipole with angular velocity of 1.6m/s and radius 35cm(in 1031 order)
The ratio of the orbital dipole moment to the orbital angular moment is given by
Calculate the Larmer angular frequency for a magnetic flux density of 12.34 x 10^{10}.
Find the magnetization of the field which has a magnetic moment 16 units in a volume of 1.2 units.
Which of the following is true regarding magnetic lines of force?
11 videos46 docs73 tests

11 videos46 docs73 tests
