Assertion: Diamagnetism is universal, it is present in all materials
Reason: Field due to induced magnetic moment is opposite to the magnetising field.

A: Diamagnetism is almost indipendent of temperature. R: The induced dipole moment in a diamagnetic sample is always opposite to the magnetising field irrespective of what the internal motion of the atom is .

A: Diamagnetism is almost indipendent of temperature. R: The induced dipole moment in a diamagnetic sample is always opposite to the magnetising field irrespective of what the internal motion of the atom is .

Give the expression for total magnetic flux associated with the magnetic material subjected to the magnetising field.

Material getting magnetized of atomic magnetic moment in external magnetic fields are

Assertion: Diamagnetic materials can exhibit magnetism. Reason: Diamagnetic materials have permanent magnetic dipole moment.

What is the net magnetic moment of an atom of a diamagnetic material?

What is the net magnetic moment of an atom of a diamagnetic material?

A bar magnet of magnetic moment M is aligned parallel to the direction of a uniform magnetic field B. Calculate work done to align the magnetic moment opposite to the field .