A short bar magnet of magnetic moment `0*9JT^-1` is placed with its axis at `30^@` to a uniform magnetic field. It experiences a torque of `0*063J`. Calculate the magnitude of magnetic field. In which orientation will the bar magnet be in stable equilibrium in the magnetic field?

A short bar magnet of magnetic moment 0.9 JT^-1 is placed with its axis at 45^@ to a uniform magnetic field. If it experiences a torque of 0.063 J: Calculate the magnitude of the magnetic field.

A short bar magnet o magnetic field . It experiences a torque of 0.05 J. Calculate the magnitude of the magnetic field.

A short bar magnetic moment of magnetic moment 0.9JT^(-1) , is placed with the axis at 45^(@) to a uniform magnetic field. If it experience a torque of 0.063 J, (i) calculate the magnitude of the magnitudic field and (ii) what orientation of the bar magnet corresponds to the stzble equillibrium in the magnetic field ?

A short bar magnet placed with its axis at 30^@ to a uniform magnetic field of 0*2T experiences a torque of 0*06N-m . Calculate magnetic moment of the magnet. What orientation of magnet corresponds to its stable equilibrium in the magnetic field?

A short bar magnet placed with its axis at 30^@ to a uniform magnetic field of 0.2 T experiences a torque of 0.060 Nm. i. Calculate magnetic moment of the magnet ii. Find out what orientation of the magnet corresponds to its stable equilibrium in the magnetic field.

A short bar magnet placed with its axis at 30^@ to a uniform magnetic field of 0.2 T experience a torque of 0.06 Nm. Calculate magnetic moment of the magnet?

A short bar magnet of magnetic moment 0.9 JT^-1 is placed with its axis at 45^@ to a uniform magnetic field. If it experiences a torque of 0.063 J: What orientation of the bar magnet corresponds to the stable equilibrium in the magnetic field?