A bar magnet with north pole facing towards coil moves as shown in figure

A bar magnet with north pole facing towards coil moves as shown in figure. Q - 2. What happens to the magnetic flux passing through the coil ?

  1. Pushing the bar magnet towards the coil with its north pole facing the coil produces an induced current ā€˜iā€™ such that the forward motion of north pole is opposed.
  2. This requires that the face of the coil opposite to north pole should act as north pole.
  3. This is possible only if the induced current is in the anti-clockwise direction.