Which of the following figure correctly depicts the Lenz’s law. The arrows show the movement of the labelled pole of a bar magnet into a closed circular loop and the arrows on the circle show the direction of the induced current

The following figure shows planar loops of different shapes moving out of or into a region of a magnetic field which is directed normal to the plane of the loop away from the reader. Determine the direction of induced current in each loop using Lenz's law.

The figure shows the magnetic field of a current carrying coil and a ring falling down the field. Is the direction of induced current in the ring correctly shown?

An irregular shaped wire PQRS shown in the figure. placed in a uniform magnetic field perpendicular to the plane of the paper changes into a circular shape. Show with reason the direction of the induced current in the loop.

A bar magnet is moved in the direction indicated by the arrow between two coils PQ and CD. Predict the directions of induced current in each coil.

A bar magnet is moved in the direction indicated by the arrow between two coils PQ and CD. Predict the directions of induced current in each coil.

A bar magnet is moved in the direction indicated by the arrow between two coil PQ and CD . Predict the directions of induced current in each coil.

A bar magnet is moved in the direction indicated by the arrow between two coil PQ and CD . Predict the directions of induced current in each coil.

A bar magnet with its north (N) and south (S) poles as shown in the following figure is initially moving to the left, along the axis of, and away from a circular conducting loop. A current l is induced in the loop, with a being the acceleration of the magnet due to this current. As seen from the magnet looking in the direction of the loop,