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

A magnet is moved in the direction indicated by an arrow between two coils AB and CD as shown. Suggest the direction of current in each coil.

A magnet is moved in the direction indicaled by an arrow between two coils AB and CD as shown in figure. The direction of induced current in the straight wire is

A bar magnet NS is moved in the direction indicated by an arrow between two coils AB and CD as shown in the figure. In the which coil the direction of current will look like anti-clockwise if viewed from left side ?

A bar magnet NS is moved in the direction indicated by an arrow between two coils AB and CD as shown in the figure. In the which coil the direction of current will look like anti-clockwise if viewed from left side ?