The figure SAQ 14(a) shows two identical rectangular loops (1) and (2) placed along with a straight long current carrying conductor between them.
What will be the direction of induced currents in the loops when they are pulled away from the condutor with the same velocity v?

The figure SAQ 36 shows two identical rectangular loops (1) and (2) placed along with a straight long current carrying conductor between them. Will the e.m.f. induced in the two loops be equal?

The electron current in the direction from B to A is decreasing. What is the direction of induced current in the metallic loop kept above the wire as shown in the figure.

An electron moves along the line AB, which lies in the same lane as a circular loop of conducting wires. What will be the direction of the current induced in the loop, if any?

The magnitude of electric current is from A towards B. If there is any induced current in the loop as shown in the figure, what will be its direction?

WHat is the direction of force between two parallel conductors carrying current in same direction

In the figure SAQ 12(a) a bar magnet moving towards the right or left induces an e.m.f. in the coils (1) and (2). Find, giving reason, the direction of induced currents through resistors AB and CD. When the magnet is moving towards the right.

A square-shpaed current carrying loop MNOP is placed near a straight long current carrying wire AB as shown in the figure. The wire and the loop lie in the same plane. If the loop experineces a net force F towards the wire. Find the magnitude of the force on the side 'NO' of the loop.

When a conducting loop of resistance 10 Omega and area 10 cm^2 is removed from an external magnetic field acting normally, the variation of induced current in the loop with time is shown in the figure. Magnitude of the magnetic field applied.