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 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?

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.

Derive an expression of Force between two infinitely long parallel current carrying conductors.

In a coil of self-induction 5 H, the rate of change of current is 2 A s^-1 . Then, e.m.f. induced in the coil is

Two identical circular loops of metal wire are lying on a table without touching each other. Loop . A carries a current, which increases with time. In response, loop B

Two concentric circular loops of radii 1 cm and 20 cm are placed coaxially. If the current passed through the outer loop is changed at a rate of 5 A/ms , find the emf induced in the inner loop. Assume the magnetic field on the inner loop to be uniform.