As shown in the figure, P and Q are two coaxial conducting loops separated by some distance. When the switch S is closed, a clockwise current `I_(P)` (as seen by E) and an induced current `I_(Q1)` flows in Q. The switch remains closed for a long time. when S is opened, a current `I_(Q2)` flows in Q. Then the direction `IQ_(1) and IQ_(2)` (as seen by E) are

As shown in the figure P and Q are two coaxial conductint loops separated by some distance. When the switch S is clossed, a clockwise currrent I_p flows in P (As seen by e) and an induced current I_(Q1) flows in Q. The switch remains closed for a long time. When S is opened, a current I_(Q2) flows in Q Then the direction of I_(Q1) and I_(Q2) (as seen by E) are

As shown in figure, A and B are two coaxial conducting loops separated by some distance. When the switch S is closed, a clockwise current I flows in A (as seen by O) and an induced current flows in B. The switch remains closed for a long time. When S is opened, a current l_(2) flows in B. Then the directions of I_(1) and I_(2) (as seen by O) are

As shown in the figure, P and Q are two coaxial conducting loops separated by some distance. When the switch S is closed, a clockwise current I_P flows in loop P (As seen by E) and an induced current I_Q flows in loop Q. In which direction this induced current I_Q will flow as seen by E ?

In fig. A2.27, the charge that flows from P to Q when the switch S is closed is

In fig. A2.27, the charge that flows from P to Q when the switch S is closed is

When the switch S, in the circuit shown, is closed, then the value of current I will be :

When the switch S, in the circuit shown, is closed, then the value of current I will be :

The potential at points A and B are maintained at 20 V and 5 V as shown. When the switch S is closed, the current that flows through it is __________ A.

In the circuit shown in the figure The steady state currents i_(1)and i_(2) in the coils after the switch S is closed are