Consider the arrangement shown in figure in which the north pole of a magnet is moved away from a thick conducting loop containing capacitor. Then excess positive charge will arrive on

In the given figure, the north pole of a magnet is brought towards a closed loop containing a condenser. Positive charge will be produced on

In the given figure, the north pole of a magnet is brought towards a closed loop containing a condenser. Positive charge will be produced on

When the north pole of a magnet is moved away from a coil, what is the direction of current induced in a coil?

What happens when the north pole of a magnet is moved away from the coil connected to a galvanometer? (draw appropriate labelled diagrams)

Consider the situation as shown in figure. The variation of potential as one moves from left to right along branch containing the capacitors, if

Consider the situation shown in figure. The straight wire is fixed but the loop can move under magnetic force. The loop will

Consider the situation shown in figure. The straight wire is fixed but the loop can move under magnetic force. The loop will

Consider the situation shown in figure. The straight wire is fixed but the loop can move under magnetic force. The loop will

Wherever a magnet is moved either towards or away from a conducting coil, an emf is induced, the magnitude of which is independent of

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,