The North pole of a magnet is falling on a metallic ring as shown in the figure. The direction of induced current, if looked from upside in the ring will be

The current flows from A to B as shown in the figure The direction of the induced current in the loop is :

A metallic ring is attached horizontally with a wall. When a bar Magnet is passed through the ring from the top of the ring as shown in the figure. The induced current in the ring will be (as observed from above) IN S

A metal ring moves towards a straingt wire carrying current. What is the direction of induced current in the ring ?

A closed conducting ring is placed in between two bar magnets as shown in the figure. The pole strenght of M_(1) is double that of M_(2) . When the two bar magnets are at same distance from the centre of the ring, the bar magnet M_(1) has given a velocity 2v while M_(2) is given velocity v in the direction as shown in the figure. The direction of induced current in the ring as seen from X X from this moment to the moment till bar magnets collide is

A closed conducting ring is placed in between two bar magnets as shown in the figure. The pole strength of M_1 is double that of M_2 . When the two bar magnets are at same distance from the centre of the ring, the bar magnet M_1 has given a velocity 2v while M_2 is given velocity v in the direction as shown in the figure. The direction of induced current in the ring as seen from XX from this moment to the moment till bar magnets collide is

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

The figure shows the magnetic field of a current carrying coil and a ring falling down the field. Is the direction of induced current in the ring correctly shown?