A bar magnet falls with its north pole pointing down through the axis of a copper ring. When viewed from above, the current in the ring will be

A magnet with its north pole pointing down wards along the axis of an open ring as illustrated. As the magnet reaches close to the centre of the ring

A magnet with its north pole pointing down wards along the axis of an open ring as illustrated. As the magnet reaches close to the centre of the ring

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 bar magnet is dropped through a horizontal aluminium ring along the axis of the ring. What will be direction of induced current in the loop for the observer shown? What will be the direction of magnetic force experienced by the bar magnet?

A bar magnet is placed with its north pole pointing north and its south pole pointing south. Draw a figure to show the location of neutral points .

A bar magnet is dropped along the axis of copper ring held horizontally. What happens? Why?

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