A closed conducting ring is placed in be...

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

Always clockwise

always anticlockwise

first anti-clockwise, and then anticlockwise

first anti-clockwise, and then clockwise

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