Question

Please answer fast!

Answer 1

I think that (ii) one is the correct answer

Answer 2

$\huge\mathfrak{A{\underline{\underline{\textbf{\red{nswer :}}}}}}$


1) If North Pole of the magnet is moved rapidly towards the coil.

=> If we take North Pole of magnet and moves it rapidly towards the coil then there is a deflection in the coil... which indicated that there that current is induced in the coil... The deflection which is produced by magnet is temporary because it changes with change in the position of magnet...

If we kept the magnet stationary then there is no deflection in the galvanometer...

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2) South pole of the magnet is moved rapidly away from the circular coil..

=> When the South pole of the magnet moves towards the galvanometer and away from North pole then the galvanometer shows opposition direction [opposite to that case of when we move the North pole of the magnet towards the coil.

* Diagram is in Attachment !!

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