Two bar magnets are placed side by side so that the north pole of one magnet is next to the south pole of the other magnet If these magnets are then pUshed toward a coil of wire, would you expect an emf to be induced in the coil? Explain your answer.

Dillan Valenzuela

Dillan Valenzuela

Answered question

2022-08-12

Two bar magnets are placed side by side so that the north pole of one magnet is next to the south pole of the other magnet If these magnets are then pUshed toward a coil of wire, would you expect an emf to be induced in the coil? Explain your answer.

Answer & Explanation

Izabella Fisher

Izabella Fisher

Beginner2022-08-13Added 14 answers

Current will not be induced since the magnetic field of one magnet is cancelled by the other. Pushing this pair of magnets cannot possibly produce a change in magnetic flux, and so no emfis induced.
Result:
No emf is induced since the magnetic fields cancel each other

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