Someone is able to give the answer to this?

"Faraday-Neumann law affirm that if a conductive loop experiences a changing magnetic field, in it is generated an electromotive force which causes current. This changing (in magn. flux) can be obtained moving the loop in the field or making the field change (or changing? I don't know the correct form). Could you explain why does this phenomenon occur?

Question

Someone is able to give the answer to this?

"Faraday-Neumann law affirm that if a conductive loop experiences a changing magnetic field, in it  is generated an electromotive force which causes current. This changing (in magn. flux) can be obtained moving the loop in the field or making the field change (or changing? I don't know the correct form). Could you explain why does this phenomenon occur?

anonymous · Answer

Maybe I thought to start with lorentz's force or conservation of energy

anonymous · Answer

your question is why electricity and magnetism are related?

anonymous · Answer

Actually I took it from a competition (so I don't know exactly what there're looking for). I guess they mean if is there a way to predict faraday's law (so using already known relations between electricity and magnetism)

anonymous · Answer

It's a quite open question however :)

anonymous · Answer

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This is a solution I found but I've to admit that it's just a particular case..