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Problem 6. In the figure 1 the coil wound on the ferromagnetic bar moves with speed v with respect to permanent magnet pole N

electromotive forces e induced in the coils turns, current i flowing in the circuit voltage v across the load impedance elec

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Problem 6. In the figure 1 the coil wound on the ferromagnetic bar moves with speed v with respect to permanent magnet pole N that gives the magnetic flux density B. The coil of N numbers of turns is closed through the load impedance Zi. a) Mark the direction of:

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Answer 1

Answer #1

Each step done one by one. Motional emf equation is used. You can find similar problems in Fitzgerald Kingsley Book.

+ Han Cr cds Fzrcdet V 818-0-4 Ea V = 12,_ eguation BlveiE0 A ST Bev Fe BiL B ZL 22 Be v

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