The figure below shows a toroidal coil with N-39.000 turns, each of radiusr-0.019 m. An infinite wire runs down the center of the toroid with a radial distance R- 0.195 m from the center of each of the turns. Assuming that Ris much greater than r, find the mutual Inductance of the wire and the toroid. i H.
The figure below shows a toroidal coil with N-39.000 turns, each of radiusr-0.019 m. An infinite wire runs down the center of the toroid with a radial distance R- 0.195 m from the center of each of the turns. Assuming that Ris much greater than r, find the mutual Inductance of the wire and the toroid. i H.
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Transcribed Image Text:The figure below shows a toroidal coil with N- 39.000 turns, each of radius r-0.019 m. An infinite wire runs down the center of the
toroid with a radial distance R -0.195 m from the center of each of the turns. Assuming that Ris much greater than r, find the mutual
inductance of the wire and the toroid. i
H.
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