Two concentric circular coils with radii Rin = 3.50 cm and Rout = 51.0 cm are situated in the same plane. Note that the radius of the inner coil is much smaller than that of the outer coil. The inner coil has Nin = 5 turns while the outer coil has Nout = 1 turn. What is the mutual inductance of the coils? 0.0237 How does the mutual inductance depend on the magnetic flux through the area and the number of turns of the inner coil? How does the mutual inductance depend on the rate of change of current and the induced emf? nH

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Two concentric circular coils with radii Rin = 3.50 cm and Rout = 51.0 cm are situated in the same plane. Note that the radius of the inner coil is much smaller than that of the outer coil. The inner coil has Nin = 5 turns while the outer coil has Nout = 1 turn. What is
the mutual inductance of the coils?
0.0237
How does the mutual inductance depend on the magnetic flux through the area and the number of turns of the inner coil? How does the mutual inductance depend on the rate of change of current and the induced emf? nH
Transcribed Image Text:Two concentric circular coils with radii Rin = 3.50 cm and Rout = 51.0 cm are situated in the same plane. Note that the radius of the inner coil is much smaller than that of the outer coil. The inner coil has Nin = 5 turns while the outer coil has Nout = 1 turn. What is the mutual inductance of the coils? 0.0237 How does the mutual inductance depend on the magnetic flux through the area and the number of turns of the inner coil? How does the mutual inductance depend on the rate of change of current and the induced emf? nH
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