A toroidal coil with N total number of tums per unit length, and current I) is filled wi linear material of susceptibility 1. Find the magnetic fields (H and B) inside the coil. 2. Find the magnetization M inside the coil. 3. What are the possible values that Xm can have and what is the effect on the magnetic field in each case? 4. If the coil has a core of Aluminum AI, how this should affect the magnetic field magnitude inside the coil?
A toroidal coil with N total number of tums per unit length, and current I) is filled wi linear material of susceptibility 1. Find the magnetic fields (H and B) inside the coil. 2. Find the magnetization M inside the coil. 3. What are the possible values that Xm can have and what is the effect on the magnetic field in each case? 4. If the coil has a core of Aluminum AI, how this should affect the magnetic field magnitude inside the coil?
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Transcribed Image Text:A toroidal coil with N total number of tums per unit length, and current I) is filled with
linear material of susceptibility >
1. Find the magnetic fields (H and B) inside the coil.
2. Find the magnetization M inside the coil.
3. What are the possible values that Xm can have and
what is the effect on the magnetic field in each case?
4. If the coil has a core of Aluminum Al, how this
should affect the magnetic field magnitude inside the
coil?
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