An ideal solenoid has a core of relative permeability 600 and its winding has 1500 turns per meter. If a steady current of 2A is passed through its winding find (i) the magnetic field strength H (i) the magnetization M, (ii) The magnetic induction B within the solenoid. Assume that M, is directly proportional to H and single valued.
An ideal solenoid has a core of relative permeability 600 and its winding has 1500 turns per meter. If a steady current of 2A is passed through its winding find (i) the magnetic field strength H (i) the magnetization M, (ii) The magnetic induction B within the solenoid. Assume that M, is directly proportional to H and single valued.
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![An ideal solenoid has a core of relative
permeability 600 and its winding has 1500
turns per meter. If a steady current of 2A is
passed through its winding find (i) the
magnetic field strength H (ii) the
magnetization M, (iii The magnetic induction
B within the solenoid. Assume that M, is
directly proportional to H and single valued.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa2eeb8f6-e0a8-4576-9721-bf20751e4461%2Fccde5016-290a-44b0-a1ed-2d0ce0fb6d75%2Fgixa5gd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An ideal solenoid has a core of relative
permeability 600 and its winding has 1500
turns per meter. If a steady current of 2A is
passed through its winding find (i) the
magnetic field strength H (ii) the
magnetization M, (iii The magnetic induction
B within the solenoid. Assume that M, is
directly proportional to H and single valued.
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