There is a long cylinder magnet with radius of R, and length of L and magnetization of M = M,9pp for r

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There is a long cylinder magnet with radius of R, and length of L and magnetization of
M = M,9pp for r<R. (z: cylinder axis, p = /x? + y?, 8:angle of vector with x axis in cylindrical
coordinates, M,: constant).
Calculate the total magnetic dipole moment of the magnet.
Calculate bound currents (Clearly show your work and surfaces). (Is this structure similar to a
a.
b.
current carrying wire?)
Calculate B everywhere. (Ignore the surface bound currents).
с.
Transcribed Image Text:There is a long cylinder magnet with radius of R, and length of L and magnetization of M = M,9pp for r<R. (z: cylinder axis, p = /x? + y?, 8:angle of vector with x axis in cylindrical coordinates, M,: constant). Calculate the total magnetic dipole moment of the magnet. Calculate bound currents (Clearly show your work and surfaces). (Is this structure similar to a a. b. current carrying wire?) Calculate B everywhere. (Ignore the surface bound currents). с.
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