An infinite rectangular slab of thickness 2d is situated parallel to the x-y plane, with its center at = 0. Its upper surface is situated at z = d, and its lower surface is at z = -d. The material is miformly magnetized given by M = Moi, and there are no free currents everywhere. Solve for the magnetic field outside and inside the slab. Verify this by relating it to the auxiliary field given by 1 H = ¹ B - M. μο Hint: There is no magnetization outside the slab.
An infinite rectangular slab of thickness 2d is situated parallel to the x-y plane, with its center at = 0. Its upper surface is situated at z = d, and its lower surface is at z = -d. The material is miformly magnetized given by M = Moi, and there are no free currents everywhere. Solve for the magnetic field outside and inside the slab. Verify this by relating it to the auxiliary field given by 1 H = ¹ B - M. μο Hint: There is no magnetization outside the slab.
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Transcribed Image Text:An infinite rectangular slab of thickness 2d is situated parallel to the x-y plane, with its center at
z = 0. Its upper surface is situated at z = d, and its lower surface is at z = -d. The material is
uniformly magnetized given by M = Moi, and there are no free currents everywhere.
Solve for the magnetic field outside and inside the slab. Verify this by relating it to the auxiliary
field given by
Ā
1B-M.
μο
Hint: There is no magnetization outside the slab.
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