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Quiz Questions: Magnetic Field & Energy in a Paramagnetic Cylinder (PHYS4210) - Prof. Jame, Quizzes of Physics

The questions for quiz #10 of the phys4210 electromagnetic theory course, which covers the topic of magnetic fields and energy in a paramagnetic cylinder. Students are required to find the resulting magnetic field inside the cylinder and the magnetic energy per unit length, given a uniform magnetic field in a vacuum and a paramagnetic cylinder with specific radius and permittivity. The quiz is a closed-book exam and must be completed within thirty minutes.

Typology: Quizzes

2010/2011

Uploaded on 05/17/2011

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Download Quiz Questions: Magnetic Field & Energy in a Paramagnetic Cylinder (PHYS4210) - Prof. Jame and more Quizzes Physics in PDF only on Docsity! Name: PHYS4210 Electromagnetic Theory Quiz #10 18 Apr 2011 This is a closed book quiz! You have thirty minutes to complete it. A uniform magnetic field B = B0x̂ fills all space in a vacuum. A long, paramagnetic cylinder with radius R and permittiv- ity µ is then inserted into the field, with its axis along the z-axis. Find the resulting magnetic field B(r, θ) inside the cylinder, in terms of B0, R, and µ. Show that you get the correct answer for µ = 1, that is, susceptibility χ = 0. It is useful to know that a solution to Laplaces’ Equation in cylindrical coordinates takes the general form ∞∑ n=1 [ anr n + bnr −n ] cos(nθ) Also find the magnetic energy per unit length in the cylinder. R x yB0
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