Unformatted text preview: determine the current density vector, J , and the total current in the conductor. 2) Given a magnetic field, ( 29 ( 29 ˆ cos sin 1 10 2 4 = ar a r ar a r H is present inside a conductor of radius a , determine the current density vector, J . 3) For all points inside a cylindrical conductor of radius 0.01 m, the magnetic field is ( 29 ˆ 10 * 3 2 10 * 77 . 4 2 2 4 =r r H , what is the magnitude and direction of the current in the conductor....
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 Spring '11
 victor
 Vector Space, Magnetic Field

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