1) A uniform magnetic field B points in the direction. A circular loop of wire has radius a and resistance R. At t = 0, the loop lies in the z-y plane, with the center of the loop at the origin of coordinates. The loop rotates about the y-axis with angular velocity w. Find the current, I(t), flowing through the loop at an arbitrary time t. (Ignore/neglect any "self-induction" effects, i.e., neglect any effects of the magnetic field produced by the current in the loop.)
1) A uniform magnetic field B points in the direction. A circular loop of wire has radius a and resistance R. At t = 0, the loop lies in the z-y plane, with the center of the loop at the origin of coordinates. The loop rotates about the y-axis with angular velocity w. Find the current, I(t), flowing through the loop at an arbitrary time t. (Ignore/neglect any "self-induction" effects, i.e., neglect any effects of the magnetic field produced by the current in the loop.)
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Transcribed Image Text:1) A uniform magnetic field B points in the direction. A circular loop of wire
has radius a and resistance R. At t = 0, the loop lies in the x-y plane, with
the center of the loop at the origin of coordinates. The loop rotates about
the y-axis with angular velocity w. Find the current, I(t), flowing through
the loop at an arbitrary time t. (Ignore/neglect any "self-induction" effects,
i.e., neglect any effects of the magnetic field produced by the current in the
loop.)
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