loop of copper passes through regions of the magnetic field with a constant velocity, as indicated in Figure 2. (a) Determine the direction of the current (if any) induced in the copper loop at each point, 1 through 5, along its path. Assume the field is uniform and of constant magnitude inside the dashed boundary and zero outside. (b) Rank the currents according to their magnitude from greatest to least for points 1 through 5. Indicate ties, if any.
loop of copper passes through regions of the magnetic field with a constant velocity, as indicated in Figure 2. (a) Determine the direction of the current (if any) induced in the copper loop at each point, 1 through 5, along its path. Assume the field is uniform and of constant magnitude inside the dashed boundary and zero outside. (b) Rank the currents according to their magnitude from greatest to least for points 1 through 5. Indicate ties, if any.
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A loop of copper passes through regions of the magnetic field with a constant velocity, as indicated in Figure 2.
(a) Determine the direction of the current (if any) induced in the copper loop at each point, 1 through 5, along its path. Assume the field is uniform and of constant magnitude inside the dashed boundary and zero outside.
(b) Rank the currents according to their magnitude from greatest to least for points 1 through 5. Indicate ties, if any.
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