The figure shows a metallic block, with its faces parallel to coordinate axes. The block is in a uniform magnetic field of magnitude 0.016 T. One edge length of the block is 25 cm; the block is not drawn to scale. The block is moved at 2.5 m/s parallel to each axis, in turn, and the resulting potential difference V that appears across the block is measured. With the motion parallel to the y axis, V = 16 mV; with the motion parallel to the z axis, V = 11 mV; with the motion parallel to the x axis, V = 0. What are the block lengths (a) dx, (b) dy, and (c) dz?
The figure shows a metallic block, with its faces parallel to coordinate axes. The block is in a uniform magnetic field of magnitude 0.016 T. One edge length of the block is 25 cm; the block is not drawn to scale. The block is moved at 2.5 m/s parallel to each axis, in turn, and the resulting potential difference V that appears across the block is measured. With the motion parallel to the y axis, V = 16 mV; with the motion parallel to the z axis, V = 11 mV; with the motion parallel to the x axis, V = 0. What are the block lengths (a) dx, (b) dy, and (c) dz?
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Transcribed Image Text:The figure shows a metallic block, with its faces parallel to coordinate axes. The block is in a uniform magnetic
field of magnitude 0.016 T. One edge length of the block is 25 cm; the block is not drawn to scale. The block is
moved at 2.5 m/s parallel to each axis, in turn, and the resulting potential difference V that appears across the
block is measured. With the motion parallel to the y axis, V = 16 mV; with the motion parallel to the z axis, V =
11 mV; with the motion parallel to the x axis, V = 0. What are the block lengths (a) dx, (b) dy, and (c) dz?
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