Q4 . In Figure 4, a rod of length L=0.1 m is forced to move along horizontal rails at a constant speed v =5.00 m/s. The rod and rails form a conducting loop with the connecting strip at the right. The rod is known to have a resistance 0.4 92, rest of the loop has negligible resistance. The conducting loop is placed into a magnetic field generated by the long straight wire at distance a=0.01 m from the loop. Find the magnitude of the force that must be applied externally on the rod to make it moving with constant speed. . In Figure 4, a rod of length L=0.1 m is forced to move along horizontal rails at aQ4.constant speed v =5.00 m/s. The rod and rails form a conducting loop with the connecting strip at theright. The rod is known to have a resistance 0.4 2, whereas the rest of the loop has negligibleresistance. The conducting loop is placed into a magnetic field generated by the long straight wire atdistance a=0.01 m from the loop. Find the magnitude of the force that must be applied externally onthe rod to make it moving with constant speed. X x X XX x X:::::aBFigure 4X XX

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Answered: In Figure 4, a rod of length L=0.1 m is…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Q4 . In Figure 4, a rod of length L=0.1 m is forced to move along horizontal rails at a constant speed v =5.00 m/s. The rod and rails form a conducting loop with the connecting strip at the right. The rod is known to have a resistance 0.4 92, rest of the loop has negligible resistance. The conducting loop is placed into a magnetic field generated by the long straight wire at distance a=0.01 m from the loop. Find the magnitude of the force that must be applied externally on the rod to make it moving with constant speed.

. In Figure 4, a rod of length L=0.1 m is forced to move along horizontal rails at a
Q4.
constant speed v =5.00 m/s. The rod and rails form a conducting loop with the connecting strip at the
right. The rod is known to have a resistance 0.4 2, whereas the rest of the loop has negligible
resistance. The conducting loop is placed into a magnetic field generated by the long straight wire at
distance a=0.01 m from the loop. Find the magnitude of the force that must be applied externally on
the rod to make it moving with constant speed.

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