The following current loop forms a right-angled triangle. The loop lies in the plane of your screen and has a (conventional) current travelling clockwise around the loop. The loop lies in a uniform magnetic field which is directed horizontally towards the right. B A If the loop was initially at rest and floating in space and was free to move in any way whatsoever, how would it move? The triangle would remain still. The triangle would start moving to the right. The triangle would start moving to the left. The triangle would start moving up. The triangle would start moving down. The triangle would start out of the screen (towards you). The triangle would start into the screen (away from you). The triangle would remain in place, but would start to spin in some direction. OC

The following current loop forms a right-angled triangle. The loop lies in the plane of your screen and has a (conventional) current travelling clockwise around the loop. The loop lies in a uniform magnetic field which is directed horizontally towards the right. B A If the loop was initially at rest and floating in space and was free to move in any way whatsoever, how would it move? The triangle would remain still. The triangle would start moving to the right. The triangle would start moving to the left. The triangle would start moving up. The triangle would start moving down. The triangle would start out of the screen (towards you). The triangle would start into the screen (away from you). The triangle would remain in place, but would start to spin in some direction. OC

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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The following current loop forms a right-angled triangle. The loop lies in the plane of your screen and has a (conventional) current travelling clockwise around the loop. The loop lies in a uniform magnetic field which is directed horizontally towards the right. If the loop was initially at rest and floating in space and was free to move in any way whatsoever, how would it move? Question 7 options: The triangle would remain still. The triangle would start moving to the right. The triangle would start moving to the left. The triangle would start moving up. The triangle would start moving down. The triangle would start moving out of the screen (towards you). The triangle would start moving into the screen (away from you). The triangle would remain in place, but would start to spin in some direction.
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