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If a bar magnet is dropped through a conducting loop with its South pole downward as shown in the figure below, what is the direction of magnetic field passing through the loop produced by the bar magnet and what will happen to the magnetic flux (0) through the loop? Current meter S A. O increases, B-field by magnet is pointing downward. B. O increases, B-field by magnet is pointing upward. C. O decreases, B-field by magnet is pointing upward. D. O decreases, B-field by magnet is pointing downward. E. O is constant, B-field by magnet is pointing upward.

If a bar magnet is dropped through a conducting loop with its South pole downward as shown in the figure below, what is the direction of magnetic field passing through the loop produced by the bar magnet and what will happen to the magnetic flux (0) through the loop? Current meter S A. O increases, B-field by magnet is pointing downward. B. O increases, B-field by magnet is pointing upward. C. O decreases, B-field by magnet is pointing upward. D. O decreases, B-field by magnet is pointing downward. E. O is constant, B-field by magnet is pointing upward.

College Physics
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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If a bar magnet is dropped through a conducting loop with its South pole downward as shown in the figure below, what is the direction of magnetic field passing through the loop produced by the bar magnet and what will happen to the magnetic flux () through the loop? N Current meter A. O increases, B-field by magnet is pointing downward. B. O increases, B-field by magnet is pointing upward. C. O decreases, B-field by magnet is pointing upward. D. O decreases, B-field by magnet is pointing downward. E. O is constant, B-field by magnet is pointing upward.
Transcribed Image Text:If a bar magnet is dropped through a conducting loop with its South pole downward as shown in the figure below, what is the direction of magnetic field passing through the loop produced by the bar magnet and what will happen to the magnetic flux () through the loop? N Current meter A. O increases, B-field by magnet is pointing downward. B. O increases, B-field by magnet is pointing upward. C. O decreases, B-field by magnet is pointing upward. D. O decreases, B-field by magnet is pointing downward. E. O is constant, B-field by magnet is pointing upward.
If the North pole of a bar magnet is being brought near a conducting loop as shown in the figure below, what is the direction of magnetic field passing through the loop produced by the bar magnet and what will happen to the magnetic flux (0) through the loop? Recall: Closer to the poles of a bar magnet, the B-field is strongest. Current meter S A. O increases, B-field by the bar magnet is pointing downward. B. O increases, B-field by the bar magnet is pointing upward. C. O decreases, B-field by the bar magnet is pointing upward. D. O decreases, B-field by the bar magnet is pointing downward. E. O is constant, B-field by the bar magnet is pointing upward.
Transcribed Image Text:If the North pole of a bar magnet is being brought near a conducting loop as shown in the figure below, what is the direction of magnetic field passing through the loop produced by the bar magnet and what will happen to the magnetic flux (0) through the loop? Recall: Closer to the poles of a bar magnet, the B-field is strongest. Current meter S A. O increases, B-field by the bar magnet is pointing downward. B. O increases, B-field by the bar magnet is pointing upward. C. O decreases, B-field by the bar magnet is pointing upward. D. O decreases, B-field by the bar magnet is pointing downward. E. O is constant, B-field by the bar magnet is pointing upward.
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