As the lesson discussed, electromotive force (in volts) is generated by a change in flux. This induced voltage,, is given by the formula, in wire loops where current can flow. Remember, flux is the product of magnetic field and area: In this picture below, the magnetic field is pointing out of the page. The "loop" is on the right. As the bar moves to the left, the fluxof the loop because the area of the loop increases. Current is induced to oppose this change in flux, generating an induced magnetic field that . Therefore, the current will. As the lesson discussed, electromotive force (in volts) is generated by a change in flux. This induced voltage, &, is given by the formula,AnAtin wire loops where current can flow. Remember, flux is the product of magnetic field and area: = BAIn this picture below, the magnetic field is pointing out of the page. The "loop" is on the right. As the bar moves to the left, the flux of the loop [Select]✓. Therefore, the current will [Select]E =[Select]FD--O Boutbecause the area of the loop increases. Current is induced to oppose this change in flux, generating an induced magnetic field that

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Answered: As the lesson discussed, electromotive…

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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As the lesson discussed, electromotive force (in volts) is generated by a change in flux. This induced voltage,

, is given by the formula,

in wire loops where current can flow. Remember, flux is the product of magnetic field and area:

In this picture below, the magnetic field is pointing out of the page. The "loop" is on the right. As the bar moves to the left, the flux

of the loop because the area of the loop increases. Current is induced to oppose this change in flux, generating an induced magnetic field that . Therefore, the current will

As the lesson discussed, electromotive force (in volts) is generated by a change in flux. This induced voltage, &, is given by the formula,
An
At
in wire loops where current can flow. Remember, flux is the product of magnetic field and area: = BA
In this picture below, the magnetic field is pointing out of the page. The "loop" is on the right. As the bar moves to the left, the flux of the loop [Select]
✓. Therefore, the current will [Select]
E =
[Select]
FD--
O Bout
because the area of the loop increases. Current is induced to oppose this change in flux, generating an induced magnetic field that

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