A bar magnet is held above the center of a wire loop lying in the horizontal plane as shown in the figure below. The south end of the magnet is toward the loop. After the magnet is dropped, what is true of the current in the resistor as viewed from above? (Select all that apply.) A circular loop of wire is oriented horizontally, with its plane into the page. A bar magnet is above the center of the loop, oriented with its north end directly above its south end. The magnet falls toward the loop with velocity vector v, which points straight down toward the center of the loop.
A bar magnet is held above the center of a wire loop lying in the horizontal plane as shown in the figure below. The south end of the magnet is toward the loop. After the magnet is dropped, what is true of the current in the resistor as viewed from above? (Select all that apply.) A circular loop of wire is oriented horizontally, with its plane into the page. A bar magnet is above the center of the loop, oriented with its north end directly above its south end. The magnet falls toward the loop with velocity vector v, which points straight down toward the center of the loop.
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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A bar magnet is held above the center of a wire loop lying in the horizontal plane as shown in the figure below. The south end of the magnet is toward the loop. After the magnet is dropped, what is true of the current in the resistor as viewed from above? (Select all that apply.)
A circular loop of wire is oriented horizontally, with its plane into the page. A bar magnet is above the center of the loop, oriented with its north end directly above its south end. The magnet falls toward the loop with velocity vector v, which points straight down toward the center of the loop.
- It is counterclockwise as the magnet falls toward the loop.It is clockwise as the magnet falls toward the loop.
- It is first counterclockwise as the magnet approaches the loop and then clockwise after it has passed through the loop.
- It is clockwise after the magnet has moved through the loop and moves away from it.
- It is always clockwise.
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