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The figure shows the end view of a long straight conducting rod mounted on a lab bench. A second such rod is atta current in the rod mounted to the table is 26.2 A directed away from you (into the page) and the mass per unit ler direction of the current in the free rod in order for the angle to be 3.00°. x -206.76 Draw a careful diagram showing an appropriate coordinate system at the site of the equilibrium posi magnitude the magnetic field at the site of the movable rod, all forces, and the components of all forces acting at the site of the movable rod due to the current in the stationary rod. Since the movable rod is in e vertical forces acting on the rod. See if you can solve these two equilibrium statements for the desir force and knowing the direction of the magnetic field at the site of the movable rod, how can you de perpendicular to and out of the page direction Fixed rod Lab bench L Movable rod

The figure shows the end view of a long straight conducting rod mounted on a lab bench. A second such rod is atta current in the rod mounted to the table is 26.2 A directed away from you (into the page) and the mass per unit ler direction of the current in the free rod in order for the angle to be 3.00°. x -206.76 Draw a careful diagram showing an appropriate coordinate system at the site of the equilibrium posi magnitude the magnetic field at the site of the movable rod, all forces, and the components of all forces acting at the site of the movable rod due to the current in the stationary rod. Since the movable rod is in e vertical forces acting on the rod. See if you can solve these two equilibrium statements for the desir force and knowing the direction of the magnetic field at the site of the movable rod, how can you de perpendicular to and out of the page direction Fixed rod Lab bench L Movable rod

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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The figure shows the end view of a long straight conducting rod mounted on a lab bench. A second such rod is attached to a point directly above the first rod by a cable that is 30.0 cm long. If the current in the rod mounted to the table is 26.2 A directed away from you (into the page) and the mass per unit length of the rod attached to the cord is 49.4 g/m, determine the magnitude and direction of the current in the free rod in order for the angle to be 3.00⁰. -206.76 X Draw a careful diagram showing an appropriate coordinate system at the site of the equilibrium position of the movable rod, the direction of the current in the fixed rod, the direction of the magnetic field at the site of the movable rod, all forces, and the components of all forces acting on the movable rod. Determine an expression for the magnitude of the magnetic field at the site of the movable rod due to the current in the stationary rod. Since the movable rod is in equilibrium, see if you can write a statement of equilibrium for the horizontal and vertical forces acting on the rod. See if you can solve these two equilibrium statements for the desired current. Given that the magnetic force acting on the movable rod is a repulsive force and knowing the direction of the magnetic field at the site of the movable rod, how can you determine the direction of the current in the movable rod? A perpendicular to and out of the page magnitude direction Fixed rod Lab bench L Movable rod
Transcribed Image Text:The figure shows the end view of a long straight conducting rod mounted on a lab bench. A second such rod is attached to a point directly above the first rod by a cable that is 30.0 cm long. If the current in the rod mounted to the table is 26.2 A directed away from you (into the page) and the mass per unit length of the rod attached to the cord is 49.4 g/m, determine the magnitude and direction of the current in the free rod in order for the angle to be 3.00⁰. -206.76 X Draw a careful diagram showing an appropriate coordinate system at the site of the equilibrium position of the movable rod, the direction of the current in the fixed rod, the direction of the magnetic field at the site of the movable rod, all forces, and the components of all forces acting on the movable rod. Determine an expression for the magnitude of the magnetic field at the site of the movable rod due to the current in the stationary rod. Since the movable rod is in equilibrium, see if you can write a statement of equilibrium for the horizontal and vertical forces acting on the rod. See if you can solve these two equilibrium statements for the desired current. Given that the magnetic force acting on the movable rod is a repulsive force and knowing the direction of the magnetic field at the site of the movable rod, how can you determine the direction of the current in the movable rod? A perpendicular to and out of the page magnitude direction Fixed rod Lab bench L Movable rod
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