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AB В Now for the actual problem: Use the diagram below and Ampere's law to find an equation for the magnetic field in side (shown in blue above) and red (below). Your notes from lecture for the magnetic field of a coil will be very useful here. US RIR + b Brok B Top I H РАТИ дл С Воттам I

AB В Now for the actual problem: Use the diagram below and Ampere's law to find an equation for the magnetic field in side (shown in blue above) and red (below). Your notes from lecture for the magnetic field of a coil will be very useful here. US RIR + b Brok B Top I H РАТИ дл С Воттам I

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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Problem 8: We are going to use Ampere's law to find the magnetic field of a toroidal coil shown below. Note the radius is symbolized by rho p but we are going to use r in this problem. The next diagram shows you what the currents look like. Z - Axis of symmetry Toroid, Oblique View Yellow arrows represent axial currents, 0 Toroid, Side View Section Gold arrows represent radial currents Red arrows represent circumferential direction. There is no circumferential Toroid, Top View current. Gold arrows represent radial currents. IDEAL CurreNTS! Use the right hand rule on the side View section above to guess the direction of the magnetic field inside the toroid. The last diagram shows you what the magnetic field of the toroid will look like, see next page.
Transcribed Image Text:Problem 8: We are going to use Ampere's law to find the magnetic field of a toroidal coil shown below. Note the radius is symbolized by rho p but we are going to use r in this problem. The next diagram shows you what the currents look like. Z - Axis of symmetry Toroid, Oblique View Yellow arrows represent axial currents, 0 Toroid, Side View Section Gold arrows represent radial currents Red arrows represent circumferential direction. There is no circumferential Toroid, Top View current. Gold arrows represent radial currents. IDEAL CurreNTS! Use the right hand rule on the side View section above to guess the direction of the magnetic field inside the toroid. The last diagram shows you what the magnetic field of the toroid will look like, see next page.
AB Now for the actual problem: Use the diagram below and Ampere's law to find an equation for the magnetic field in side (shown in blue above) and red (below). Your notes from lecture for the magnetic field of a coil will be very useful here. В US RIR XAX b + Bu B Top I H РАТИ ДЛ С Воттам I
Transcribed Image Text:AB Now for the actual problem: Use the diagram below and Ampere's law to find an equation for the magnetic field in side (shown in blue above) and red (below). Your notes from lecture for the magnetic field of a coil will be very useful here. В US RIR XAX b + Bu B Top I H РАТИ ДЛ С Воттам I
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