(a) In Figure 4, a rectangular conducting loop with resistance 2000 Q and length 2.2 m spin at 660 rpm. The vertical conductor at pl = 0.3 m from z axis is in a field B1 = 222 a, T, and the conductor at p2 = 1.7 m from z axis is in a field B2 = 128 a, T. (i) Compare the potential between resistors and determine current pass through conducting loop, including its direction. A machine requires the conducting loop to activate it. However, it must rotates on its own axis. Analyze the magnetic forces that act on conductor 1 (at pl = 0.3 m ) and conductor 2 (at p2 = 1.7 m) to assist you to judge movement of loop. (ii)

(a) In Figure 4, a rectangular conducting loop with resistance 2000 Q and length 2.2 m spin at 660 rpm. The vertical conductor at pl = 0.3 m from z axis is in a field B1 = 222 a, T, and the conductor at p2 = 1.7 m from z axis is in a field B2 = 128 a, T. (i) Compare the potential between resistors and determine current pass through conducting loop, including its direction. A machine requires the conducting loop to activate it. However, it must rotates on its own axis. Analyze the magnetic forces that act on conductor 1 (at pl = 0.3 m ) and conductor 2 (at p2 = 1.7 m) to assist you to judge movement of loop. (ii)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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