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An infinitely long, DC current (I,) carrying wire is oriented along the z-axis as shown in Fig. 1. As illustrated in parts (a)-(f), a square conductive loop in the y-z plane having a finite resistance R is moved/rotated as described in figure. For each of these cases, a. Is a nonzero electromotive force (Vemf) induced in the loop? If so, explain how it occurs and state what the type (transformer/motional) of emf that occurs. b. What is the corresponding direction of current flow in cases where a nonzero Vemf is found to occur in part a? Explain how the direction of current is found by virtue of Lenz's Law.

An infinitely long, DC current (I,) carrying wire is oriented along the z-axis as shown in Fig. 1. As illustrated in parts (a)-(f), a square conductive loop in the y-z plane having a finite resistance R is moved/rotated as described in figure. For each of these cases, a. Is a nonzero electromotive force (Vemf) induced in the loop? If so, explain how it occurs and state what the type (transformer/motional) of emf that occurs. b. What is the corresponding direction of current flow in cases where a nonzero Vemf is found to occur in part a? Explain how the direction of current is found by virtue of Lenz's Law.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Electromagnetic Theory - EMF 
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An infinitely long, DC current (1,) carrying wire is oriented along the z-axis as shown in Fig. 1. As illustrated in parts (a)-(f), a square conductive loop in the y-z plane having a finite resistance R is moved/rotated as described in figure. For each of these cases, a. Is a nonzero electromotive force (Vemf) induced in the loop? If so, explain how it occurs and state what the type (transformer/motional) of emf that occurs. b. What is the corresponding direction of current flow in cases where a nonzero Vemf is found to occur in part a? Explain how the direction of current is found by virtue of Lenz's Law. y (a) move along y (b) move along -y (c) move along z I1 y (f) Rotate around center horizontal axis (d) move along -x (e) Rotate around center vertical axis Figure 1. Infinitely long current carrying wire and conductive loop 4.
Transcribed Image Text:An infinitely long, DC current (1,) carrying wire is oriented along the z-axis as shown in Fig. 1. As illustrated in parts (a)-(f), a square conductive loop in the y-z plane having a finite resistance R is moved/rotated as described in figure. For each of these cases, a. Is a nonzero electromotive force (Vemf) induced in the loop? If so, explain how it occurs and state what the type (transformer/motional) of emf that occurs. b. What is the corresponding direction of current flow in cases where a nonzero Vemf is found to occur in part a? Explain how the direction of current is found by virtue of Lenz's Law. y (a) move along y (b) move along -y (c) move along z I1 y (f) Rotate around center horizontal axis (d) move along -x (e) Rotate around center vertical axis Figure 1. Infinitely long current carrying wire and conductive loop 4.
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