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Figure Q3(b) shows a coils of 200 turns in uniformly wound around XX material with an average circumference of 4 cm and cross section area of 100 mm². Determine the magnetic flux if the current flowing into the coil is measured at 1 A. (Free space permeability, µo = 47 x 107 H/m). turn I meter Figure Q3(b) Table Q3(c) shows two materials with different flux density values. Assuming that the number of coils, the average circumference, and cross section area are the same as in Q3(b). You are required to evaluate these materials based on the minimum amount of

Figure Q3(b) shows a coils of 200 turns in uniformly wound around XX material with an average circumference of 4 cm and cross section area of 100 mm². Determine the magnetic flux if the current flowing into the coil is measured at 1 A. (Free space permeability, µo = 47 x 107 H/m). turn I meter Figure Q3(b) Table Q3(c) shows two materials with different flux density values. Assuming that the number of coils, the average circumference, and cross section area are the same as in Q3(b). You are required to evaluate these materials based on the minimum amount of

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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(b) Figure Q3(b) shows a coils of 200 turns in uniformly wound around XX material with an average circumference of 4 cm and cross section area of 100 mm². Determine the magnetic flux if the current flowing into the coil is measured at 1 A. (Free space permeability, µo = 47 x 107 H/m). turn I meter Figure Q3(b) (c) Table Q3(c) shows two materials with different flux density values. Assuming that the number of coils, the average circumference, and cross section area are the same as in Q3(b). You are required to evaluate these materials based on the minimum amount of current flowing into the coil. Table Q3(c) Material Flux Density (T) Cast Iron 0.6 Cast Steel 1.4
Transcribed Image Text:(b) Figure Q3(b) shows a coils of 200 turns in uniformly wound around XX material with an average circumference of 4 cm and cross section area of 100 mm². Determine the magnetic flux if the current flowing into the coil is measured at 1 A. (Free space permeability, µo = 47 x 107 H/m). turn I meter Figure Q3(b) (c) Table Q3(c) shows two materials with different flux density values. Assuming that the number of coils, the average circumference, and cross section area are the same as in Q3(b). You are required to evaluate these materials based on the minimum amount of current flowing into the coil. Table Q3(c) Material Flux Density (T) Cast Iron 0.6 Cast Steel 1.4
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