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d) Based on Figure Q5 (d), answer the following questions: i. Briefly discuss the process that occurs from point 1 to 2 by illustrating the dipole arrangement. ii. Suggest one (1) application in electronic devices that is based on this loop and state your reason.

d) Based on Figure Q5 (d), answer the following questions: i. Briefly discuss the process that occurs from point 1 to 2 by illustrating the dipole arrangement. ii. Suggest one (1) application in electronic devices that is based on this loop and state your reason.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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d) Based on Figure Q5 (d), answer the following questions: i. Briefly discuss the process that occurs from point 1 to 2 by illustrating the dipole arrangement. ii. Suggest one (1) application in electronic devices that is based on this loop and state your reason. B+ Remanent Flux Density H- H+ Coersive Force Fig. Q5 (d): Hysteresis loop which B is the Magnetic Flux Density and H is the Magnetizing Force.
Transcribed Image Text:d) Based on Figure Q5 (d), answer the following questions: i. Briefly discuss the process that occurs from point 1 to 2 by illustrating the dipole arrangement. ii. Suggest one (1) application in electronic devices that is based on this loop and state your reason. B+ Remanent Flux Density H- H+ Coersive Force Fig. Q5 (d): Hysteresis loop which B is the Magnetic Flux Density and H is the Magnetizing Force.
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