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1. Given, E = 25 sin (2n×10° t – 6x) az. Find Electric flux density, magnetic field, Magnetic flux density, and displacement current density.

1. Given, E = 25 sin (2n×10° t – 6x) az. Find Electric flux density, magnetic field, Magnetic flux density, and displacement current density.

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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1. Given, E density, and displacement current density. = 25 sin (2nx10° t – 6x) az. Find Electric flux density, magnetic field, Magnetic flux 100 E=- -â‚+40â. V.E=0, if 2.a. Show that b. If there's a chance of existing magnetic monopoles, then Maxwell's equation requires two more terms: Magnetic charges (p*) and Magnetic current density (J*). Now write Maxwell's 4 equations D.J*==8 St *d. using these terms. Also show that,
Transcribed Image Text:1. Given, E density, and displacement current density. = 25 sin (2nx10° t – 6x) az. Find Electric flux density, magnetic field, Magnetic flux 100 E=- -â‚+40â. V.E=0, if 2.a. Show that b. If there's a chance of existing magnetic monopoles, then Maxwell's equation requires two more terms: Magnetic charges (p*) and Magnetic current density (J*). Now write Maxwell's 4 equations D.J*==8 St *d. using these terms. Also show that,
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