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D9.4. Let = 105 H/m, = 4 x 10° F/m, a = 0, and p, = 0. Find k (including units) so that each of the following pairs of fields satisfies Maxwell's equations: (a) D = 6a, - 2ya, + 2za, nC/m², H = kxa, + 10ya, - 25za A/m; (b) E = (20y- kt)a, V/m. H= (y +2 x 10°r)a, A/m. Ans. 15 A/m²; -2.5 x 108 V/(m-s)

D9.4. Let = 105 H/m, = 4 x 10° F/m, a = 0, and p, = 0. Find k (including units) so that each of the following pairs of fields satisfies Maxwell's equations: (a) D = 6a, - 2ya, + 2za, nC/m², H = kxa, + 10ya, - 25za A/m; (b) E = (20y- kt)a, V/m. H= (y +2 x 10°r)a, A/m. Ans. 15 A/m²; -2.5 x 108 V/(m-s)

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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D9.4. Let = 105 H/m, = 4 x 10° F/m, a = 0, and p, = 0. Find k (including units) so that each of the following pairs of fields satisfies Maxwell's equations: (a) D = 6a, - 2ya, + 2za, nC/m², H = kxa, + 10ya, - 25za A/m; (b) E = (20y- kt)a, V/m. H= (y +2 x 10°r)a, A/m. Ans. 15 A/m²; -2.5 x 108 V/(m-s)
Transcribed Image Text:D9.4. Let = 105 H/m, = 4 x 10° F/m, a = 0, and p, = 0. Find k (including units) so that each of the following pairs of fields satisfies Maxwell's equations: (a) D = 6a, - 2ya, + 2za, nC/m², H = kxa, + 10ya, - 25za A/m; (b) E = (20y- kt)a, V/m. H= (y +2 x 10°r)a, A/m. Ans. 15 A/m²; -2.5 x 108 V/(m-s)
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