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Time-varving fields and Maxwell's Equations Q8) If the relative permeability, relative permittivity, conductivity, volume charge density are 7.95775, 451.77, 0, and 0, respectively. Find the constant (k) that satisfy Maxwell's equations if the magnetic field intensity is k x a, + 10 y a, - 25 z a, A/m and the electric flux density is 6 a,- 2 y a, + 2 z a, nC/m².

Time-varving fields and Maxwell's Equations Q8) If the relative permeability, relative permittivity, conductivity, volume charge density are 7.95775, 451.77, 0, and 0, respectively. Find the constant (k) that satisfy Maxwell's equations if the magnetic field intensity is k x a, + 10 y a, - 25 z a, A/m and the electric flux density is 6 a,- 2 y a, + 2 z a, nC/m².

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Time-varving fields and Maxwell's Equations Q8) If the relative permeability, relative permittivity, conductivity, volume charge density are 7.95775, 451.77, 0, and 0, respectively. Find the constant (k) that satisfy Maxwell's equations if the magnetic field intensity is k x a+ 10 y ay - 25 z a, A/m and the electric flux density is 6 a,- 2 y a, + 2 z a, nC/m².
Transcribed Image Text:Time-varving fields and Maxwell's Equations Q8) If the relative permeability, relative permittivity, conductivity, volume charge density are 7.95775, 451.77, 0, and 0, respectively. Find the constant (k) that satisfy Maxwell's equations if the magnetic field intensity is k x a+ 10 y ay - 25 z a, A/m and the electric flux density is 6 a,- 2 y a, + 2 z a, nC/m².
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Magnetic field intensity (B)= kx ax+10y ay -25z az A/m

 

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