1. (a) In free space, the electric filed is defined by E = 20 cos (wt – 50x)a, '/m Using the knowledge of Maxwell's equation calculate (i) Displacement current density, Jd (ii) Magnetic field intensity, H
1. (a) In free space, the electric filed is defined by E = 20 cos (wt – 50x)a, '/m Using the knowledge of Maxwell's equation calculate (i) Displacement current density, Jd (ii) Magnetic field intensity, H
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E = 20 cos (wt – 50x)a, '/m
Using the knowledge of Maxwell's equation calculate
(i) Displacement current density, Jd
(ii) Magnetic field intensity, H"
Transcribed Image Text:1. (a) In free space, the electric filed is defined by
E = 20 cos (wt – 50x)a, '/m
Using the knowledge of Maxwell's equation calculate
(i) Displacement current density, Jd
(ii) Magnetic field intensity, H
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