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Given at the origin and t = 0, an electric field vector is found to be E(0,0)= 3.ê – ŷ µV/m inside a dielectric medium with &r = 9. The electromagnetic wave is a LHCP 2.4 GHz plane wave, propagating into the -z direction. Find the corresponding H-field.

Given at the origin and t = 0, an electric field vector is found to be E(0,0)= 3.ê – ŷ µV/m inside a dielectric medium with &r = 9. The electromagnetic wave is a LHCP 2.4 GHz plane wave, propagating into the -z direction. Find the corresponding H-field.

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Given at the origin and t = 0, an electric field vector is found to be E(0,0)= 3x- ŷ µV/m inside a dielectric medium with &, = 9. The electromagnetic wave is a LHCP 2.4 GHz plane wave, propagating into the -z direction. Find the corresponding H-field. non
Transcribed Image Text:Given at the origin and t = 0, an electric field vector is found to be E(0,0)= 3x- ŷ µV/m inside a dielectric medium with &, = 9. The electromagnetic wave is a LHCP 2.4 GHz plane wave, propagating into the -z direction. Find the corresponding H-field. non
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