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a plane electromagnetic wave travels in a lossless environment with physical properties ε = ε0, μ...

a plane electromagnetic wave travels in a lossless environment with physical properties ε = ε0, μ = 4μ0. The electric field component of this wave is 50 sin (--t - 5x) ay [V / m]. This wave; the wave will enter a second environment with physical properties ε = 4ε0, μ = μ0, σ = 0,1 S / m at x = 0 and perpendicular to the x axis;
(a) reflection coefficient, progress coefficient, standing wave ratio
(b) electric field and magnetic field vector components of the reflected and moving wave
(c) calculate the time average of the Poynting vector in both environments

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genius_generous answered 2 years ago
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