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PROBLEM 1 A 30-MHz uniform plane wave with H = 10 sin (wt + Bx) a₂ mA/m exists in region x > 0 having o=0, ε = 9 εo, μ =
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PROBLEM 1 A 30-MHz uniform plane wave with H = 10 sin (wt + Bx) a₂ mA/m exists in region x > 0 having o=0, ε = 9 εo, μ =
PROBLEM 1 A 30-MHz uniform plane wave with H = 10 sin (wt + Bx) a₂ mA/m exists in region x > 0 having o=0, ε = 9 εo, μ = 4 µo. At x = 0, the wave meets free space. Calculate : (a) the polarization of the wave, (b) the phase constant ß, (c) the displacement current density in region x > 0, (d) the reflected and transmitted magnetic fields, (e) the average power density in each region.
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