A horizontally polarised EM wave is propagating in the (v.2) plane at 30 degrees to the horizon, so that the wave vector

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A horizontally polarised EM wave is propagating in the (v.2) plane at 30 degrees to the horizon, so that the wave vector

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A Horizontally Polarised Em Wave Is Propagating In The V 2 Plane At 30 Degrees To The Horizon So That The Wave Vector 1
A Horizontally Polarised Em Wave Is Propagating In The V 2 Plane At 30 Degrees To The Horizon So That The Wave Vector 1 (14.09 KiB) Viewed 36 times
A horizontally polarised EM wave is propagating in the (v.2) plane at 30 degrees to the horizon, so that the wave vector has components ky=v3/2 ko and ky-1/2 ko (assuming x and z axis are horizontal and y is vertical). The electric field amplitude is Eo =Eox=7.54 V/m. Enter the horizontal (2) component of the complex amplitude of the magnetic field, in mA/m (number only please) to 2 s.f.: Hoz=? (note: be careful with the sign).
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