A 600 Mrad/s EM wave travels through air and is polarized with the electrical field normal...

A 600 Mrad/s EM wave travels through air and is polarized with the electrical field normal with the plane of incidence. This wave impinges on the surface of a perfect conductor on plane z=0 at 50º and its electric field has an amplitude of 2V/m.

Find the electrical field resulting from incident and reflected wave on frequency domain. Also, find the current density at the interface between air and the perfect conductor

Solutions

Expert Solution

Here, I have used the concept of electromagnetic wave and their properties for incidence and reflected case and then used the concept of current density and using necessary formulae regarding those, I have answered the questions.

genius_generous answered 1 year ago

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