(c) If the time averaged Poynting vector of the incident flux is 1 W·m-2 at 100 GHz, calculate the amplitude of the char

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(c) If the time averaged Poynting vector of the incident flux is 1 W·m-2 at 100 GHz, calculate the amplitude of the char

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C If The Time Averaged Poynting Vector Of The Incident Flux Is 1 W M 2 At 100 Ghz Calculate The Amplitude Of The Char 1
C If The Time Averaged Poynting Vector Of The Incident Flux Is 1 W M 2 At 100 Ghz Calculate The Amplitude Of The Char 1 (60.1 KiB) Viewed 60 times
(c) If the time averaged Poynting vector of the incident flux is 1 W·m-2 at 100 GHz, calculate the amplitude of the charge separation vector of the equivalent dipole. Evaluate the Thomson scattering cross-section, Ot, in the case of this radiation. (2 marks) (d) A small private plane approaching an airport is flying at an altitude of 2500 m above ground. The airport's flight control system transmits 100 W at 24 MHz, using a vertical dipole antenna. What is the intensity of the signal at the plane’s receiving antenna when the plane's position on a map is 4 km from the airport? (3 marks)
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