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A parabolic antenna has an opening of 15 m and receives in the normal direction a linearly polarized radio signal coming from a very distant source, of amplitude Eo = 4·10-7 V/m. Assuming that the %3D antenna absorbs all the radiation that impacts on it, calculate the force exerted by the wave on the antenna.

A parabolic antenna has an opening of 15 m and receives in the normal direction a linearly polarized radio signal coming from a very distant source, of amplitude Eo = 4·10-7 V/m. Assuming that the %3D antenna absorbs all the radiation that impacts on it, calculate the force exerted by the wave on the antenna.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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If possible i'd like a detailed solution for this question, with the name of equations used to solve and a bit of an explanation, thank you!
Problem 13.5 Mazzoldi A parabolic antenna has an opening of 15 m and receives in the normal direction a linearly polarized radio signal coming from a very distant source, of amplitude E, = 4.10-7 V/m. Assuming that the antenna absorbs all the radiation that impacts on it, calculate the force exerted by the wave on the antenna. 38/40
Transcribed Image Text:Problem 13.5 Mazzoldi A parabolic antenna has an opening of 15 m and receives in the normal direction a linearly polarized radio signal coming from a very distant source, of amplitude E, = 4.10-7 V/m. Assuming that the antenna absorbs all the radiation that impacts on it, calculate the force exerted by the wave on the antenna. 38/40
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