3.1. Explain what is meant by the geostationary orbit. How do the geostationary orbit and a geosynchronous orbit differ? 3.2. (a) Explain why there is only one geostationary orbit. (b) Show that the range d from an earth station to a geostationary satellite is given by where R is the earth's radius (assumed spherical), h is the height of the geostationary orbit above the equator, and Elis the elevation angle of the earth station antenna.
3.1. Explain what is meant by the geostationary orbit. How do the geostationary orbit and a geosynchronous orbit differ? 3.2. (a) Explain why there is only one geostationary orbit. (b) Show that the range d from an earth station to a geostationary satellite is given by where R is the earth's radius (assumed spherical), h is the height of the geostationary orbit above the equator, and Elis the elevation angle of the earth station antenna.
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Transcribed Image Text:3.1. Explain what is meant by the geostationary orbit. How do the geostationary orbit and a geosynchronous orbit
differ?
3.2. (a) Explain why there is only one geostationary orbit. (b) Show that the ranged from an earth station to a
geostationary satellite is given by
where Ris the earth's radius (assumed spherical), h is the height of the geostationary orbit above the equator,
and Elis the elevation angle of the earth station antenna.
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