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(3.1390 N, E). para 9.5981 x 10^-3, a= 7194.9Km, the true anomaly v of the satellite is v=204.81-degree, n= 14.2171404 rev/day; magnitude of position vector r=7632.2 km, The station is 886.46Km above sea levels, Assume RE = 6371km.

(3.1390 N, E). para 9.5981 x 10^-3, a= 7194.9Km, the true anomaly v of the satellite is v=204.81-degree, n= 14.2171404 rev/day; magnitude of position vector r=7632.2 km, The station is 886.46Km above sea levels, Assume RE = 6371km.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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An earth station located at (3.1390° N, 101.6869° E). Given the satellite parameters: e = 9.5981 x 10^-3, a= 7194.9Km, the true anomaly v of the satellite is v=204.81-degree, n= 14.2171404 rev/day; magnitude of position vector r=7632.2 km, The station is 886.46Km above sea levels, Assume RE = 6371km. Calculate the: 1.Slant range 2.Azimuth angle 3.Elevation angle 4.Tilt angle
Transcribed Image Text:An earth station located at (3.1390° N, 101.6869° E). Given the satellite parameters: e = 9.5981 x 10^-3, a= 7194.9Km, the true anomaly v of the satellite is v=204.81-degree, n= 14.2171404 rev/day; magnitude of position vector r=7632.2 km, The station is 886.46Km above sea levels, Assume RE = 6371km. Calculate the: 1.Slant range 2.Azimuth angle 3.Elevation angle 4.Tilt angle
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