At a given time, the geocentric equatorial position vector in km of a GPS satellite is r = 2200I+ 5900J 4000K km (6) Determine the range and elevation relative to a sea-level observer whose latitude is = 40 and longitude = 125. The oblateness parameter of the earth is f = 0.003353. Do not copy or paste work from another Chegg user. This will be reported as plagiarism otherwise. Your full work process is needed to receive a thumbs up. The solution to ONLY CHECK WORK: range: 1988 km,

elevation: 26.0

6. At a given time, the geocentric equatorial position vector in km of a GPS satellite is r = (2200 + 5900 4000 ) km (6) Determine the range and elevation relative to a sea-level observer whose latitude is o = -40 and longitude 0 = 125. The oblateness parameter of the earth is f = 0.003353. 6. At a given time, the geocentric equatorial position vector in km of a GPS satellite is r = (2200 + 5900 4000 ) km (6) Determine the range and elevation relative to a sea-level observer whose latitude is o = -40 and longitude 0 = 125. The oblateness parameter of the earth is f = 0.003353