The angles of elevation of an artificial earth satellite is measured from two earth stations, situated on the same side of the satellite, are found to be 30° and 60°. The two earth stations and the satellite are in the same vertical plane. If the distance between the earth stations is 4000 km, find the distance between the satellite and earth. (√3 = 1.732)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.2: Trigonometric Equations
Problem 99E
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The angles of elevation of an artificial earth
satellite is measured from two earth
stations, situated on the same side of the
satellite, are found to be 30° and 60°. The two
earth stations and the satellite are in the
same vertical plane. If the distance between
the earth stations is 4000 km, find the
distance between the satellite and earth. (√3
= 1.732)
CD = 4000 km
5
:
Transcribed Image Text:2:41 PM & A™ • inemath4all.com Full Site Question 1: A Solution : OT ₁462.63A66 + AND DEPRESSION QUESTIONS ||| :D Navigation The angles of elevation of an artificial earth satellite is measured from two earth stations, situated on the same side of the satellite, are found to be 30° and 60°. The two earth stations and the satellite are in the same vertical plane. If the distance between the earth stations is 4000 km, find the distance between the satellite and earth. (√3 = 1.732) CD = 4000 km 5 :
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