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Assume that the earth is a sphere of radius 3980 miles. A satellite travels in a circular orbit around the earth, 900 miles above the equator, making one full orbit every 6 hours. If it passes directly over a tracking station at 2 P.M., what is the distance from the satellite to the tracking station at 2:05 P.M.?

Assume that the earth is a sphere of radius 3980 miles. A satellite travels in a circular orbit around the earth, 900 miles above the equator, making one full orbit every 6 hours. If it passes directly over a tracking station at 2 P.M., what is the distance from the satellite to the tracking station at 2:05 P.M.?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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O PSA X O (9) P X G km t x O Hom x A Prec x 6 5910 X * Quiz x * phot x * Phot x 2 Untit x S Solu X ь Мус х + O File | /home/chronos/u-99eca07b3dc4bb8c3bb4d6d2919808e8c06f430c/MyFiles/Downloads/holtprecalculusstudentedition-reinhold9-150606192945-lva1-app68. 8 Guest (2) Assume that the earth is a sphere of radius 3980 miles. A satellite travels in a circular orbit around the earth, 900 miles above the equator, making one full orbit every 6 hours. If it passes directly over a tracking station at 2 P.M., what is the distance from the satellite to the tracking station at 2:05 P.M.? + • O 11:32
Transcribed Image Text:O PSA X O (9) P X G km t x O Hom x A Prec x 6 5910 X * Quiz x * phot x * Phot x 2 Untit x S Solu X ь Мус х + O File | /home/chronos/u-99eca07b3dc4bb8c3bb4d6d2919808e8c06f430c/MyFiles/Downloads/holtprecalculusstudentedition-reinhold9-150606192945-lva1-app68. 8 Guest (2) Assume that the earth is a sphere of radius 3980 miles. A satellite travels in a circular orbit around the earth, 900 miles above the equator, making one full orbit every 6 hours. If it passes directly over a tracking station at 2 P.M., what is the distance from the satellite to the tracking station at 2:05 P.M.? + • O 11:32
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