7-3.8 While the speed of the satellite in Figure 7-3.8, which moves in a circular orbit...

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7-3.8 While the speed of the satellite in Figure 7-3.8, which moves in a circular orbit around the Earth, is v = 7300 m/sec, it is desired to change its speed at point A, make it make a half revolution, and bring it down to the earth at point B. In order to put the satellite into an elliptical orbit, calculate its required speed at point A, the eccentricity of the orbit, and the time it takes for the satellite to return to the earth. 1 B Figure 7-3.8 Gib And A OF 7100km m 7-3.8 While the speed of the satellite in Figure 7-3.8, which moves in a circular orbit around the Earth, is v = 7300 m/sec, it is desired to change its speed at point A, make it make a half revolution, and bring it down to the earth at point B. In order to put the satellite into an elliptical orbit, calculate its required speed at point A, the eccentricity of the orbit, and the time it takes for the satellite to return to the earth. 1 B Figure 7-3.8 Gib And A OF 7100km m 7-3.8 While the speed of the satellite in Figure 7-3.8, which moves in a circular orbit around the Earth, is v = 7300 m/sec, it is desired to change its speed at point A, make it make a half revolution, and bring it down to the earth at point B. In order to put the satellite into an elliptical orbit, calculate its required speed at point A, the eccentricity of the orbit, and the time it takes for the satellite to return to the earth. 1 B Figure 7-3.8 Gib And A OF 7100km m 7-3.8 While the speed of the satellite in Figure 7-3.8, which moves in a circular orbit around the Earth, is v = 7300 m/sec, it is desired to change its speed at point A, make it make a half revolution, and bring it down to the earth at point B. In order to put the satellite into an elliptical orbit, calculate its required speed at point A, the eccentricity of the orbit, and the time it takes for the satellite to return to the earth. 1 B Figure 7-3.8 Gib And A OF 7100km m

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