7) A satellite orbits at a distance of 3 Earth radii above the surface of the Earth. a) Calculate the speed of the satellite in orbit (in m/sec). b) Suppose the satellite was stopped, and then dropped from that height, calculate the speed it would hit the ground. (Ignore air resistance.) c) Suppose you wanted to fling something from the ground up to that original height of the satellite . calculate the speed needed. > ...

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7) A satellite orbits at a distance of 3 Earth radii above the surface of the Earth.
a) Calculate the speed of the satellite in orbit (in m/sec).
b) Suppose the satellite was stopped, and then dropped from that height, calculate the speed it
would hit the ground.
(Ignore air resistance.)
c) Suppose you wanted to fling something from the ground up to that original height of
satellite ... calculate the
speed needed. >
Quick Notes
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N XI
FUJITSU
F2
F3
(sp)
F5
F4
F6
F8
E
23
2$
1
2
3
4
&
5
Transcribed Image Text:Insert Draw History Review View Home V To Do (Ctrl+1) Heading 1 Heading 2 * Important (Ctrl+2) ? Question (Ctrl+3) Calibri To Do Find Email BIU abc X, 2-A. =. X Тag Tags Page Format Painter Email Styles Tags Basic Text ipboard Calculus 3 ECAL Physics lab Foundations of ME World Masterpiéces 2 Prof Development poks + Physics 1 Homework Finals Study iculus 3 ork 7) A satellite orbits at a distance of 3 Earth radii above the surface of the Earth. a) Calculate the speed of the satellite in orbit (in m/sec). b) Suppose the satellite was stopped, and then dropped from that height, calculate the speed it would hit the ground. (Ignore air resistance.) c) Suppose you wanted to fling something from the ground up to that original height of satellite ... calculate the speed needed. > Quick Notes H O Type here to search N XI FUJITSU F2 F3 (sp) F5 F4 F6 F8 E 23 2$ 1 2 3 4 & 5
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