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10. Referring to the moon in question #9, would the kinetic energy of the moon increase or decrease if the distance from the planet decreased while the orbital period remained at T = 5 Earth days. A. B. C. It would increase It would decrease It would not change

10. Referring to the moon in question #9, would the kinetic energy of the moon increase or decrease if the distance from the planet decreased while the orbital period remained at T = 5 Earth days. A. B. C. It would increase It would decrease It would not change

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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Please solve question 10 from the information in 9. THANKS
10. Referring to the moon in question #9, would the kinetic energy of the moon increase or decrease if the distance from the planet decreased while the orbital period remained at T = 5 Earth days. A. B. C. It would increase It would decrease It would not change
Transcribed Image Text:10. Referring to the moon in question #9, would the kinetic energy of the moon increase or decrease if the distance from the planet decreased while the orbital period remained at T = 5 Earth days. A. B. C. It would increase It would decrease It would not change
9. Planet X has a moon (m = 3.0x105 kg) that orbits in a perfectly circular trajectory. It takes 5.0 Earth days for one complete orbit. The distance between the centers of the planet and the moon is 9.3x107 m. Determine the angular momentum of the moon relative to the planet. A. B. C. D. 3.8x1012 kgm2/s 3.8x1013 kgm2/s 3.8x1016 kgm2/s 3.8x1018 kgm2/s
Transcribed Image Text:9. Planet X has a moon (m = 3.0x105 kg) that orbits in a perfectly circular trajectory. It takes 5.0 Earth days for one complete orbit. The distance between the centers of the planet and the moon is 9.3x107 m. Determine the angular momentum of the moon relative to the planet. A. B. C. D. 3.8x1012 kgm2/s 3.8x1013 kgm2/s 3.8x1016 kgm2/s 3.8x1018 kgm2/s
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