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9. NASA is planning to launch a new version of artificial satellite with the purpose of improving the quality of GPS and Satellite-Imaging. In order to successfully launch this satellite, it needs to overcome the pull of gravity of the Earth and the air resistance of the atmosphere. What will be the required escape velocity of the satellite to overcome gravity? Neglect air resistance. The approximate mass of the Earth is 5.97x1024 kg and its diameter is 12,756 km A. 6531.34 m/s B. 7901.47 m/s D. 5587.18 m/s ganud. violovni A oy brts UOY 1001 55 low Morialood C. 3223.45 m/s 20 10. Vectors are defined as quantities with both magnitude and direction. There are many ways to operate on these quantities, one of which is calculating their dot product. Suppose you have two vectors: Vector A which has a magnitude of 50 N, Vector B with a magnitude of 3.5 m and a 55° angle between them. 031 A. 100.37 N/m B. 143.35 KN/mm C. 100.37 KN-mm B D. 143.35 J

9. NASA is planning to launch a new version of artificial satellite with the purpose of improving the quality of GPS and Satellite-Imaging. In order to successfully launch this satellite, it needs to overcome the pull of gravity of the Earth and the air resistance of the atmosphere. What will be the required escape velocity of the satellite to overcome gravity? Neglect air resistance. The approximate mass of the Earth is 5.97x1024 kg and its diameter is 12,756 km A. 6531.34 m/s B. 7901.47 m/s D. 5587.18 m/s ganud. violovni A oy brts UOY 1001 55 low Morialood C. 3223.45 m/s 20 10. Vectors are defined as quantities with both magnitude and direction. There are many ways to operate on these quantities, one of which is calculating their dot product. Suppose you have two vectors: Vector A which has a magnitude of 50 N, Vector B with a magnitude of 3.5 m and a 55° angle between them. 031 A. 100.37 N/m B. 143.35 KN/mm C. 100.37 KN-mm B D. 143.35 J

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9. NASA is planning to launch a new version of artificial satellite with the purpose of improving the quality of GPS and Satellite-Imaging. In order to successfully launch this satellite, it needs to overcome the pull of gravity of the Earth and the air resistance of the atmosphere. What will be the required escape velocity of the satellite to overcome gravity? Neglect air resistance. The approximate mass of the Earth is 5.97x1024 kg and its diameter is 12,756 km A. 6531.34 m/s B. 7901.47 m/s C. 3223.45 m/s D. 5587.18 m/s hud A noinovni na hets UOY 1001 w Worladood adossi wey floorse 18 alowals 10. Vectors are defined as quantities with both magnitude and direction. There are many ways to operate on these quantities, one ba of which is calculating their dot product. Suppose you have two vectors: Vector A which has a magnitude of 50 N, Vector B with a magnitude of 3.5 m and a 55° angle between them. 186 A. 100.37 N/m B. 143.35 KN/mm C. 100.37 KN-mm 55 B D. 143.35 J
Transcribed Image Text:9. NASA is planning to launch a new version of artificial satellite with the purpose of improving the quality of GPS and Satellite-Imaging. In order to successfully launch this satellite, it needs to overcome the pull of gravity of the Earth and the air resistance of the atmosphere. What will be the required escape velocity of the satellite to overcome gravity? Neglect air resistance. The approximate mass of the Earth is 5.97x1024 kg and its diameter is 12,756 km A. 6531.34 m/s B. 7901.47 m/s C. 3223.45 m/s D. 5587.18 m/s hud A noinovni na hets UOY 1001 w Worladood adossi wey floorse 18 alowals 10. Vectors are defined as quantities with both magnitude and direction. There are many ways to operate on these quantities, one ba of which is calculating their dot product. Suppose you have two vectors: Vector A which has a magnitude of 50 N, Vector B with a magnitude of 3.5 m and a 55° angle between them. 186 A. 100.37 N/m B. 143.35 KN/mm C. 100.37 KN-mm 55 B D. 143.35 J
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