31) asteroid in a collision course. At 7514 km from the center of the asteroid, the rock has a speed of 136.0 m/s and later at 2823 km it has a speed of 392.0 m/s. Use energy conservation to find the mass of asteroid I. You can neglect any effects due to the parent star of the asteroid. (G=6.67 x 10-11 N • m2/kg2) A) 4.582 x 102' kg B) 9.164 x 1027 kg C) 6.112 x 1028 kg D) 4.582 x 1020 kg Beings on spherical asteroid II have observed that a large rock is approaching their

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Chapter1: Units, Trigonometry. And Vectors
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31)
asteroid in a collision course. At 7514 km from the center of the asteroid, the rock has a speed of
136.0 m/s and later at 2823 km it has a speed of 392.0 m/s. Use energy conservation to find the
mass of asteroid I. You can neglect any effects due to the parent star of the asteroid.
(G=6.67 x 10-11 N • m2/kg2)
A) 4.582 x 102' kg
B) 9.164 x 1027 kg
C) 6.112 x 1028 kg
D) 4.582 x 1020 kg
Beings on spherical asteroid II have observed that a large rock is approaching their
Transcribed Image Text:31) asteroid in a collision course. At 7514 km from the center of the asteroid, the rock has a speed of 136.0 m/s and later at 2823 km it has a speed of 392.0 m/s. Use energy conservation to find the mass of asteroid I. You can neglect any effects due to the parent star of the asteroid. (G=6.67 x 10-11 N • m2/kg2) A) 4.582 x 102' kg B) 9.164 x 1027 kg C) 6.112 x 1028 kg D) 4.582 x 1020 kg Beings on spherical asteroid II have observed that a large rock is approaching their
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