sees tha diameter and estimated to nave a mass of 4.35 x 10' kg is moving in a straight line and will pass close to Earth. NASA estimates that the asteroid surface will pass 3621.0 km from the planet at its closest position and that its velocity, tangenti to the earth's surface, would be 2300.0 m/s at this time. (Use significant figures) a) What will be the gravitational force exerted by the earth on the asteroid at this time? b) What will be the centripetal force undergone/sustained by the asteroid at this tim according to the circle of the earth? c) What should happen next?
sees tha diameter and estimated to nave a mass of 4.35 x 10' kg is moving in a straight line and will pass close to Earth. NASA estimates that the asteroid surface will pass 3621.0 km from the planet at its closest position and that its velocity, tangenti to the earth's surface, would be 2300.0 m/s at this time. (Use significant figures) a) What will be the gravitational force exerted by the earth on the asteroid at this time? b) What will be the centripetal force undergone/sustained by the asteroid at this tim according to the circle of the earth? c) What should happen next?
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Transcribed Image Text:NASA sees that an asteroid 170.0 km in diameter and estimated to have a mass of 4.35 x 10^6
kg is moving in a straight line and will pass close to Earth. NASA estimates that the asteroid's
surface will pass 3621.0 km from the planet at its closest position and that its velocity, tangential
to the earth's surface, would be 2300.0 m/s at this time. (Use significant figures)
a) What will be the gravitational force exerted by the earth on the asteroid at this time?
b) What will be the centripetal force undergone/sustained by the asteroid at this time
according to the circle of the earth?
c) What should happen next?
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