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Solve the Problem. -The Velocity V of a Meteorite Approaching the Earth Is

Question 68

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Solve the problem.
-The velocity v of a meteorite approaching the earth is given by Solve the problem. -The velocity v of a meteorite approaching the earth is given by kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Give your answer as a simplified radical. A) kilometers per second B) kilometers per second C) 13,000 kilometers per second D) kilometers per second kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Solve the problem. -The velocity v of a meteorite approaching the earth is given by kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Give your answer as a simplified radical. A) kilometers per second B) kilometers per second C) 13,000 kilometers per second D) kilometers per second Give your answer as a simplified radical.


A) Solve the problem. -The velocity v of a meteorite approaching the earth is given by kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Give your answer as a simplified radical. A) kilometers per second B) kilometers per second C) 13,000 kilometers per second D) kilometers per second kilometers per second
B) Solve the problem. -The velocity v of a meteorite approaching the earth is given by kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Give your answer as a simplified radical. A) kilometers per second B) kilometers per second C) 13,000 kilometers per second D) kilometers per second kilometers per second
C) 13,000 Solve the problem. -The velocity v of a meteorite approaching the earth is given by kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Give your answer as a simplified radical. A) kilometers per second B) kilometers per second C) 13,000 kilometers per second D) kilometers per second kilometers per second
D) Solve the problem. -The velocity v of a meteorite approaching the earth is given by kilometers per second, where d is the meteorite's distance from the center of the earth and k is a constant. What is the velocity of a meteorite that is 14,000 kilometers away from the center of the earth, if Give your answer as a simplified radical. A) kilometers per second B) kilometers per second C) 13,000 kilometers per second D) kilometers per second kilometers per second

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