3. Certain aircraft can be refueled in midair. During this process, large amounts of gasoline (which has a density of 2.7 kg/ gallon) are pumped into the fuel tank of the moving aircraft. If a certain aircraft of mass 15,000 kg has 500 gallons of gasoline pumped into it during the course of 1 minute, how much extra thrust force must it supply to maintain its constant velocity of 270 m/s? Assume that the fuel moves vertically into the tank, so that it has no initial momentum along the direction of motion. Hint: one piece of information above is not necessary to solve the problem.
3. Certain aircraft can be refueled in midair. During this process, large amounts of gasoline (which has a density of 2.7 kg/ gallon) are pumped into the fuel tank of the moving aircraft. If a certain aircraft of mass 15,000 kg has 500 gallons of gasoline pumped into it during the course of 1 minute, how much extra thrust force must it supply to maintain its constant velocity of 270 m/s? Assume that the fuel moves vertically into the tank, so that it has no initial momentum along the direction of motion. Hint: one piece of information above is not necessary to solve the problem.
College Physics
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Chapter1: Units, Trigonometry. And Vectors
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Transcribed Image Text:**Problem 3: Aircraft Refueling Dynamics**
Certain aircraft can be refueled in midair. During this process, large amounts of gasoline (which has a density of 2.7 kg/gallon) are pumped into the fuel tank of the moving aircraft. If a certain aircraft of mass 15,000 kg has 500 gallons of gasoline pumped into it during the course of 1 minute, how much extra thrust force must it supply to maintain its constant velocity of 270 m/s? Assume that the fuel moves vertically into the tank, so that it has no initial momentum along the direction of motion.
*Hint: One piece of information above is not necessary to solve the problem.*
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