8. A 10000 kg airplane must reach a velocity of 65 m/s to take off. If the horizontal force exerted by the planes engine is 60 KN and neglecting other horizontal forces. a. What length of runway is needed? b. Determine the maximum power transferred to the airplane when it takes off at 65 m/s with the horizontal force exerted by the plane engine equal to 60 KN.
8. A 10000 kg airplane must reach a velocity of 65 m/s to take off. If the horizontal force exerted by the planes engine is 60 KN and neglecting other horizontal forces. a. What length of runway is needed? b. Determine the maximum power transferred to the airplane when it takes off at 65 m/s with the horizontal force exerted by the plane engine equal to 60 KN.
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Transcribed Image Text:8. A 10000 kg airplane must reach a velocity of 65 m/s to take off. If
the horizontal force exerted by the planes engine is 60 KN and
neglecting other horizontal forces.
a. What length of runway is needed?
b. Determine the maximum power transferred to the airplane when it
takes off at 65 m/s with the horizontal force exerted by the plane
engine equal to 60 KN.
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