I have 2 problems that are giving me trouble regarding the takeoff anf landing of an air craft. Here are the stats I have so far:(adsbygoogle = window.adsbygoogle || []).push({});

Takeoff speed: 33.7m/s

Takeoff angle:35 degrees

Landing speed: 37.3m/s

Maximum Abort speed:30.07m/s

Engine Thrust: 1,500N

Mass of Aircraft: 1060kg

Braking coeficient of friction: 0.30

Distance until takeoff:1216.71m

Time until takeoff:24.07s

Acceleration:1.4m/s squared

I need to know the final stopping point after the plane lands assuming it lands at its inital starting point,friction factored in. I also need to know the abort point incase the plane needs to make a sudden stop during take off. So essentially if the pilot stops before take off how much distance is needed beore the plane fully stops.

The abort velocity is a point during takeoff when the pilot must shut down and come to a complete stop or if the point is passed, take off. The runway must be long enough for the pilot to use reverse engine thrust and braking friction to stop safely if the decision is made not to take off.

Any help on what equations I need to use and how to approach these problems, they have given me alot of trouble

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# Homework Help: Help! Problem involving a landing aircraft.

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