Which force directly opposes the weight of an airplane and keeps the airplane in the air?

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Multiple Choice

Which force directly opposes the weight of an airplane and keeps the airplane in the air?

Explanation:
Lift is the force generated by the wings as air flows around them, and it acts upward, directly opposing the weight that gravity pulls downward. This upward push keeps the airplane in the air. The amount of lift depends on the wing shape, the angle of attack, airspeed, and air density. When lift equals the weight, there’s no net vertical force, so the aircraft maintains its altitude. If lift is greater than weight, the airplane rises; if lift is less, it descends. Drag and thrust affect forward motion and the aircraft’s speed, but they don’t directly counteract gravity like lift does.

Lift is the force generated by the wings as air flows around them, and it acts upward, directly opposing the weight that gravity pulls downward. This upward push keeps the airplane in the air. The amount of lift depends on the wing shape, the angle of attack, airspeed, and air density. When lift equals the weight, there’s no net vertical force, so the aircraft maintains its altitude. If lift is greater than weight, the airplane rises; if lift is less, it descends. Drag and thrust affect forward motion and the aircraft’s speed, but they don’t directly counteract gravity like lift does.

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