In flight terms, which statement best describes the relationship between lift and drag?

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Multiple Choice

In flight terms, which statement best describes the relationship between lift and drag?

Lift and drag are two aerodynamic forces acting on an aircraft in flight. Lift is the upward force produced by the wings that counters weight, while drag is the resistance the air offers against moving through it, acting opposite to the direction of travel. For steady flight, lift must balance weight and thrust must overcome drag. The statement that best describes their relationship is that drag is the air resistance that slows the aircraft and lift is the upward force that enables ascent. Other options misstate the roles of thrust, weight, or wing size, for example thrust is not a downward force, weight is a central factor in flight safety, and wing size alone does not determine flight.

Lift and drag are two aerodynamic forces acting on an aircraft in flight. Lift is the upward force produced by the wings that counters weight, while drag is the resistance the air offers against moving through it, acting opposite to the direction of travel. For steady flight, lift must balance weight and thrust must overcome drag. The statement that best describes their relationship is that drag is the air resistance that slows the aircraft and lift is the upward force that enables ascent. Other options misstate the roles of thrust, weight, or wing size, for example thrust is not a downward force, weight is a central factor in flight safety, and wing size alone does not determine flight.

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