Lift And Total Aerodynamic Force Tilting Rearward On The Airfoil Is What Type Of Drag?

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Multiple Choice

Lift And Total Aerodynamic Force Tilting Rearward On The Airfoil Is What Type Of Drag?

Explanation:
Induced drag. When the wing produces lift, it creates downwash and wingtip vortices, so the total aerodynamic force acting on the wing is not purely vertical but tilts rearward relative to the flight path. The rearward component of that force is the induced drag, which rises with higher lift (or lower airspeed) and diminishes as speed increases. Parasite and profile/form drag, in contrast, come from airframe shape and surface friction and are not produced directly by lift generation.

Induced drag. When the wing produces lift, it creates downwash and wingtip vortices, so the total aerodynamic force acting on the wing is not purely vertical but tilts rearward relative to the flight path. The rearward component of that force is the induced drag, which rises with higher lift (or lower airspeed) and diminishes as speed increases. Parasite and profile/form drag, in contrast, come from airframe shape and surface friction and are not produced directly by lift generation.

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