In pilot's formula of lift, lower AOA is equal to _____.

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Multiple Choice

In pilot's formula of lift, lower AOA is equal to _____.

Explanation:
Lower angle of attack reduces the lift coefficient. In steady flight, lift must balance weight, so if Cl drops because the AOA is reduced, you must increase speed to restore the same lift. Lift increases with the square of speed (L ∝ V^2 × Cl), so raising speed compensates for the loss in Cl. That’s why a lower AOA corresponds to faster speed.

Lower angle of attack reduces the lift coefficient. In steady flight, lift must balance weight, so if Cl drops because the AOA is reduced, you must increase speed to restore the same lift. Lift increases with the square of speed (L ∝ V^2 × Cl), so raising speed compensates for the loss in Cl. That’s why a lower AOA corresponds to faster speed.

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