AFOQT Practice Test

Which type of wing typically allows for a wide range of speeds in aircraft?

1. Elliptical Wing

2. Monocoque Structure

3. Tapered Wing

4. Rectangular Wing

The correct answer is: Tapered Wing

The correct answer is the tapered wing. Tapered wings are designed with a wider root section near the fuselage and narrower tips, which reduces drag and improves overall aerodynamic efficiency. This design allows the aircraft to achieve a wider range of speeds, as it can perform well at both slower and faster flight conditions. The tapering helps enhance lift and reduces the risk of stalling at higher angles of attack, making it suitable for various operational scenarios. While elliptical wings can also provide excellent aerodynamic performance, they are less common and may not be optimized for a wide range of speeds compared to tapered wings. Monocoque structure refers to a design technique in aircraft construction rather than a wing type, and rectangular wings typically offer good stability but are not as efficient as tapered wings at varied speeds. Thus, the tapered wing stands out for its effectiveness in enabling a diverse speed range in aircraft.