Which turning condition is most associated with a risk of adverse yaw at slow speeds?

• A. Adverse yaw and increased sideslip
• B. Improved turn efficiency
• C. Reduced bank angle
• D. Higher stall speed reduction

Answer: (A)

Adverse yaw tends to show up more in slow-speed turns because the wing being rolled down by the ailerons creates more drag on that side. That extra drag yaws the nose away from the direction of the turn. At low speeds, rudder effectiveness is reduced, so it’s harder to counteract this yaw and keep the aircraft coordinated. The combination of the nose yaw opposite the turn and the flight path not matching the fuselage is what we describe as adverse yaw with increased sideslip. The other options don’t reflect this yaw tendency or the loss of coordination you’d expect in a slow-speed turn.