Which flight control surfaces are primarily responsible for movement around the Center of Gravity?

The choice that identifies ailerons, elevator, and rudder as the flight control surfaces responsible for movement around the Center of Gravity is correct because each of these components plays a vital role in controlling the orientation and stability of the aircraft.

Ailerons are located on the wings and control roll, allowing the aircraft to tilt sideways around its longitudinal axis. This is essential for executing turns and maintaining balance during flight.

The elevator is located on the tail and manages pitch, which is the movement of the aircraft's nose up or down around its lateral axis. This control is crucial for climbing or descending.

The rudder, situated on the vertical stabilizer of the tail, governs yaw, causing the nose of the aircraft to move left or right around its vertical axis. This is important for maintaining directional control, especially during turns and in crosswinds.

Together, these three control surfaces enable the pilot to effectively manage the maneuverability and stability of the aircraft in relation to its Center of Gravity. This is vital for safe and accurate flight operations.

The other choices contain components that do not directly contribute to the movement around the Center of Gravity as the selected answer does. For instance, flaps and slats primarily influence lift during takeoff and landing rather than lateral or