A space shuttle's control surfaces are used to control which three movements?

The correct choice identifies the fundamental movements that a space shuttle can perform through its control surfaces, which are essential for maintaining and navigating its trajectory in space and during atmospheric re-entry.

Pitch refers to the up or down movement of the shuttle's nose, allowing it to ascend or descend. Roll involves the rotation of the shuttle around its longitudinal axis, which is crucial for changing the orientation of the vehicle. Yaw pertains to the left and right movement of the shuttle's nose, helping to steer it in horizontal directions.

These three movements—Pitch, Roll, and Yaw—are critical for the control and stability of the shuttle throughout various phases of flight, including launch, orbit, and landing. The other options include terms that do not directly connect to the primary control surface functions, such as thrust and speed, which are the results of propulsion systems rather than movements controlled by the surface actions.