What is the primary consequence of a skid during flight?

The primary consequence of a skid during flight is loss of control. A skid occurs when the aircraft's yaw is not properly coordinated with its roll, often due to excessive rudder input or insufficient aileron usage, which disrupts the normal balance of forces acting on the aircraft. This can lead to a situation where the aircraft is not flying straight and level, making it difficult for the pilot to maintain stable flight. In a skid, one wing tends to drop, which can lead to further loss of control, potentially resulting in a stall or spin if corrective action is not taken promptly.

Understanding this concept is crucial for pilots as it emphasizes the need for coordinated use of controls during flight maneuvers to maintain control and ensure safety. The other options do not accurately reflect the outcomes of a skid in flight dynamics; they miss the pivotal issue of control authority that skidding affects.