Which of the following is a result of high pressure under the wing of an aircraft?

High pressure under the wing of an aircraft results in increased lift. This phenomenon occurs due to the airflow over and under the wing; as the wing moves through the air, the shape and angle of the wing create areas of varying pressure. The air moving over the wing travels faster than the air below it, creating lower pressure above the wing and higher pressure below it. This pressure differential generates lift, allowing the aircraft to ascend and maintain flight.

Lift is crucial for an aircraft's ability to take off and maneuver in the sky. Factors such as wing design, angle of attack, and airspeed all contribute to the generation of lift, with high pressure beneath the wing being a significant component of that equation. Understanding this concept is fundamental in the study of aerodynamics and the overall principles of flight.