What would likely happen to landing distance if the outside air temperature were to increase?

When the outside air temperature increases, the density of the air decreases. This phenomenon is explained by the principle of air density, where warmer air is less dense than cooler air. As a result, because the aircraft encounters less lift during takeoff and landing due to this lower density, it requires a longer distance to achieve the necessary lift for takeoff and also to safely land.

Additionally, higher temperatures can impact engine performance and propeller efficiency, leading to reduced thrust. This further compounds the issue by extending the required landing distance because the aircraft may not decelerate as efficiently.

In conclusion, the relationship between higher temperatures and increased landing distances is directly linked to the reduction in air density and its effects on aircraft performance. This understanding is crucial for pilots when planning landings in varying temperature conditions to ensure safe operational limits are maintained.