In a scenario with a temperature of 90°F and a weight of 3,400 lb, what is the required takeoff distance over a 50-foot obstacle?

To determine the required takeoff distance over a 50-foot obstacle at a temperature of 90°F and a weight of 3,400 lb, we need to consider factors such as aircraft performance in relation to weight, temperature, and altitude.

In general, as temperature increases, the density of the air decreases, which can lead to a longer takeoff distance due to reduced lift during the initial takeoff phase. Similarly, a heavier aircraft requires more thrust and energy to become airborne, further influencing the required distance.

Using performance charts specific to the aircraft model can help in determining the takeoff requirements at given conditions. At high temperatures and the specified weight of 3,400 lb, the performance data would indicate a longer takeoff roll is needed to clear the 50-foot obstacle.

Option A suggests a takeoff distance of 2,000 feet, which aligns with the expected increase in takeoff distance due to the high temperature and weight. This figure likely takes into consideration the necessary adjustments for the obstacles in question and the particular aircraft performance limitations.

In contrast, the other options suggest shorter distances, which are less realistic under the given conditions. Therefore, the requirement for 2,000 feet to safely clear a 50-foot obstacle