Given a temperature of 75 degrees F, what is the maximum weight capacity?

To determine the maximum weight capacity in a flight scenario given a specific temperature, it’s essential to consider several factors, including aircraft performance data, temperature, and its impact on aircraft density altitude. Generally, as the temperature increases, the density altitude also increases, which can lead to reduced engine performance, climb rates, and overall aircraft performance.

In this case, if 75 degrees Fahrenheit corresponds to a maximum weight capacity of 300 pounds, it indicates that this specific temperature might be the threshold where the aircraft's performance is optimized without risking safety or exceeding operational limits. The maximum weight capacity is determined through careful calculations that factor in the aircraft's design, density altitude conditions at this temperature, and the corresponding performance charts or data tables provided in the aircraft's operating handbook.

Therefore, the correct answer takes into account the significant impact of temperature on aircraft performance and suggests that at 75 degrees Fahrenheit, the aircraft can safely carry a maximum weight of 300 pounds.