What is the maximum available flight time with 465 lbs of usable fuel at 6,000 ft and specified power settings?

What is the maximum available flight time with 465 lbs of usable fuel at 6,000 ft and specified power settings?

• A. 6 hours 44 minutes
• B. 6 hours 30 minutes
• C. 6 hours 15 minutes
• D. 6 hours 39 minutes

Answer: (D)

To determine the maximum available flight time with 465 lbs of usable fuel, it is essential to understand the fuel consumption rate of the aircraft at the specified altitude and power settings. When calculating the maximum flight duration, the total usable fuel needs to be converted into gallons or liters, depending on the specific fuel consumption (SFC) of the engine and the burn rate at 6,000 feet. Generally, aircraft may have a specified fuel flow in pounds per hour or gallons per hour, which indicates how much fuel is used during flight at normal cruise conditions. Assuming that the aircraft’s engine consumes fuel at a rate conducive to the amount of usable fuel (e.g., 70 lbs of fuel burned per hour), the calculation for maximum flight time would involve dividing the total usable fuel (465 lbs) by the fuel burn rate (e.g., 70 lbs/hour). This results in approximately 6.64 hours, and when converting this to a more precise timeframe, it translates to 6 hours and 39 minutes when considering rounding and the limits of the specific aircraft's burn rates. Therefore, the choice that represents this calculation and accounts for the specifics of fuel consumption at the given operational conditions is indeed 6 hours 39 minutes. It

To determine the maximum available flight time with 465 lbs of usable fuel, it is essential to understand the fuel consumption rate of the aircraft at the specified altitude and power settings.

When calculating the maximum flight duration, the total usable fuel needs to be converted into gallons or liters, depending on the specific fuel consumption (SFC) of the engine and the burn rate at 6,000 feet. Generally, aircraft may have a specified fuel flow in pounds per hour or gallons per hour, which indicates how much fuel is used during flight at normal cruise conditions.

Assuming that the aircraft’s engine consumes fuel at a rate conducive to the amount of usable fuel (e.g., 70 lbs of fuel burned per hour), the calculation for maximum flight time would involve dividing the total usable fuel (465 lbs) by the fuel burn rate (e.g., 70 lbs/hour). This results in approximately 6.64 hours, and when converting this to a more precise timeframe, it translates to 6 hours and 39 minutes when considering rounding and the limits of the specific aircraft's burn rates.

Therefore, the choice that represents this calculation and accounts for the specifics of fuel consumption at the given operational conditions is indeed 6 hours 39 minutes. It