If an airplane has an empty weight of 1,350 pounds and an empty moment/1000 of 51.5, what is the moment calculated with given data for pilot and fuel?

To determine the moment calculated for the pilot and fuel, one must first understand how to compute the moment using the provided empty weight and empty moment data. The empty weight is 1,350 pounds and the empty moment is expressed as 51.5 (moment/1000), which translates to an actual moment of 51.5 * 1000 = 51,500 pound-inches.

When considering the additional weight of the pilot and fuel, the empty weight needs to be added to the weight of the pilot and the fuel it carries. For calculation purposes, let’s define the total weight as the sum of the empty weight, pilot weight, and fuel weight, assuming the pilot contributes a certain weight (for example, 170 pounds) and the fuel adds up to a specific amount (for example, 20 gallons at 6 pounds per gallon totals 120 pounds).

If the total weight becomes:

• Total Weight = Empty Weight + Pilot Weight + Fuel Weight

• Using the provided example, Total Weight = 1,350 lbs + 170 lbs + 120 lbs = 1,640 lbs.

The next step involves calculating the total moment. The moment would be the sum of the moments from the empty weight, pilot,