Prévia do material em texto

C. 663.0 pounds.
1. Determine the area. 33.5 x 48.5 ÷ 144 = 11.28 square feet.
2. Determine the floor load limit. 11.28 x 66 = 744.68 pounds.
3. Subtract the weight of the pallet and tiedown devices. 744.68 - 63 = 681.68 pounds.
721. What is the minimum floor load limit that an aircraft must have to carry the following
pallet of cargo?
Pallet dimensions are 116.8 x 87.7 inches
Pallet weight - 137 lbs.
Tiedown devices - 49 lbs.
Cargo weight - 12,262.4 lbs.
 A. 172 lbs/sq ft.
 B. 176 lbs/sq ft.
 C. 179 lbs/sq ft.
1. Determine the area. 116.8 x 87.7 ÷ 144 = 71.13 sq ft.
2. Determine the total weight. 12,262.4 + 49 + 137 = 12,448.4
3. Determine the minimum floor load limit. 12,448.4 ÷ 71.13 = 175.00 lbs/sq ft.
722. Given the following, what would be the maximum payload?
Basic operating weight (BOW): 100,500 lbs.
Maximum zero fuel weight: 138,000 lbs.
Maximum landing weight: 142,000 lbs.
Maximum takeoff weight: 184,200 lbs.
Fuel load: 40,000 lbs.
Fuel tank capacity: 54,000 lbs.
 A. 43,700 lbs.
 B. 37,500 lbs.
 C. 29,700 lbs.
The payload is the maximum combination of passengers, baggage, and cargo that the
airplane is capable of carrying. A zero fuel weight, if published, is the limiting weight:
138,000 - 100,500 = 37,500