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EN Flight Performance and Planning - EASA PPL(A) - Private Pilot Licence (Aeroplane)
Questions Flight Performance and Planning - EASA PPL(A) aeroplane theory
Fuel flow is 42 L/h and flight time is 40 minutes. How much fuel is required?
Fuel flow is 30 L/h and flight time is 66 minutes. How much fuel is required?
Trip fuel is 70 L, contingency fuel is 5% of trip fuel, and reserve fuel is 20 L. For this arithmetic exercise, what is the sum of these components, excluding taxi fuel and any other fuel requirement?
Trip fuel is 54 L, contingency fuel is 10% of trip fuel, and reserve fuel is 18 L. For this arithmetic exercise, what is the sum of these components, excluding taxi fuel and any other fuel requirement?
Trip fuel is 85 L, contingency fuel is 5% of trip fuel, and reserve fuel is 25 L. For this arithmetic exercise, what is the sum of these components, excluding taxi fuel and any other fuel requirement?
Trip fuel is 42 L, contingency fuel is 10% of trip fuel, and reserve fuel is 15 L. For this arithmetic exercise, what is the sum of these components, excluding taxi fuel and any other fuel requirement?
Trip fuel is 96 L, contingency fuel is 5% of trip fuel, and reserve fuel is 30 L. For this arithmetic exercise, what is the sum of these components, excluding taxi fuel and any other fuel requirement?
Trip fuel is 60 L, contingency fuel is 5% of trip fuel, and reserve fuel is 20 L. For this arithmetic exercise, what is the sum of these components, excluding taxi fuel and any other fuel requirement?
Empty mass is 620 kg at arm 0.32 m. Load is 160 kg at arm 0.85 m. What is the loaded centre of gravity? Use one common datum for all arms and round to the nearest 0.01 m.
Empty mass is 700 kg at arm 0.25 m. Load is 120 kg at arm 0.60 m. What is the loaded centre of gravity? Use one common datum for all arms and round to the nearest 0.01 m.
