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EN Flight Performance and Planning - PPL(H) - Private Pilot Licence (Helicopter)
Questions Flight Performance and Planning - PPL(H) helicopter theory
Calculated take-off mass = 2300 lbs, calculated CG = 95.75 in, fuel burn = 170 lbs on station 87.00 in. Where is the CG situated after the landing?
Given values: Calculated take-off mass = 746 kg calculated CG = 37.1 cm fuel burn = 30.5 l on station 45 cm. Where is the CG situated after the landing?
Calculated take-off mass = 1082 kg, calculated CG = 0.254 m, fuel burn = 55 l on station 0.40 m. Where is the CG situated after the landing?
The position of the centre of gravity (including fuel) equals... Use figure (PFP-053e)
The calculated take-off mass is 750 kg and the total moment is 625 000 kg mm (equivalent to 625 kg m). Which numbered cross represents this loading? Use figure (PFP-003); its metric horizontal scale is moment divided by 1 000.
The calculated take-off mass is 725 kg and the total moment is 650 000 kg mm (equivalent to 650 kg m). Which numbered cross represents this loading? Use figure (PFP-004); its metric horizontal scale is moment divided by 1 000.
The calculated take-off mass is 775 kg and the total moment is 700 000 kg mm (equivalent to 700 kg m). Which numbered cross represents this loading? Use figure (PFP-005); its metric horizontal scale is moment divided by 1 000.
Using figure (PFP-006), calculate the empty mass and centre-of-gravity arm after all three equipment changes. Round the CG arm to three decimal places.
The term "maximum elevation figure" (MEF) is defined as...
What is the purpose of "interception lines" in visual navigation?
