Q4. Helicopter P=4000 lb is hanging in the air in equilibrium). Assume that the lift F;=0.04 P. Determine “d”, the dista

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Q4. Helicopter P=4000 lb is hanging in the air in equilibrium). Assume that the lift F;=0.04 P. Determine “d”, the dista

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Q4 Helicopter P 4000 Lb Is Hanging In The Air In Equilibrium Assume That The Lift F 0 04 P Determine D The Dista 1
Q4 Helicopter P 4000 Lb Is Hanging In The Air In Equilibrium Assume That The Lift F 0 04 P Determine D The Dista 1 (162.57 KiB) Viewed 27 times
Q4. Helicopter P=4000 lb is hanging in the air in equilibrium). Assume that the lift F;=0.04 P. Determine “d”, the distance between the axis of the main propeller and centre of gravity for the craft and the lift force F2. Use L=15 ft. F F, HC P The working out solution must include the following: o Appropriate scientific principle/s to solve the given engineering application o Step by step detail solution by using relevant scientific principles Your answer must be quoted in appropriate style and unit. State all the assumptions and limitations of the scientific principles and techniques used in your calculations. Answers must be given in appropriate used of significant figures. 0
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