Propulsion of Aircraft is an aircraft engine that generates a thrust, which is typically a propeller or a propulsive nozzle. These engines produce balance to drag of the airplane when the airplane is cruising and to exceed the drag of the airplane for the airplane to accelerate. How well do you understand the Propulsion of Aircraft? Find out by taking this quiz.
Jet pipe
Jet Fuse
Compressor
Combustion Chamber
To reduce the weight of the Engine
To allow heat to escape quickly
To reduce air from the engine compartment
To increase the air outlet in the cylinder
Take off pitch
Landing Pitch
Optimum pitch
Coarse Pitch
Feather the propeller engine
Maintain a selected engine speed power within the propeller
Maintain a constant propeller rate
Decrease the speed limit in the propeller
Its cheaper to produce
It maintains temperature better over long distance
The engine can be easily streamlined
Longer engine life
Wind milling
Propeller braking
Reverse control
Emergency braking
Cooling the major engines
High voltage electrical impulse to all cylinders
Low voltage electrical impulse to all cylinders
Cooling air to the major parts of the cooling propeller.
Attach the pistons to their connecting rods
Fasten the two edges of the piston
Retain the Valves in the guides
Hold the sparking plugs in place
Pegasus
Olympus 593
Hermes
Aramis
Even out the trust along the length of the blade
Reduce noise levels
Make propelling Easier
Increase the friction between the blades