because of the annoying people in the country
its true
The aircraft's propulsion comes from its engines.
Propulsion in Boeing aircraft refers to the systems and mechanisms that generate thrust to move the aircraft forward. This primarily involves the engines, which convert fuel into kinetic energy, allowing the aircraft to take off, cruise, and land efficiently. Boeing designs its aircraft with various propulsion technologies, including turbofan engines, to optimize performance, fuel efficiency, and environmental impact. Overall, propulsion is a critical aspect of an aircraft's design and operation, influencing its speed, range, and overall performance.
The engines.
An aircraft that achieves forward propulsion by expelling a stream of fluid is called a jet aircraft. Jet engines, such as turbojets or turbofans, expel high-speed exhaust gases to generate thrust and propel the aircraft forward.
The propulsion system of an aircraft moves the air backward. Air in turn pushes the aircraft forward. This is based on the Third Law of Newton.
A UAV (Unmanned Aerial Vehicle) propulsion system refers to the combination of components that power and control the movement of an unmanned aircraft. The propulsion system typically includes an engine or motor, a propeller or rotor, and a control system that regulates the speed and direction of the aircraft.
Most aircraft do not have the propulsion capabilities for spaceflight.
A Scram jet is a jet which needs supersonic propulsion to take off. It is taken into air by another larger aircraft and is released in supersonic speed.
Do you mean a glider? An aircraft that flies without propulsion? Soaring.
Thrust in an aircraft can be achieved through jet propulsion and propeller propulsion. In jet propulsion, engines expel high-speed exhaust gases from the rear, generating thrust according to Newton's third law of motion. In propeller propulsion, rotating blades push air backward, creating a forward thrust as a result of the difference in air pressure. Both methods are fundamental for enabling flight by overcoming drag and allowing the aircraft to move forward.
James L. Bettner has written: 'Propulsion system assessment for very high altitude UAV under ERAST' -- subject(s): Performance tests, Pilotless aircraft, High altitude, Aircraft design, Propulsion system
Novel uses of turboelectric propulsion : • Turboelectric aircraft system studies, Core turboelectric new systems, and Megawatt- research facilities. Turboelectric systems are electric propulsion systems that use turbines to drive the electrical generators that power electric propulsion, which in turn drive propulsors (as propellers). These systems are probably the only approach for developing electric propulsion systems for a large passenger aircraft that can be feasibly achieved in the ongoing years. The use of other technologies, turboelectric systems could potentially reduce fuel burn by lots to 30 percent or more compared to aircraft in service today. These projects would include research to better understand the benefits and design trade-offs related to line aircraft systems and the creation of system research facilities to better develop the core megawatt- line systems for turboelectric aircraft propulsion.