The engines used by the aircraft produces thrust and also motion to the aircraft in order to give speed to the aircraft so that the wings can produce lift that is greater than what actually the areoplane weighs with its cargo, passenger and the fuel on board. The amount of lift should be greater the the aircraft's mass so that it can stay in the air.
The aeroplane has an aerodynamicaly shaped (streamlined - to reduce drag or air friction ) body, with it's wings stretching out as much as 211ft (Boeing 747). Generally, such a large wingspan is to have a large surface area to give the plane a lift of the ground. Now, the huge winged turbones placed beneath the wings when started pushes the aeroplane forward from 0 to as much as 932 miles per hour during take off period and then cruise of at 300+ milse per hour at such speeds this creates a pressure difference on the belly side of the plane and the upper surface. The upper surface creates a low pressure and the belly side creates a high pressure so the wind tends to move from high pressure to low pressure area. Thereby giving the plane enough lift for initial take off. Similar pressure difference exsists when the plane is in motion as well which maitains the flight in its path. When sudden pressure differences occur in air ( generally reffered to as turbulence) causes the flight to shake or jerk when in air. hope this answers your questions
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Airplanes are able to fly because of bernulli's principle. The wings are shaped so that when they are moving fast enough they create a low pressure area above the wing and a high pressure below, causing lift.
When an airplane turns on it's engines it starts to gain speed. With more wind coming over the wings there is more lift. With enough lift the plane will stay in the sky. If it goes below a certain speed then the plane will stall or fall out of the sky.
Through thrust, wingspan, and the flaps of the airplane the flow of air lowers the pressure above the wing of the aircraft while the air below is still dense; this effect creates lift.
Combination of 4 things.
1. Thrust by engine.
2. Air resistance converts lift by wings movement..
3. Centrifigual force.
4.Velocity 720~770 miles/Hr. on ground.
An aicraft engineer cannot fly a plane. He doent study how to pilot the plane. He only studied how the mechanism of planes work.
building a plane, being able to fly it in Kitty Hawk,North Carolina (first to build and fly a plane easier transportation)
The Jet engines purpose is to create thrust.With out Thrust a plane would not be able to fly.
It was a Seabee, owned by Colonel Claire and has FAA Registry # N87545. After refusing to rent it to the Bond producers he offered to fly it to the location as long as he could fly it in the movie. Which he did. The real plane was not blown up but an Art Department mock-up was destroyed in its place. Colonel Claire was apparently injured during one take of him beaching the Seabee up onto the beach.
The first plane to fly over land was co-invented by brothers Wilbur and Orville Wright, better known as 'The Wright Brothers'. I'm afraid I can't recall the exact date of the first flight but I do recall their first flight to last more than 5 minutes occured in 1904.