Bernoulli's law is one of the important laws in aviation physics. This law states that air pressure is reduced when air velocity increases.
The wing of the aircraft is divided into two parts, namely top and bottom. The top of the wing has a more curved shape than the bottom, so that the air that passes through the top of the wing will move faster, and the pressure will be lower.
Airplanes can fly faster than sound. The sound speed is around 1,200 kilometers per hour, while supersonic aircraft can fly faster than 2,400 kilometers per hour.
Airplanes can fly because of the lifting force produced by the wing of the aircraft. This lift force is produced due to differences in air pressure above and under the wing of the aircraft.
Airplanes can move in the air because of the thrust produced by aircraft engines. This thrust is produced by burning fuel in an aircraft engine.
Airplanes can fly further because of the fuel stored in the aircraft tank. This fuel is converted into energy used to drive aircraft engines.
Airplanes can fly higher because of the thinner air at a higher height. This thinner air allows the aircraft to fly faster and more efficiently.
Airplanes can fly stable because of the ability to control aircraft movements. There are three axis of motion on aircraft, namely the roll axis, the pitch axis, and the yaw axis.
Airplanes can land safely because of the braking system. This braking system reduces aircraft speed so that it can land safely.
Airplanes can fly more efficiently because of the development of technology that continues to grow. This developing technology allows aircraft to fly faster, further, higher, and more efficient in the use of fuel.
