How do airplanes fly?

How do airplanes fly? Have you ever thought that this is it? What happens and can the engine just start ether? we will see ...

The mystery of flying!

Without air, the plane could not fly.

Why not start with a foundation and forgiveness.

We must first look at all the conflicts on the plane in order to keep things straight.

Aircraft have four characteristics.

1) to lift,

It pushes the plane up and down (speed increases during flight, cutting wings when taking off, etc.)

2) blocking power,

Air barrier capacity.

3) pressure force,

Power engine that gives the boat speed

4) Gravity,

Made because of the weight of the plane.

In this way, in order for the plane to fly, the push should be more noticeable than the air resistance and the lift should be much brighter than the force of gravity.

The wings have been shown solely to give a sense of proportion. It is well curved.

During our flight, the air is careless and under each wing.

In this way, the wing has a straight line, which removes most of the air from the lower part of the wing and puts pressure under the wing.

Because of this difficulty, the plane takes off. It’s like holding it under your care and pushing it up.

Think of it this way:

This is because there is a ton of air under the wings and a little air over the wings. So much air will rise and fill a small air hole. But as it does so, it flutters its wings.

model:

Take a piece of paper and see it as shown in the diagram below. If you think you are hitting the one shown in the picture, characters will appear.

That is the same meaning. By blowing from a high point, the wind force is temporarily propelled from the surface, creating a brilliant density from the bottom and pushing the paper upwards.

Indeed, the faster the flight speed increases the need for removal, the more base it will have. This means that a lot of gravity is produced under the wing and wind power from above is kept in the base.

This extends the elevator referred to earlier.

As the machine speeds up, apparently, the boat's air resistance increases.

In line with these lines, the entire boat is completely smooth to limit the increase in air obstruction during expansion and development.

We currently use the air to respond by comparing, lifting, or "braking" the machine to continue working with the machine.

At the moment the plane, when it reaches the right height, the rear part of the wing gives such a notice to control the type of air passing through the wing so that it does not rise above any: the upper and lower parts of the wings. they are equal to the equals.

This way, the machine goes straight (and does not go up).

Similarly, to lower it, the back of the wing changes the pin and adjusts the weight balance above and below the wing. This compresses the wing and reduces tension under the wing.

his is how the opposite happens, the plane locations.

In order to turn and turn the machine, the rear wing also sits in the correct position and plays consistently with the gas pressure.

We have tried to work on many things and provide and understand the basic reason for flying.