Reality What happens when you fall out of an airplane

Falling out of an airplane can be a very dangerous situation, because there is no oxygen in the air, the temperature is extremely low, and the speed is extremely high. If this does happen, the best hope is to do as little damage as possible and descend as slowly as possible.

If you are on an airplane, you should find your seatbelt and fasten it as soon as possible. If you are unfortunate enough to fall out of the cabin, you should try to stay as calm as possible and observe your surroundings. You can try to find items or tools that you can utilize, such as parachutes, spare oxygen cylinders, or life jackets.

If you don't have the tools or equipment available, you should try to look for the wreckage of an airplane or other flying machine and descend as slowly as possible. You can control the speed and direction of descent by controlling the position and posture of your body, such as your body to slow down your descent or roll your body to change direction.

Most importantly, if you find yourself in this situation, you should stay as calm as possible and take appropriate steps to protect yourself. If possible, you should also try to contact someone else, such as through a radio or other communication device, to ask for help.

If the plane comes down in the air, it will fall.

The reason why the plane fell vertically may be that the aircraft has stalled badly after the failure of the twin engines.

We're all familiar with airplanes, and most of them have been on airplanes. When people need to travel to distant areas, airplanes are often the first choice. However, if you look closely, you will find that when a plane crash occurs, the plane often dives towards the ground in a vertical downward landing.

According to the physics we have learned in the past, even if the power of the aircraft suddenly disappears, its horizontal velocity inertia will allow it to land in at least a parabolic state, instead of diving vertically downward. In fact, the reason for this situation is mainly related to the horizontal tail that controls the tail of the aircraft, that is, the elevator tail of the aircraft. Under normal circumstances, the biggest possibility of this situation is that the machinery has failed, and after the twin engines fail, the aircraft has seriously stalled.

Due to the special shape of the wings of the aircraft, it can be lifted by the airflow when it reaches a certain speed, and as long as this lift is maintained during the flight, it will fly in the air. So, in layman's terms, the reason why an airplane is so heavy and doesn't fall off is because it is held up by air currents. Of course, if the plane has an engine shutdown accident in the air, it loses speed and loses the lift of the airflow, and the plane will fall from the sky.

First of all, the reason why an airplane does not fall off is because it has the lift. When the wings of an airplane separate the air by flying at high speed and changing angles, an upward force is created. This force is just enough to cancel out gravity and allow the plane to fly in the air.

Secondly, the aircraft is designed to provide stability. The aircraft adopts the design of three-point support, that is, the wheels of the front of the fuselage and the support of the wings on both sides, so as to ensure the stability of the aircraft. At the same time, the rudder surface of the aircraft can be adjusted up and down, left and right, so that the attitude and direction of the aircraft can be controlled to ensure the safety of the flight.

In addition, the aircraft is equipped with an advanced automatic control system, which can detect and adjust the aircraft's speed, altitude, direction, and other parameters in flight. In this way, not only the safety and stability of the aircraft are improved, but also the workload of the pilot is greatly reduced.

Overall, the fact that the plane does not fall is the result of the interaction between lift and mechanical structure. At the same time, the aircraft uses an advanced control system, which ensures the safety and stability of the flight.

The flow rate is inversely proportional to the pressure. Source.

That is, the faster the air moves, the less pressure the air will be, and vice versa.

We can do a famous simple experiment: take a piece of paper in each hand, hold it at a certain distance in front of your mouth, and blow gently in front of the two pieces of paper, and you will find that the two pieces of paper are not blown open by you, but by you. Because the air between the two papers flows, the pressure becomes smaller, and the air on the outer side of the two papers does not flow, and the pressure increases relatively, and the paper is "pressed" by the air.

Let's take a look at the wing structure of an airplane.

It turns out that the shape of the upper and lower sides of the wings of the aircraft is different, the upper side is more convex, and the lower side is flatter. When the plane taxied, the wings moved in the air.

In terms of relative motion, it is equivalent to the flow of air along the wing. Because the shape of the upper and lower sides of the wing is different, the air on the upper side of the wing flows more distance than the air on the lower side (the curve is longer than the straight line) in the same amount of time, that is, the air on the upper side of the wing flows faster than the air on the lower side.

According to the principle of hydrodynamics, when the aircraft slides, the air pressure on the upper side of the wing is less than that on the lower side, which causes the aircraft to produce an upward buoyant force. When the plane taxith to a certain speed, this buoyancy reaches a force strong enough to make the plane fly. So, the plane went into the sky.

If you fall into the water, you may not die.

If there is, it's also vegetative, ghost.