Do frequent flyers age slowly?

Are those references pigs? The reason you can't feel the speed when you do an airplane is because it's a confined space. The air and matter in space are moving at the same speed as you. So you can't perceive the speed around you, and if there's a hole in the plane, and the air comes in, there's a contrast. Got it.

First of all, airplanes generally fly at high altitudes above the ground, and the ground reference is almost invisible. Clouds don't pass through very often, so they're very steady.

Surrounding references are barely visible. The clouds are also not close to the plane.

Hello, it is a pleasure to serve you and give you the following answer: There are many reasons why flying is slow, and the most common reason is that the speed of the plane is relatively slow, and the flight time is relatively long. The methods and practices to solve this problem are as follows:

1.First of all, it is necessary to know the flight speed of the aircraft, as well as the flight time, so that you can know whether the flight speed of the aircraft is relatively slow. 2.

Secondly, it is necessary to know the flight path of the aircraft, as well as the altitude of the flight, so that you can know whether the flight path of the aircraft is relatively long. 3.Finally, it is necessary to understand the flight state of the aircraft with a large attitude and the flight environment, so as to know whether the aircraft's flight-based hail state is relatively poor.

Related knowledge: The flight speed of the aircraft is generally 500-800 kilometers per hour, the flight time is generally 2-4 hours, the flight path is generally 1000-2000 kilometers, the flight altitude is generally 3-50,000 meters, the flight state is generally stable, and the flight environment is generally sunny.

As a person who used to be afraid of flying, he would even break out in a cold sweat when the plane took off, his heart was pounding, and his face was pale. It felt like something was going to happen, and the whole thing felt terrible. Now I am not afraid at all, because I understand.

We are afraid of airplanes because we feel that airplanes are flying so high, and we have no control over our lives at all, and there is nowhere to escape in case of an accident. If a car on land has an accident, we always have a chance to escape.

It's an emotional idea to look at traffic big data, people who die in car accidents every day. Airplanes are still the safest means of transportation.

Now the manufacturing technology and flight technology of the aircraft have been very mature, for the flight of the aircraft, the most dangerous time is the time of take-off and landing, but at this time, if the plane has an accident, the chance of survival is very large. Flying at high altitudes is actually very safe. Referring to Lu Dou, some people will worry about the disintegration of the plane in the air, well, this probability is lower than 5 million among you, so you don't have to worry.

The aircraft is overhauled by professional maintenance personnel before and after each take-off and landing, which has a high threshold for employment, so there is no need to worry about the professionalism of the personnel. Any machine has the possibility of failure, but relatively speaking, the aircraft is overhauled every flight, and there are regular inspections, which largely avoids accidents.

In addition, I would like to say that accidents are also a part of life, and no one can control them. To put it mildly, you will still be hit by a car when you walk, hit by a falling object from a high altitude, and it will happen while sitting at home, so there is nothing 100% controllable in this world.

If you are afraid of something, then understand the principle behind it, compare it with big data, and if you are still not at ease, you can choose other means of transportation.

The main reason why airplanes are able to fly faster than other means of transportation is because they have several advantages:

There is no friction in the air: In contrast to land vehicles, airplanes do not experience the drag of ground friction while flying, and only need to overcome the resistance of the air. Therefore, at the higher the altitude of the atmosphere, the smaller the density of the air, the lower the drag, and the faster the speed of the aircraft.

Fluidity of air: Air is a fluid that can create airflow on the surface of an aircraft, reducing drag. In addition, the aircraft is equipped with devices such as flaps and flap slits on the wings, which can control the flow of airflow and further reduce drag.

High energy density of fuel: Fuel is the power of aircraft**, aviation fuel has a higher energy density than other energy sources, and produces fewer emissions after combustion. This allows the aircraft to be trapped in flight and carry more energy and can continue to fly for a longer period of time.

The development of modern science and technology: With the continuous development of modern technology, the design, materials and engines of aircraft have been greatly improved, so that the speed and efficiency of aircraft have been improved.

In summary, airplanes are able to fly faster than other means of transportation because of their unique advantages, including reduced drag, high energy density fuel, streamlined design, and careful attention to the development of modern technology.

The speed of the aircraft is due to the advantages it has in the following aspects:

Aerodynamic advantages: Aircraft move quickly through the air by changing the shape of the wings and the angle of inclination, creating lift and thrust. At high altitude, the air is thinner, and the air resistance of the aircraft is reduced accordingly, which further increases the speed of the aircraft.

Straight flight: The aircraft can fly in a straight line, regardless of terrain and route, allowing it to reach its destination quickly.

High-power engines: Aircraft are usually equipped with high-power engines that are capable of generating enough power to further increase the speed of the aircraft.

High-altitude flight: Aircraft usually fly in the air with a high reputation in Gyeonglao, which avoids congestion and obstacles in ground traffic, and can also avoid the influence of meteorological and terrain conditions on the ground on flight.

To sum up, the aircraft is fast due to its advantages such as the use of aerodynamic principles, the ability to fly in a straight line, the high-power engine, and the ability to fly at high altitudes. However, it should be noted that the flight speed is affected by a variety of factors, such as weather conditions, route length, aircraft type, etc., and the flight speed may also vary in different situations.

Airplanes fly fast mainly due to several reasons:

Aerodynamic Design Optimization: The components of modern aircraft, such as the airframe, fuselage and engine, have been precisely designed and optimized to reduce drag and wind resistance when flying at high speeds, and improve flight efficiency and speed.

Powerful power system: Modern aircraft are equipped with high-efficiency engines and turbofan engines, which can provide powerful dynamic and shading force and thrust to ensure the high-speed flight of the aircraft.

Advanced materials and technology: Modern aircraft use lightweight materials and advanced manufacturing techniques to reduce the overall weight of the aircraft, while increasing the strength and rigidity of the fuselage, thereby increasing the speed of the aircraft.

Optimization of air traffic control: Modern air traffic control systems are able to effectively coordinate and manage aircraft routes and flight altitudes, avoiding air congestion and flight delays.

There are several reasons for the high speed of airplanes, mainly including the following:

1.Powertrain: Airplanes typically use jet or turboprop engines, which provide a large amount of power to the aircraft, allowing them to fly at faster speeds.

2.Aerodynamic Design: Modern aircraft's airfoils, aerodynamic layouts, and streamlined designs have been carefully optimized and studied to minimize air resistance and drag, allowing the aircraft to fly faster.

3.Aviation key material technology: modern aircraft use a new generation of lightweight aviation materials, such as carbon fiber composite materials, etc., which have the characteristics of light weight and high strength, which can reduce the weight of the aircraft itself, and then improve the speed performance of the aircraft.

4.Environmental factors: In the rarefied air at high altitudes, the aircraft experiences less air resistance and drag, which can also increase the speed of the aircraft.

It is important to note that the speed of the aircraft is also related to the flight mission. For example, commercial airliners typically fly at speeds between 800 and 900 km/h, while military fighters can reach a top speed of more than 2,000 km/h. At the same time, the speed of the aircraft is also affected by factors such as airspace constraints, meteorological conditions, and cabin loads.

The reason why the aircraft flies fast is mainly due to two reasons: on the one hand, according to the flight principle of the aircraft, the aircraft must reach a certain take-off acceleration before it can get out of the ground; On the other hand, according to the actual situation of the aircraft flying in the air, the relative running resistance and closing force is small, so the aircraft can reach a very fast flight speed.

The reason why airplanes fly fast is mainly because the aero engines are powerful and can provide enough power. During the flight, the aircraft has made a great breakthrough in speed, mainly because there is an obvious breakthrough in aero engine technology, from the initial piston engine engine, changed to a turbojet engine, and then changed to a turbofan engine, so as to better improve the efficiency of the aviation to launch the Jianfeng friendly aircraft, so that the flight speed of the aircraft has been improved.

When the plane flies in the air, the resistance is actually only the resistance of the air, and because most of the planes are flying in high sliding and emptying, the air here is thinner than the ground, and the resistance is much smaller, so it is easier for the flying celery front plane to move quickly in the air. So the speed of the plane?

The speed of the aircraft is mainly due to the fact that it can fly in the air, which is a relatively stable medium for the aircraft, without the terrain obstacles and resistance as on land or water. In addition, aircraft often use efficient powertrains such as jet engines or turboprop engines, and are designed to reduce air resistance, allowing the aircraft to fly at higher speeds. In addition, modern aircraft also make use of a large number of avionics technology and automated control systems in flight, making the flight safer and more efficient.

Because the reference is both large and monotonous. In ground motion, the reference will change rapidly, and there will be floating dust reminders in a monotonous place like the desert. For example, on a road with monotonous scenery on the side of the road, people's perception of speed is often less than the actual speed.

On the plane, relative to the size of the sky, the speed of the plane is not fast, and the change of the sky and money also makes the plane feel that the plane is not fast enough. In fact, flying down the street should feel very fast.

Because there is a lack of reference in the sky.

The time indicated by one clock moving towards us is slower than the other clock, which is relatively stationary with us. This principle is scientific, and this phenomenon can also be explained.

Take the clock on an airplane, on the one hand, it will be slower because of its relatively large speed, but on the other hand, it will have a relatively small gravitational force, so the time will be slower.

If your plane can fly around a black hole at the speed of light, that's fine.

Fly to a planet not far from the solar system and return. When the person who made the interstellar journey returns to Earth, he will find that he has aged even more slowly.

I think it's because I fly a lot to keep my cells alive for a long time.

This familiar and contradictory plot is rooted in the time dilation effect of relativistic theory.

I don't think so, it's just a psychological effect of some people.

The role of gravity is also crucial. That is, a clock on the surface of the Earth (with a large gravitational pull).

There is some truth to saying that people who fly a lot age slowly. But this so-called "slowness" is insignificant – because the number is extremely limited, and it is all measured in seconds. However, this statement is still true.

It is unscientific to say that people who fly often age slowly.

Now the plane is very stable, there is food on the plane, there is not much radiation, people are used to flying.

Airplanes give us very fast speeds and facilitate our lives.

There is a process of adaptation and recognition of a thing, and if you fall in love with flying, you will understand.

People who often fly will not grow old and slow, because the altitude and speed of the plane will not be too different from the usual speed, so there will be no old and slow situation.

There is no direct relationship between the slow and fast aging of people and taking a plane, people's aging is normal, it depends on how everyone looks at it correctly, and each of us must have a certain correct awareness in the face of aging.

No, it won't.

Because the speed in the theory of relativity is basically close to the speed of light to have an effect on time, and the speed of an airplane is too different from the speed of light, so this has no effect.