What is the probability of a human being hit by a meteor? What are the consequences of a hit?

This probability is almost equivalent to the probability of winning the first prize in the lottery ticket, the probability of being hit by a meteor is very small, and you will definitely die after hitting, similar to a high-altitude projectile.

Basically, it is 0, because of the atmosphere, there are very few meteors that can fly into the earth and come to the surface, and it is even less likely to hit people. If you hit someone, you have to be cool, so big and so hard at such a speed.

The probability of human beings being hit by meteors is very low, meteors will rub violently with the air when they enter the atmosphere, and most meteors cannot fall on the earth, and if they are hit, they may die.

In our huge universe, there are many planetary objects, these planetary objects are part of the composition of the universe, and the research conducted by scientists shows that there are about tens of millions of meteorites or celestial bodies in our solar system alone. And these are all parts of our entire solar system, and when these meteorites or celestial bodies glide across our sky, they become meteors. So these meteors can only be discovered when they are close to the Earth.

So will these meteors eventually fly away**? Is there a high probability that a person will be hit by a meteor? The answer to this will be analyzed in the following points.

1. These meteors will probably fly to other meteorite belts or fall directly into the Earth. First of all, the first point is that these meteors in our outer space may fly to other meteorite belts, or fall directly into our Earth. Because we don't know what the trajectory of a meteor is, where it starts from, and where the destination is, this is the scientific evidence that we scientists need to study and discover one by one.

After all, in the huge universe, there are many meteorites, and they are usually like a crowd dancing and drifting, without any direction in the universe. So there will be some meteors, and when they get close to the planet, they will be attracted by them and fall straight through the sky and into the earth. <>

Second, the beautiful arc drawn by the meteor is very likable. Secondly, the other point is that the beautiful arc drawn by the meteor is very likable. And nowadays, the existence of meteors on the earth is also very rare, because our clouds are getting thicker and thicker, and the weather is getting worse and worse, which is one of the important factors that hinder us from seeing meteors.

It is also said that when a meteor crosses the sky, a wish like a meteor wishing will come true. <>

3. The probability of a person being hit by a meteor is actually not very large. The last point is that the probability of people being hit by meteors is really not large, many meteors have been drawn by the resistance when they land on the earth, and they have become very fine dust when they land.

Meteors are actually meteorites in the Milky Way galaxy in the universe that have fallen, these meteors will hit our earth, the probability of people being hit by meteors is not very large, only about two percent probability may be hit.

It's not big, to be precise, the chance of a meteor is not very high. Meteors refer to the traces of light produced by meteoroids orbiting in interstellar space (usually including space materials such as cosmic dust particles and solid blocks) that are attracted by the Earth due to the perturbation of the Earth's gravity when approaching the Earth, thus entering the Earth's atmosphere and rubbing with the atmosphere. Most of them are burned to ashes before they fall to the ground, and a few will fall to the ground as meteorites.

Most visible meteoroids are about the size of a grain of sand and weigh less than 1 gram. Meteors enter the atmosphere at speeds between 11 km s and 72 km s.

Meteors will disappear into the universe, meteors are far away from the earth, the chance of being able to "fly" to the earth is very small, and the chance of hitting people is very small, almost zero.

1. The square kilometer of the earth's surface area, which can be calculated according to square meters, and the actual number of people is 6e9, and the person occupies the earth's surface area;

2. Assuming that only one meteorite falls within 80 years, the hit rate is;

3. Actual people basically stay on land, and if the land occupies the surface area of the earth, about 1 2 uninhabitable land is basically squeezed into another about 1 2, and the meteorite falls are evenly distributed according to the quasi-uniformity, and people are basically only in the range of the falling area, and the probability of people being hit becomes;

Fourth, the earth is round, half of the day and half of the night, and people basically lie down and sleep at night, and about half of them increase the cross-section of their bodies by about 1 time, and the hit rate becomes;

5. According to the calculation of the actual fall of 800 meteorites per day, there will be one meteorite in 80 years, which is a repeat event, and the probability of hitting a person becomes 80 years;

6. The probability of hitting a specific person is the average share of everyone *per person* every 80 years;

7. Therefore, on average, everyone will be hit by a meteorite if they live for 1 year, and the important organs such as the head and chest of a person are assumed to die with a blow, and these organs account for about 1 4 of the cross-section of the body, so the average person will live for a year before he will die under the meteorite. This is the maximum amount prescribed by the meteorite factor for the lifetime of a person.

1. The square kilometer of the earth's surface area, which can be calculated according to square meters, and the actual number of people is 6e9, and the person occupies the earth's surface area;

2. Assuming that only one meteorite falls within 80 years, the hit rate is;

3. Actual people basically stay on land, and if the land occupies the surface area of the earth, about 1 2 uninhabitable land is basically squeezed into another about 1 2, and the meteorite falls are evenly distributed according to the quasi-uniformity, and people are basically only in the range of the falling area, and the probability of people being hit becomes;

Fourth, the earth is round, half of the day and half of the night, and people basically lie down and sleep at night, and about half of them increase the cross-section of their bodies by about 1 time, and the hit rate becomes;

5. According to the calculation of the actual fall of 800 meteorites per day, there will be one meteorite in 80 years, which is a repeat event, and the probability of hitting a person becomes 80 years;

6. The probability of hitting a specific person is the average share of everyone *per person* every 80 years;

7. Therefore, on average, everyone will be hit by a meteorite if they live for 1 year, and the important organs such as the head and chest of a person are assumed to die with a blow, and these organs account for about 1 4 of the cross-section of the body, so the average person will live for a year before he will die under the meteorite. This is the maximum amount prescribed by the meteorite factor for the lifetime of a person.

0%……So far, there haven't been any reports of being hit by a meteor, so we can assume that it is 0 (this is the current ...... a few years ago).Khan, I don't know about the recent ones) Small meteors, which will become ashes before they reach the ground; Big Meteor ......Not yet, but I guess if a big meteor falls into the city, there will be a missile interception... As for small meteors (such as ...... the size of a finger left when they fall to the groundI haven't heard of it.

This probability is, of course, very small, almost negligible.

There are prerequisites for such incidents to occur. The following actions greatly increase the probability of being struck by lightning.

a. Walking in an open area or near the railroad tracks during thunderstorms;

b. Carry metal ornaments with you;

c. There is a behavior of receiving **.