How does an ant die when it falls from a mountain peak that is millions of meters high?

If there really were such a high mountain, the ants would have been burned to death because of the friction with the air and heat as they passed through the atmosphere. The asteroids are all burned out, or only a small meteorite remains, let alone a small ant?

Crazy dizzy, upstairs upstairs, you didn't study physics, an ant has very little gravity, there is resistance to the air, the speed is limited, it is absolutely impossible to be burned to death, according to my own opinion, it is almost the same as dying of lack of oxygen, what do you say? There won't be air on such a high mountain, will it?

Starved to death, so high, it took n long to fall down, so starved to death before it fell.

Millions of meters, what a mountain.

Mars? )

How can there be such a high mountain? Even if there were, the ant didn't roll down, and it died of oxygen or cold!!

Staying in the air for too long (it takes a long time to fall), depressed to death.

I'm starving, it's been so long.

I'm starving.。。 I don't know this...

Falling from a waterfall.

Killed by water.

I was angry with the landlord, why did I let the ants fall from the non-existent mountain, ho.

What happens if an ant jumps from a height of 10,000 meters?

I'm dying, why haven't I finished it yet.

Angry! Who pushed me down!

It is often said that God is fair, and when God closes the door for you, it will definitely open another window for you, since there is no perfect animal or fauna, everything will have advantages and disadvantages. The reason why nature is divided into three, six, nine and so on is because of the different choices of natural results. So that some animals stand at the top of the chain, and some small animals can only be at the bottom of the chain.

Even with commission-based creatures, small beings can be given super powers. This is something that we humans can't do without the help of tools, but they have achieved it.

Therefore, no matter what species it becomes, it has certain advantages. Many people will wonder why ants fall in the air but not get killed, and the reasons are as follows:

First, it is related to its own weight

It is well known that ants weigh very lightly. We have observed in our lives that heavy objects fall very fast and light objects fall very slowly. The conventional explanation is that the slower the fall, the better the damage or even no harm.

Just like a fallen leaf, fluttering lightly when it falls, it is intact when it lands. The same goes for ants.

2. Affected by air resistance

People who may not have received much education do not believe that there is resistance in the air. Anyone who has taken a physics class generally knows more or less that there is always some resistance to air. When the ants are falling, my speed slows down a bit due to the cushioning of air resistance, so that the ants almost never fall to their deaths when falling from a height.

In fact, physics is a magical subject, understand physics, you will find that there are many magical things in life, and you will ask a lot of questions, such as why can ducks float on the water? Ants don't sink on the surface of the water? Why is it that when a typhoon blows, trees rise from the ground and people are hardly blown away?

And so on, these are all things that you need to keep understanding and exploring.

The size of the ant is very small, and the wind blows to different places when the ant falls in the air, so it will not fall to death.

Because the resistance of the air is not taken into account, and the speed of the ant is contrasted with the resistance of the air, the ant will not be killed by falling.

Because the mass of ants is small, they will not be killed if they fall from a height.

Ants will also starve to death, if the little ants can't eat food for a long time, they will also starve to death, and netizens should not think that ants don't need to eat. Although the little ants are very small, they can support their activities for a long time by eating something casually, but if they don't eat for a long time, they can't stand it, so if the ants don't eat for a long time, they will starve to death. In a low temperature and oxygen-deprived environment, ants will also feel very uncomfortable, and in this case, they will also die due to some physical discomfort.

It is very likely that they will die from the temperature, because the temperature at an altitude of 10,000 meters is really low, and ants will freeze to death on the way to land when they land from a high altitude.

It will starve to death, because for such a high altitude for an ant, it will also have a falling process, and the process is also very long, and it will be consumed and starved to death without food supplements.

It will be trampled to death, because the size of the ant is too small to be noticed, and it may be accidentally trampled to death when people pass by.

Ants face the possibility of starvation, because it takes a long time to descend, so they will not be able to hold on.

The answer is: "starved to death".

Explanation and analysis: Because the ants are too small and light, they have to float in the air for a long time when they fall from the peaks of millions of meters, and they starve to death when they can't find food in the air.

Common brain teasers.

1 Winter melon, cucumber, watermelon, and pumpkin can be eaten, but what melon can't be eaten? - Answer: Fool. Base pure.

2 There are 6 steamed buns in the basin, and each of the 6 children gets 1, but there is still 1 in the basin, why? - Answer: The last child took the basin with him.

3 Can you turn ice into water as fast as you can? - Answer: Bo Chun asked to remove two points from the word "ice" to become "water".

4 In winter, the baby is afraid of the cold and refuses to take off his hat when he is in the house. But he saw a man obediently take off his hat, who was that man? - Answer: Barber.

5 The old king shaved his face forty or fifty times a day, but he still had a beard on his face. What is the reason for this? - Answer: Lao Wang is a barber.

If an ant falls from a height of 10,000 meters due to the effect of the force, its initial velocity is called 0, and the instantaneous velocity of the ant from the moment of fall is measured as meters and square seconds. This is also a fundamental question in Copernicus's classical mechanics, whether a creature will fall to its death depends on how much force it suffers at the moment of the landing position, and if an ant falls from a height of 10,000 meters, will it fall to its death? Why?

Ants falling from a height of 10,000 meters will not be killed, and the gravitational acceleration of the surface of the star is obtained by Newton's second law and the law of universal gravitation. The gravitational acceleration of the Earth's surface averages meters and decreases with a rise in height. According to this formula, at a height of 10,000 meters, the gravitational acceleration experienced by ants is about.

In an ideal world, an ant's falling speed would increase positively over time, reaching its top speed when it reaches the road. According to calculations, only under the influence of force. Ants are affected by frictional resistance and the buoyancy of the water.

Speed down, which is also the point at which an object touches the road surface and comes to rest. At this moment, the mechanical energy of an object is applied to the earth, and of course the earth is also applied to the object, which is called the impact force. But the key point is that the force can change in an instant, but the kinetic energy does not.

Therefore, the moment it seems that the object collides with the road surface, there is actually a force acting for a long time t. Generally speaking, if it is less than 1 second, we can take the second.

People only focus on the effects of the force, but the ants are affected by the frictional resistance and the buoyancy of the water. The Earth's surface is obscured by the Earth's atmosphere, and its hardness and ambient temperature decrease with an increase in altitude. Around the Earth's horizon, the density of air at 15 degrees is about per cubic meter.

But within 10,000 meters. It is estimated that a person falling from a height of 10,000 meters will also receive tons of impact, while ants will only suffer from the impact of grams. The stark contrast shows that ants do not fall easily.

Because the air also has resistance, the ant will be affected by the air resistance and buoyancy when it falls at an altitude of 10,000 meters, so it will not fall to death.

Surely he will not fall to his death. Because they are relatively small, they will be less impacted.

Because all the air in our lives has resistance, the ants will have a certain resistance when they fall to ensure the safety of the ants.

If an ant falls from a height of 10,000 meters due to gravity, its initial velocity is considered to be 0, and the ant's acceleration from the moment of fall is calculated as meters square seconds. This is a simple question in Newton's classical mechanics, whether an organism falls to its death depends on how much force it is subjected to at the moment it hits the ground?

Ants fall from a height of 10,000 meters, but they will not be killed, and the gravitational acceleration on the surface of celestial bodies is derived from Newton's second law and the law of universal gravitation. The gravitational acceleration at the Earth's surface averages meters square seconds and decreases as the altitude increases. According to this formula, at an altitude of 10,000 meters, the acceleration due to gravity experienced by the ant is approximately.

In an ideal world, the falling speed of ants increases proportionally over time, reaching their maximum speed when they reach the ground. According to calculations, only under the action of gravity. Ants are also affected by air resistance and buoyancy.

Decelerate. This is the period of time when an object touches the ground and comes to rest. At this moment, the kinetic energy of the object acts on the earth, and of course the earth also acts on the object, which is known as the impact force.

But the point here is that force can change instantaneously, energy cannot. So, it looks like the moment the object hits the ground, there is actually a force action time t. Generally speaking, less than 1 second, we can take the second.

We only consider the effects of gravity, but ants are also affected by air resistance and buoyancy. The Earth's surface is covered by an atmosphere whose density and temperature decrease with altitude. In the vicinity of the Earth's sea level, the density of air at 15 degrees Celsius is about kilograms per cubic meter.

And at 10,000 meters. According to calculations, a person falling from a height of 10,000 meters receives a ton of impact, while an ant receives only a gram of impact. The stark contrast suggests that ants do not fall to their deaths (they can freeze to death from the cold in the air), but humans do.

Because the force on which the ant lands is relatively small, although due to the influence of gravity, it will be affected by air buoyancy and drag during the fall, and will probably only be affected by the relative impact of grams, so it will not be killed by falling.

will not be thrown to death; Ants are also affected by air resistance and buoyancy, and its weight is not very heavy, in the process of falling, it will also float around, and fall to the ground after being resisted, which will not cause a fall to death.

Because the mass of ants is very light, there is a certain buoyancy in the air, so there will be some force, and the ants will not fall to death.

Ants are very small and can also drift in the wind, so they will not fall to their deaths if they fall from a high altitude.

<> "Will ants fall to their deaths if they fall from a height of 10,000 meters?"

10,000 meters in the air can kill ants quickly.

Let's not talk about whether an ant can fall to death if it falls to the ground from a height of 10,000 meters, in fact, simply exposing it to an environment at an altitude of 10,000 meters is enough to kill.

First of all, ants are ectotherms, they have no hair on their bodies to keep warm, only a layer of exoskeleton, which makes their ability to resist low temperature relatively poor, under normal circumstances, ants will die when exposed to 3-5 environments, and a large area of death will occur below zero, so in winter, ants in winter are usually dormant underground except when the sun shines directly at noon.

The second is the problem of breathing, although the oxygen content in the air at an altitude of 10,000 meters is the same as that of the ground, but with the gradual increase in altitude, the density of the air will gradually decrease, and the amount of oxygen will naturally decrease as the air becomes thinner and thinner.

If the ant had not been affected by these factors, would it have fallen to its death?

If this ant had survived without being affected by these extreme environments, would it have fallen to its death if it fell from a height of 10,000 meters? The answer is no, why do you say that?

First of all, although the velocity of an object in free fall is incremental, there are many factors that affect the speed of free fall, among which the more critical points are updraft, air buoyancy, friction and the weight of the object.

The altitude of 10,000 meters belongs to the troposphere, where there is a lot of updraft, which affects half of the human body, but for ants with less than 1 gram of freedom, the updraft is enough to make it drift in the troposphere with the direction of the air flow for a while.