If you magnify ants 10,000 times, can you dominate the earth?

The Earth, as a star that can create a life, has lived for many years, and there are many microorganisms living on the Earth before humans. According to scientific research, we know that it was the Tyrannosaurus rex that ruled the earth before humans, but what about before the Tyrannosaurus rex? While no one can answer this, we know that only the brightest microbes can rule the planet.

In the world of dinosaurs, these larger, more ** carnivorous dinosaurs ruled the earth. Because the number of Tyrannosaurus rex was more diverse at that time, it could dominate the Earth, so some people talked about the problem, if the ants were magnified by 1,000 times, could they dominate the Earth?

First of all, we need to understand that the total number of ants is 160,000 times that of a human being. If the ant is magnified by 1,000 times, the ant may be larger than the Tyrannosaurus rex, and the ant may be called a monster by others. There are 160,000 times more monsters than humans, can you humans still defeat them?

Looking at this magnified ant, it is not based on intelligence to gain dominance over the Earth of the Dominator.

Many netizens feel that even if the ants are magnified by 160,000 times, they are unlikely to snatch the domination of the earth from humans, because despite their size, their intelligence is low.

For thousands of years, human beings have developed many new scientific and technological products based on their own intelligent brains, which are unrivaled in the heavens, the earth and the sea, and can also be explored in the universe. As for the ants, except for being larger, they are useless, and everyone's nuclear bomb, one can solve many ants. Therefore, ants cannot rule the earth.

According to the response of this netizen, everyone can also see that intelligence is an asset that rules the earth. During the Tyrannosaurus Rex period, although they were very large, their small animals of the relative sex were also more intelligent, so in addition to consuming more resources on the earth, the ants that became larger may eventually be subdued by humans and commonly used by humans. I don't know the answer to this question, what do you think?

I don't think that even if the size of the ants were 100 times larger, they would not be able to rule the earth, because ants are very simple-minded animals, and they simply do not know how to create an advanced civilization.

There is no way to rule the earth, because ants are not as smart as humans at all, and even if they are 100 times larger, they are still just ants, just a little larger.

No. Because it is mainly necessary to rule the earth by wisdom, and ants do not have wisdom, so they cannot rule the earth.

Normal people can pinch ants to death with one finger, this is because people are like an insurmountable mountain in front of ants, and the difference in size between the two is too great, so if you shrink humans by 1000 times, can you beat ants? The answer is not sure, why do you say that? Let's analyze this interesting question.

How big is humanity 1,000 times smaller?

The concept of human beings shrinking 1000 times is a bit general, because there is no specific reduction in height, weight or volume, in this case, we might as well take a look at what a person looks like if his height and weight are reduced by 1000 times at the same time? Normally, the average height of a person is around 170 cm and the average weight is around 70 kg (about 59 kg for men and 59 kg for women).

If this data is used as a standard, a person's height is centimeters (millimeters) when reduced by 1,000 times, and his weight is kilograms, which is about 70 grams, and this height data is about the diameter of a grain of rice.

If it is calculated by volume, we take the density of the human body and water (people can float in water, 1000kg cubic meters), divide the mass of people by the density is the volume, about cubic meters, if the volume is reduced by 1000 times, in the case of the same density, the mass of the person should be reduced by 1000 times, that is, about 70 grams, as for the height and body width of the same proportion, it is too difficult to calculate, so, We simply positioned the human being as a 1,000-fold human being as a millimeter tall and weighing 70 grams.

If you can beat it, you can abuse ant households into scum.

If the human being is reduced by 1,000 times, an adult ordinary person is calculated according to the average height of meters and weighs 65 kilograms, then after the reduction of 1,000 times, then the height of this person becomes millimeters, the weight is 65 grams, and the body length of an ant is about the same as the height of a human, and the weight is about 60 millimeters larger.

The weight of a person is 1000 times that of an ant, which is equivalent to the weight of an egg, and a person with a height of millimeters cannot bear this weight, obviously the height of a person cannot be calculated by 1000 times the reduction, and it should be proportional to the weight, so when the weight of a person is 65 grams, the height is about 10 centimeters.

Similarly, people's abilities will also shrink year-on-year, according to the strength of normal people 75 kilograms, after shrinking 1000 times, people's strength is about kilograms, just imagine that at that time people's height is 10 centimeters, the strength can easily pick up an egg, flexible limbs, developed intelligence, and use tools, defeating an ant is as simple as a cat catching a mouse, and can even destroy the ant nest.

Why can ants hunt small green worms hundreds of times larger than themselves?

The main thing is that these small insects have no ability to resist, have no hands and feet, crawl slowly, and can only get rid of ants by twisting or rolling their bodies, while humans have dexterous hands, plus they can use tools to keep ants out of a safe distance and destroy it, and ants cannot break the defense.

To sum up, even if humans are 1,000 times smaller, ants are still small in front of intelligent humans, and it will be easy to defeat them. What do you think about this?

It can't beat ants, humans have shrunk 1000 times and the size is very small, without any advantages, and the antennae of ants are very powerful.

It's more difficult, after all, the power of ants is very large, and it is very difficult to defeat the other party.

Yes, because for humans, even though they're shrunken, they're quite intelligent, and they have 86 million very powerful neurons in their brains.

When the ant was first enlarged by 1,000 times, then humans could defeat it, because this is the use of technological power.

Humans can beat ants, although ants are large, their attack ability is not particularly strong, and they will still be killed by humans.

This is uncertain, because it is not specified which aspect is reduced, and it is possible to beat it or not, and there are many uncertainties.

From a scientific point of view, when ants are simply magnified 10,000 times, many shortcomings will be highlighted, and it is impossible to dominate the earth.

In many film and television works, we see that some animals have abnormal body shapes, and the body sizes of these animals are enlarged according to the body size of the original animals, in fact, this setting is very unreasonable.

The size of the general ant is about 5mm, if the magnification of 10,000 times refers to the length, then the magnified ant is 50 meters; If the volume is magnified by 10,000 times, then the magnified ant is about 10 centimeters.

Let's take the volume magnified by 10,000 times, which is equivalent to an ant the size of a palm, about the same as a mouse; Ants are very cooperative, and if the enlarged ants are not affected in all aspects, then other animals will not be able to do the ant colony at all.

But in fact, the body structure of the ant is evolved according to its current body size, if you simply enlarge the size of the ant, many shortcomings will be exposed, such as the following two points:

1) Exoskeleton pressure-bearing capacity.

Ants rely on the exoskeleton structure to support their bodies, and when they become larger, the composition of the exoskeleton remains the same, and the pressure bearing capacity per unit area also changes. However, the weight of the exoskeleton increases faster than the force area of the skeleton, which is very unfavorable to the magnified ant; It is even possible that the exoskeleton of an ant simply cannot support such a heavy body;

2) The oxygen concentration is not enough.

Ants do not have lungs and breathe through capillaries distributed in the trachea, and when they are small, the existing oxygen concentration can support the oxygen of the whole body**.

When the ants are magnified by 10,000 times, they need a higher concentration of oxygen to make the oxygen diffusion rate support a larger body size, and the existing oxygen concentration will suffocate the amplified ants. Only arthropods with a specially evolved body structure can have a larger body size.

In short, when the ant is enlarged, it will not have enough flexibility as we expect, but it is a characteristic that the ant can ignore under normal circumstances, and after enlargement, it will become a disadvantage, making the ant's body unable to adapt.

For example, an ant can easily lift 200 times its weight, but it is difficult for a human to carry twice its weight, and an elephant can lift twice its weight.

This is the difference in ability brought about by the difference in the size of organisms, and the reason is that the limit of the ability of biological composition substances does not increase linearly in the process of body size growth. A typical example is that the compression capacity of the bone remains the same, but the volume growth is to the third power of the scale, and the growth of the force area is the second power of the scale.

If the ant is enlarged to 10,000 times, it will be the size of some small animals at most, and it will not have any effect, and it will not pose a threat to humans.

If the ant is magnified 100 times, and the ant's bones and oxygen absorption simply cannot support such a large body size, then the ant is likely to die.

If the ants are magnified 10,000 times, then the status of the ants in the ecosystem will be changed, and the ecological environment will be changed.

As ants grow bigger, they become more capable in all aspects, and they will also unite, and humans need to defend against their attacks. The second is to invent a drug that can deal with them, then this can be avoided. Finally, it is necessary to take the initiative to attack them and use various methods to deal with them, such as setting fire to their ant nests.

The number of ants is 1.6 million times that of humans, which is terrifying, and with such a huge number and strength, humans cannot defeat ants.

The average human weight is about 80 kilograms, the weight of ants is about grams, the total number of people is 7 billion, the total number of ants is x, if the total weight of ants exceeds the weight of people, how many ants are needed?

7,000,000,000,000,000,000,000,000,000,000,000,000,

Astronomical.

There are about 200 million species of ants on the planet, and there must be one of each type of ant.

That's not a lot, but 14,000,000 = 14 million, and there are about 10,000,000 ants in an ant nest.

There are only 1,500 ant nests. (a type of ant).

So it's reasonable to see that ants weigh more than humans.

Ants are 10,000 times larger and can't rule the earth, because ants are so small, 10,000 times bigger doesn't necessarily mean how big, the most powerful animals on the earth - dinosaurs have not been able to rule the earth, ants are not as good as dinosaurs in attack ability, how can they rule the earth, and now elephants are also big, and they have not been able to rule the earth.

If the ants are 10,000 times larger, I think they are very unlikely to rule the earth, although they are very organized and can communicate with each other, and they are very strong together, but they have not yet reached the wisdom to rule the earth.

No, the size of the species is indeed more conducive to ruling the earth than the size of a head, before there were no intelligent species on the earth, the size of the species was indeed more conducive to ruling the earth, for example, dinosaurs ruled the earth for hundreds of millions of years! However, after the emergence of human beings, wisdom is obviously more important than size.

No. Because ants have no intelligence, no matter how big they are, they can't defeat humans, so they can't rule the earth.

<> the power of ants.

A lot of people probably like ants as much as I do, because of their team spirit, and because of their strength.

Before that to that point, we need to know that ants may have now dominated the planet in the animal kingdom. According to some research estimates, the total mass of ants is comparable to that of humans.

And only humans and ants domesticate other species, and some ants "graze" aphids and suck the sap absorbed by them.

Now assuming that the mass of an ant is 5 mg (the average ant weighs 1-5 mg), according to some studies, the ant can lift 50 times its own body weight, which is 250 mg of weight.

Ant teamwork.

Now suppose the ant is magnified 10,000 times (without considering any other factors), the ant's weight will be enlarged to 50g, and the weight that can be lifted should be 2500g, that is, it can lift 5 catties of things, this power is not a particularly big threat compared to humans.

The teamwork spirit of ants far surpasses that of humans, and far exceeds that of humans in terms of numbers, but humans have **, and with a gun, they can be used as a husband and a wife.

Ants use chemicals to transmit information, and given their ability to reproduce on Earth now (evolutionarily speaking, it's not about who occupies the top of the food chain, but who can reproduce better), so it's hard for ants to evolve creative brains.

Terrible magnified post-ants.

Therefore, ants can basically only use their own strength to compete with humans for the dominance of the earth, and it is difficult for ants to win with such strength alone.

Next, let's talk about whether there is such a possibility for ants to be magnified 10,000 times.

If we zoom in on an ant, its size and strength will grow linearly, and its weight will definitely increase at a cubic rate. If magnified to ten thousand times, it will collapse under its own weight.

Ants can suffocate to death even before they reach 10,000 times because ants don't have lungs. Their respiratory system does not extend well. Once magnified, don't walk on the surface of the earth anymore, because the atmosphere is not suitable for them, let alone dominate the earth!

Ants may have more extinction events than humans. Even if the ants are enlarged, they are not considered large creatures, and they are relatively easy to be destroyed by large organisms. For example, the random destruction of humans can cause the destruction of an ant nation.

So the answer is obvious, if you only say that whoever is strong will dominate the earth, the ants have no chance of winning. But in terms of the ability of their offspring to reproduce, it may be that they are the masters of the planet!

I'm the author who knows itBlame Rokop, happy with the question!