-
In fact, this problem has been solved, I personally solved this problem a month ago, the former Soviet Union, for example, their country has actually done this project, but it could not succeed, so they gave up. The earth can be said to be very far away from us and very close to us. The earth is where we were born and raised.
However, in such a large place, some people may have been in the same circle all their lives, however, some researchers have always been very interested in the interior of the earth, and many countries have also considered drilling holes in the earth.
Although it feels a little scary, some countries have done this, but fortunately, they have not succeeded, and if we succeed, the earth will be far away from us, very close to us, The first problem is that because the interior of our earth is divided into many layers, which is not only as simple as rock, but also not easy for humans to drill through, and moreover, scientists from the former Soviet Union started a research project to drill holes in the Kaila Peninsula in 1970, so you should actually know about it when you see this.
The people involved in the project at the time had been drilling for 20 years, and the earth had not yet drilled through. Over the past 20 years, the deepest hole in the world has been drilled at a depth of 12,263 meters. However, the scientists at that time could not drill into such a deep hole, the main reason was that the temperature was too high, which caused the material of the drill bit to soften when it reached that position, which caused the drill bit to not work, and secondly, the second problem, is what we should all know.
The temperature of the substance with the highest melting point in the world is only above 4000 degrees, but at the current level of the earth, it is still very difficult to drill through the earth, and there are many technologies that cannot meet the standard, for example, if the drill pipe has reached 10,000 meters, and the weight of the drill pipe will increase with the depth of the drilling, then a drill rig with stronger torque is needed to complete this task, in addition, as the depth increases, the drill bit will also move during the drilling process.
As for the question of whether it is possible to drill through the earth under certain conditions, it will be explained here today.
-
No. Because the center of the earth is very hot and can melt everything, it is impossible to drill through the earth.
-
No, you cannot. The USSR did this project before, but it failed, the main reason was that the technical equipment could not keep up with it at all as it turned deeper and deeper, and the friction increased, and the equipment was completely uncontrollable.
-
This is possible, because according to the existing scientific conditions, it is already possible to measure the thickness of the earth, and if there are corresponding tools, and some chiseling projects, this is completely achievable.
-
No way. The temperature of the Earth's core reaches several thousand degrees Celsius, and everything will melt, and it is impossible to drill through the Earth.
-
It's impossible.
First of all, the "earth" has only a thin layer on the surface of the earth, and you will end up digging into the rock layers.
Secondly, even if you dig through the rock formations, you have to face the mantle, where there is flowing magma.
Then, you keep digging down and you're going to have a problem with the heat. Based on the global average geothermal gradient per 100 m3, the temperature exceeds the boiling point of water at four kilometers underground, the temperature of a normal lighter flame can be reached at ten kilometers underground, and the temperature at the center of the earth, although there is no precise data, is generally accepted by the geological community to be above 6000. The surface of the sun is just over 5,000 degrees Celsius.
From this point of view, digging through the center of the earth is more difficult than reaching the sun.
Finally, the deepest well dug by man was the Russian Odoptu Op-11 oil well in Sakhalin, which reached a depth of 12,345 meters, but still did not penetrate the earth.
To sum up, it is impossible to dig through the earth by "digging" all the time.
-
Running through the Earth, if you are not crushed by gravity, you will definitely be melted too! The center of the Earth bears all the weight of the outer shell, which is squeezed inward from all sides, making the center of the Earth very hot, with a temperature of up to 3333. In fact, the center of the Earth is so hot that even the iron on the periphery of the core melts into liquid.
You can imagine that you are trying to dig a hole through the hot water, and you can know what it is like to drill a hole through the earth. The deepest hole ever drilled on our planet is only 14 kilometers. This deepest hole does not even penetrate the Earth's crust (the outer layer, which is about 20 kilometers thick).
When you think that it is 12,800 kilometers long from one end of the earth to the other (the diameter of the earth), you feel that the deepest hole is not deep at all. If the earth were as big as a basketball, this deepest hole didn't even penetrate the skin.
-
The interior of the earth is magma, so the current technology cannot really penetrate the earth, and because of this, if the technology is further developed, it may also penetrate the earth.
-
Because drilling through causes anomalies in the Earth's gravitational force because the Earth's core is fluid and rich in iron-nickel alloys, drilling through causes the core to be lost, which affects gravity.
-
Now the deepest life activities are only in the mantle, and even the mantle has not come out how it is possible to drill through the earth, and the temperature in the middle of the earth is very, very high, and there is a lot of magma, which is impossible to drill through. If it penetrates, humans may have to migrate to outer space.
-
What would happen if we dug through the earth?
-
.According to the existing theoretical and technical conditions, it is impossible to drill through.
The material that is currently available to human beings is produced in the earth's environment. For example, the temperature and pressure in the Earth's interior can produce diamond, the hardest material on Earth, diamonds, but once the diamonds are exposed to the environment in which they were generated, they revert back to carbon atoms.
In fact, the underground magma layer is a "pot of porridge" made of all the materials on the earth, not to mention the part of the earth's core below the magma layer, human beings only speculate, without any exploration.
Eco-friendly materials. It is true that it can be degraded under certain conditions, but it is a little easier to degrade than those things that are not environmentally friendly. >>>More
According to the first data, it can be seen that the generated C is 16G+ because it is a complete reaction, according to the theorem of conservation of mass) and then the second reaction, B material is excessive, 8GA and 11GB can be completely reacted, and then when 8GA is completely reacted, the mass of C generated is half of the first data, that is, and the condition tells you that the generated C, that is, the molar mass is the mass divided by the amount of matter, and the molar mass is 134, So the relative molecular mass of c is 134.
No. If not, plan. VBS is fine.
It can only be said that truth is truth under certain conditions, and false under any other conditions. For example, it is true that the earth revolves around the sun, and this truth can only be established under the condition that the sun is used as a reference, and if this condition is changed, it is a fallacy. If you want to use the earth as a reference, you can also say that the sun revolves around the earth, and if you take the moon as a reference, the laws of motion of these two things are more complicated. >>>More
No, starch is a polymer compound, which can be hydrolyzed under certain conditions, and dilute sulfuric acid can be added and heated. Starch is an important polysaccharide, which is a natural polymer compound with a relatively large molecular weight. Although it is a sugar, it has no sweetness and is a white powder that is insoluble in cold water. >>>More