Heat cond
Sun light
“The sun is huge and only a tiny fraction of its light reaches our earth and causes warming.” In this matter, which should be better studied and known, we can’t just leave it with such a summary explanation. But how can you recognize it? How to find a way to study it? Why the warming? Why are we neglecting this important topic? Really don’t understand the properties of sunlight and haven’t found a way to study it? Or maybe I didn’t read this information.
If we know that it is a really small part, we should know at least a little bit about the exact area, or what percentage of the sunlight it is. So let me present my theory about sunlight.
Due to the influence of huge gravitational forces, the sun became very dense, and because of this density, the atoms came closer to each other, and because of this, a lot of heat was released, and light was produced. Here is a simple example. Place a very powerful suction fan around a round structure and put a person inside this structure.
When the propellers start working, a person will feel the pleasure of going into the jingle at first, but as the suction power increases, this person will fold his body and become like an atom, trying not to lose the tools and clothes he is wearing. As the force of attraction increases, a person exerts an inordinate amount of force on himself to protect himself from being split into pieces, and turns into a core of the structure with his intellectual power. Let’s take another example. When a metal is pressed under very high pressure, the metal atoms heat up close to each other due to the pressure, change to a liquid state, and emit light.
So how can light be emitted from a dense body? Let’s take an example. A lawn sprinkler with a round head and many holes around it, when the water is delivered, the water just flows through the many holes at first. As you increase the pressure, the water starts to spray farther. When a lot of pressure is applied, the water beam will have a very long range.
A laser beam can also be considered the same.
In a sense, it means that when a bundle of light with a density of billions of ions comes to the earth from a small point like the tip of a needle on the surface of the sun, it illuminates an area with a diameter of several kilometers or meters and produces heat. First of all, it can be concluded that the light ion has density. Second, the ion of light must have a speed parameter. It can also be deduced that if the density is high, the speed is high, and if the density is low, the speed is low. In addition, light radiates in bundles and bundles, or quantum by quantum. So how do we measure the speed and density of this light? So let’s see what information can be obtained from spectral light.
A bright white wide stripe is assumed. From here, the velocity and density of the densest, fastest, incoming light ion can be determined. It is believed that with the help of measurements such as the diameter of the nozzle of the spectrum device and the diameter of the earth and the distance between the earth and the sun, it is possible to determine exactly how many km2 diameter of the sun’s surface the light is coming from. Other broad and faint lines of spectral light give us information about the rest of the Sun’s surface. Also, the light coming from there emits different colors due to its density and low speed. This variation in sunlight is due to the structure of the sun’s surface.
Due to the fact that the surface of the sun is constantly undulating, churning, boiling, exploding, exploding, and exploding, these waves and churning create certain angles and create conditions for its bright light to spread in all directions at different speeds. Ultraviolet light is considered to be the ion stream of light with the lowest speed and density. That’s why it is believed that ozone cannot be penetrated by rare O2 atoms, and the division of O2 atoms creates ozone. Because CO2 is formed from high-temperature combustion, it can absorb and store more energy, so it doesn’t break down easily in the sun’s UV rays, so it doesn’t act as UV protection.
Because of this density and speed of sunlight, its luminosity changes. Consider factors that change the speed of sunlight and density. Firstly, due to the increase or decrease in the density of the sun’s core and its gravitational force, its luminosity can change. Secondly, it changes due to the spots that are formed on the surface of the sun. But spots can occur for two reasons. If the sunspot is created by the sun or itself, the amount of brightness will decrease, but if the spot is caused by the falling of a space object on the surface of the sun, the amount of brightness may increase. There are 2 topics I would like to explore.
One of them is to study the changes in the climate of the world when the amount of sunlight changes. As the amount of light changes, the speed and density of the light ion changes. So let’s consider the case of increased brightness. In this case, the observed changes on Earth will be that the sunlight becomes brighter and smaller. Also, in spring and autumn, the sunlight is less heat, and the soil feels cool during the day and warm at night. Perhaps there was less steady wind at night. However, when the amount of sunlight is reduced, the sunlight will not be as bright.
In the spring and autumn, there was a lot of heat from the sun, sweltering heat during the day, cold shocks on the soil at night, and high winds at night. I made all these research symptoms based on my theory and hypothesis first. In number 2, without any tools, I was making observations and comparisons about the sun using my own eyes and a shepherd’s telescope. This is also not a regular observation, but a study conducted using the time when the light of the setting sun can be seen with the naked eye during the spring and autumn dust outbreaks in the Gobi region of Mongolia. At this time, sunspots and the shadow of the mercury and Venus can be seen very clearly.
This is the conclusion based on the research done in this way. Therefore, it cannot be ruled out that there are many errors in this observation, research and conclusions. So I need weather reports and data for all periods of sunshine and sunspots, data and research material. Now here are some ways to prove your theories are correct. I predict what changes will be observed when comparing images of the sunlight spectrum taken from the orbits of Mars and Jupiter, Uranus, Neptune, and Pluto.
The broad white line of spectral light from Mars and Jupiter will be narrowed, and the other lines will be considerably reduced, with the ultraviolet line much narrower. In spectral images of the most distant planets, it is predicted that the broad white line will become so narrow that the other lines will not be visible at all. It is believed that ultraviolet light cannot reach Neptune because of its low speed. And the sun looks very small from there, indicating that only a tiny fraction of the light from the sun reaches it. Therefore, it is clear that very little information about the Sun can be obtained from the spectral light of distant planets.
Here comes another question. If the surface of the sun was very stable and motionless, just like the surface of the moon Europa, then the light of the sun’s spectrum would be visible on our earth as a narrow white line. As you can see, this may be the reason for the sudden extinction of dinosaurs, which is a mystery of history. Because the sun’s light is too dense and too fast, the earth’s climate can cool.
I started writing this report on August 4, 2016. Basically, I decided to put all the theories, assumptions and beliefs I had in my head down on paper and read what I wrote about the spectrum.
Remembering that science has done a lot of research, I thought it was right to look into it, and on August 5, I looked for information about the spectrum on the Internet. So I got a photo of the solar spectrum and studied it, and I was amazed. Wondering how much light comes from the sun on our planet, I was momentarily shocked to see that the dense and fast white light I was seeing was in the center instead of the far left, and that the ultraviolet was actually faster and denser than the white light we see. much to my surprise, and after much thought, I realized that I had laid out my own theory of the spectrum to the west of white light.
In essence, it turns out that the white line and the spectral lines to the west of it provide complete information about the surface of the Sun. But I understood that the left part of the white line gives us information about the structure of the sun’s core. At first, I was surprised to see gamma rays in the eastern part, but then I realized that this speech should start with “System of sun” instead of “Sun light”. In other words, I found that my theory that the nucleus of a proton has a negatively charged nucleus is confirmed in the image of the solar spectrum.
From here we can make such a conclusion. It was concluded that the white line of the visible light spectrum becomes narrower above the distant planets, the lines in the western part of the long wave are reduced to almost invisible, the short wave part in the left is distinguished by more colors and raised, and the lines of ultraviolet light begin to appear whiter and gray. How to explain this is that the farther away the ultraviolet wave is from the sun, the more its gradation, or sweep in Mongolian, increases in amplitude, and its speed and density decrease until it reaches the same wavelength as the wavelength of white light we can see.
In other words, when we can see light from a distant star or distant galaxies shining across the sky, we are actually seeing light from its core, not its visible white light. A black hole means that we can only see gamma rays.
System of Sun
What is the structure of the sun? Why are its satellites planets of different sizes, different masses and different distances? I have asked the two most important questions because I believe that science has not yet found a complete answer to these questions. Before I talk about the structure of the Sun, let me explain my theory of atomic structure, which I first proposed in 1998. When I first came up with this theory, I wrote a political criticism article about Mongolians’ social mentality extremes when something happens then I compared this theory of atomic structure to it.
Then, when I took it to be published in the “Century News” newspaper, the editor of the newspaper, Erentei, read my article, and he refused to publish it, considering it to be relevant to a scientific organization. Seven days later, when I went to pick up the article I had written from a scientific organization, I heard a reprimand from a scientist named Sedjav saying, “Why do you scribble things when you don’t know what you are writing?” Since this incident, I have asked myself a thousand or even ten thousand times, why is mine right? or Why is mine wrong? I have been constantly asking this question and looking for an answer.
I could see that even some experts from the United Nations Organization, who are known as the people of the world, had the same words and views on some things as I thought. In this way, I gained confidence in myself and lived until today. Therefore, let’s introduce the atomic structure theory proposed in 1998.
Everyone knows that protons have a positive charge and electrons have a negative charge. But why do they have a certain distance without touching each other? In fact, bodies with different charges attract each other. From here I made a conclusion that the proton nucleus has a negatively charged nucleus while the nucleus of electron has a positively charged nucleus.
Due to this, the same charges repel each other, but due to the ratio of dissimilar charges, they create a certain space between them. The ideas of that time have been enriched until today, and today it is possible to make large predictions about the sun and its planets, the solar system and the universe.
So what is the structure of the sun? Let’s start with this question. Here is a comparison picture of the structure of the Sun.
Let’s show you a photo of a cut of this tree. Here is the outermost bark first. The next layer is the multi-striped tree trunk. But in the middle of this young tree is the core of the tree. But the main part of this old tree has rotted. So I thought the structure of the sun must be like this old tree. In other words, it was assumed that the Sun’s core must have a core of ice or rock, like the cores of Neptune and Pluto. However, science has made the structure of the sun very accurate. What I concluded from looking at this picture is that our sun is a sapling, much younger than scientists estimate.
Or it seems that scientists have neglected a small thing, saying it is less important than the core of the sun. To confirm my theory, I need to do a detailed study of the cores of red dwarfs or orange dwarfs. Here I can prove that my theory is correct. As for the planets, the nuclear mass of the planets increased as they moved away from the sun, and it was estimated that the distant planets were moving toward the sun under their own power. Here I deduced that the mass of the nucleus is equal to the force of gravity. So, after looking at the research of the planets on the Internet, I found results that were completely different from what I had expected.
I was surprised to see that as the planets move away from the Sun, their core mass decreases like a staircase. Because according to my definition, planets closer to the sun have a greater force of escape from the center, and as they move away from the sun, the force of attraction to the center increases, while sun closer to the planets have a greater force of attraction, and as they move away, the force of attraction is equal to zero, or the force of repulsion increases. Then another thing I noticed was that as the planets moved away from the sun, the mantle layer increased in exactly the opposite way, which I found extraordinary. Because the mantle, according to my theory, is the same as the negative charge of the electron. It seems to be a law of physics that the further away from the nucleus of an atom, the greater the electronegativity.
Thus, I concluded that the gravitational force of the sun increased due to the decrease in the core mass of the distant planets and the increase in the mantle layer. Now we need to pay attention to one thing. Our earth is pulling and pushing against the sun. What role does the mantle layer play in this? increasing the gravitational pull of the sun? increasing push of the sun? The reason I’m paying so much attention to the mantle or gravity and repulsion is because one of humanity’s great endeavors is underground nuclear testing, and I want to know how those tests might have affected our Earth’s mantle or nuclear mass.
You may ask why or what. So, scientists conducted an experiment to study the structure of atoms.
When an electron is excited by external energy, it has been studied that the electron moves from one energy level to another energy level and radiation is produced at this time. So how have nuclear tests, especially underground nuclear tests, affected the mantle? Or how the nuclear mass was affected? The question arises. Energy changes was inevitable in the world we live in.
I believe that the most noticeable thing is the dramatic increase in the number of sunspots on the surface of the sun. It is hypothesized that this is the result of underground nuclear tests, and I hypothesize that after a certain period of time the frequency of nuclear tests from the 1930s will produce spots on the sun’s surface at exactly the same frequency. Another concern is what will we do if the world we live in shifts because of this energy shift? Or what can we do? If the Earth deviates from its orbit and moves in one direction, what will happen to the Earth? How long will the transition take?
My guess is that if migration occurs, it could take hundreds of years, maybe thousands of years, or decades. What are the threats to humanity during migration? Or what will happen in the world? Maybe something similar to this giant magnetic storm happening on Jupiter. It is possible that an ancient man could survive by occupying a cave, but it cannot be ruled out that it happened. Therefore, I tried to calculate why our earth is the third in the solar system, and I made a simple formula. I’m not a mathematician but here like charges repel each other so divide and opposite charges attract each other multiply.
The action was selected and the formula was developed.
Plannets core mass
Sun and planet’s inner mass’s
Perigee
Apegee
Crust mass
Sun core mass
Earth’s stratospher mass
Manty mass
Plannets stratospher gravity
Plannets stratospher mass
Plannets radius
Plannets volume
Plannets dense
Plannets gravity
Orbit radius
Water mass
Water mass
Moon’s core mass
Moon’s mass
Assuming that there was a change in energy in the world, this addition was added to the formula
Psm + Msm = Ptm
Ptm(Sm) * cm% = Pcm(Scm)
Ptm(Sm) – Pcm(Scm) = Pm(Sm)
E-V = EV
M-E = ME
EV*50%=BP
ME*50%=BP
Total nuclear tests since 1930
If you continue to experiment with what percentage?
will find the answer to the question of whether our earth will move.
Sm- sun’s net mass
Pm- planet’s net mass
Msm- moon’s standard mass
m- mass
Pcm- planet’s core and rock mass
Scm – sun’s core mass
cm% – core mass percent
R- between distance sun and planet
EV – earth between Venus standard distance
ME – Mars between Earth standard distance
SPD3- distinction of SPD1 and SPD2
Psm – planet standard mass
Ptm – planet total mass
BP- balance of power attraction and repulsion
This is how plannets nuclear mass is calculated in another way
System of solar and space
Now the things to talk about here are very interesting. Let’s make a guess about the angle that the moons, which are the satellites of the planets that revolve around the Sun, revolve around their planets. If we lose both hands and turn around, we are standing on the earth and the sun is turning correctly. Our hands are parallel to the surface of the sun and our body is perpendicular. So we define ourselves as standing on earth. So where did our solar system come from? What are they standing on? I haven’t studied the inclination angles of the planets’ satellites, but it is clear that the planets revolve around the sun at the diameter of the golden pole star. These planets are like a lost hand to the sun.
Our Sun is standing on the Golden Stake. But the angle of rotation of the satellites of the planets will be very interesting. I have focused here on the movement of the moon, but I am also suggesting that the moons of the other planets are slightly tilted towards the golden pole due to the gravitational pull of the sun and planets. But if there is a planet that breaks away from our solar system and becomes the core of the new solar system, it is believed that its satellites revolve around the planet parallel to our sun.
But when it comes to space, we can imagine that the rotten part in the middle of this tree is the cluster that we see. we are a small part of ourselves that we call a small human on a planet in our solar system within one of these many galaxies. …… at the end of all this, I firmly believe that if we conquer the world of imagination, we will find the light of God or the body of the world master.
Conclusion
I did the math and found out something. Comparing the mass of the planets with the mass of their core, the mass of the planet’s core and the speed of the planet around the sun show the same graph. In other words, if the nuclear mass of a planet is large, the planet is closer to the center of its orbit or the Sun, but as the nuclear mass decreases, the planets move away from the Sun and their speed decreases. It is also believed that the difference between the distance and approach of the planet’s ellipse or the distance of the planet’s orbit is closely related to the mantle layer of the planet. The way to prove that my theory is correct was scientists discovered X-rays. A more correct explanation should be made here.
According to my theory, the positively charged ion from the anode came to the surface of the cathode and did not pull out the electron. A positively charged ion can be considered to be thrown back because it has the same charge as the negative charge of the cathode when it comes to the surface of the cathode and loses its positive charge to the cathode by its inertia. That is why it has a higher speed than an electron and has a different wave nature. Another conclusion is that due to the increase of heavy elements in the cores of the satellites due to the influence of the Sun’s radiation, the radius of the core of the planets increases and the total radius of the planet decreases. Also, in the case of the sun, along with the increase in the total number of protons, electrons in the nucleus,
positrons, quarks, mesons, baryons, and hadrons have also increased, and it has been concluded that the nuclear and total radius are increasing. This is how the structure of the sun can be imagined. This is how Mongolians speak. Adding groups means adding food. Just like the sun’s core swallows electrons, and these electrons lock up a few thousand sheep in a small pen, the electrons interact with the very strong gravitational Coulomb force, and just protons interact with the very strong nuclear force they approach a very small Fermi distance . This force is much greater than the nuclear force and is the reason why supergiant stars exist.
The core can be represented by shell and droplet models. We can say that we are on an electronic planet. All the substances that make up this planet are made up of elements in the periodic table of chemical elements. The characteristic of this periodic system is how many electrons it has in its outer shell. If we were to imagine meeting a solar man, that solar man would probably show us the periodic table of substances that made up his sun, with elements distinguished by the number of protons in their outer shell. To put it simply, one person buys one sheep. That sheep will grow and multiply. And that person will get married and have a family
Thus the power of this person will increase. Then the people of that region will unite and become stronger and their herds of livestock will increase. Wealth is very necessary to be powerful. But this wealth is limited. However, for the solar nucleus, the electron is this wealth, and this nucleus grows infinitely, and finally, the force of the proton nucleus grows infinitely, unable to overcome the Coulomb force of attraction and repulsion of the electrons, and the star explodes, and the annihilation zone spreads into the open space. As a result of this explosion, a bare neutron nucleus is left behind.
If we explain this from a physical point of view, the gravitational force of the planets acts on the sun, and what happened on the sun is similar to the magnetic field of a solenoid, the surface of the sun rotates, but the inner and inner parts of the sun rotate in different directions, and a lot of nuclear reactions take place. If a normal metal is melted at a very high temperature, the field between the protons will become so hot that it will not require any additional energy to bring the protons closer together. If an external magnetic field is applied to it, the protons have a sufficiently low Fermi to not lose their free metallic electrons.
close to the distance, it acts on the nuclear force, and to this extent it compresses its electrons to a very small Fermi distance, and as a result, a very strong coulomb force is created between the electrons, or the sun a perfect ball. Here, a proton cannot exist without an electron, and an electron cannot exist alone without a proton, so against external forces, it can close to a very small Fermi distance. This is the same as the kernel droplet model. On the other hand, considering the model of Fermi gas, it is more appropriate to define and consider that the free electrons in the nuclear volume are confined to the gaseous state. A hot nuclear reactor has a very strong magnetic field in the power generation system
uses flow. According to my theory, the action of a strong magnetic field is sufficient for an excited atom. The current method of extracting energy is based on the same principles as discovered by the Mongolian scientist Shagj Guai. That is, when a person eats some organic food, the organic matter eaten enters the stomach and is decomposed by stomach acid, releasing heat. Thanks to this heat, blood circulation improves and minerals are distributed throughout the body through the heart. In essence, we are extracting energy from the potential energy generated by some kind of decay.
Proton and electron cannot exist without each other. Therefore, it is believed that a phenomenon occurs in an atom in an excited state in a magnetic field. In order not to lose an electron due to the influence of the magnetic field, the proton swallows the electron, and all protons with neutrons are surrounded and held by the nuclear force. The absorbed electron, interacting with the positron, condenses into a very small Fermi gap, acting on a very strong coulomb force, creating a very strong attraction force and being imprisoned in its nucleus, making the nucleus a perfect ball. The nuclear force is divided into energy levels by the proton-neutron potential hole.
In the same way, the electron and positron are equally divided by their different densities. As the electron positron reaches the outer radii from the two nuclei, its density decreases, and it moves from the rest state to the non-rest state, actively stimulating nuclear reactions in the annihilation region. Protons and neutrons are more concentrated in the depth of the two-potential hole, where protons and neutrons are saturated, so single protons and neutrons are released and react with photons to annihilate and form a nuclear reaction. In addition, scientists have described the positron as having no rest mass. In fact, the electrons and positrons in the Sun’s core are kept at rest by the gravitational pull of the Sun’s core
have coexisted for billions of years. The gravity at the Sun’s core is 872 m/s, while the Earth’s core is 42 m/s. The positron has no rest mass on Earth, but if it is artificially accelerated, its rest mass can be determined. If we assume that a body is launched from the Earth’s core to the surface or the vastness of space, the body must acquire a speed of 14 km/s. At such a speed, the body can lift off the surface of the earth. Let me tell you an interesting example. Let’s say that if an astronaut carried out an experiment in his spaceship to find the rest mass of an electron, just as he did on Earth. My guess is that the astronaut in question would define the electron as having no rest mass.
A new idea was born after watching the “Khuree Tsam” Jumping Festival in Mongolia. It’s based on the idea that clothing should change color to show three periods of time, so if the body moves faster, it should absorb more radiation. In other words, the faster the planets move, the greater the effect of solar radiation. This effect of solar radiation will activate further evolution on the planet. It has been discovered that these microwaves stimulate tiny bits of viral DNA inside the human body’s DNA to reawaken and develop cancer. If flying in an airplane, the effect of radiation inside the airplane is not known.
Only the surface of the plane will be very dirty. If the speed of a moving body approaches the speed of light, everything inside the body will be affected by radiation. The photons emitted from the sun at high speed and density break up into very small particles during their journey, creating a gas space with free radicals that fills space, and the most interesting thing is that due to various thermal changes in these gas spaces, they are like air currents with different pressures on Earth. Galaxies from giants to tiny ones are formed and collide with each other.
The process of the expansion of space would be more understandable if there were no gas spheres with such thermal changes in space. We could know that all galaxies and all cosmic bodies are moving away at a uniform rate.
Conclusions of calculations made.
1. It has been 4 billion eight hundred million years since the creation of the sun. When it was first formed, its radius was 17388 kilometers, the radius of the core was 4833.94 kilometers, the density was 2259.523239, the density of the core was 6481.8305, the mass was 4.97275E+28, and the mass of the nucleus was 3.06528E. It was +26. Current mass is 1.9891E+30, nuclear mass is 4.90445E+29 kg, radius is 695500 km, nuclear radius is 193358 km, density is 1.411811541, nuclear density is 162.04576
2. When the planet Mercury first formed, the mass was 2.57705E+24, the nuclear mass was 2.27332E+21, the radius was 19040 kilometers, the nuclear radius was 14052 kilometers, the density was 0.089, the nuclear density was 0.0002, and the distance between them was 111726347356 kilometers. Current mass is 3.3011E+23 kg, core mass is 1.16481E+22, radius is 2439 km, core radius is 1800 km, density is 5.434441211, core density is 0.477057409, distance is 69816900 km.
3. When the planet Venus first formed, its mass was 1.3426E+25 kilograms, its core mass was 7.5917E+21 kilograms, its radius was 16693.34 kilometers, its core radius was 3334 kilometers, its density was 0.69, its core density was 0.049, and its distance was 174302400026 kilometers. was Current mass is 4.8675E+24 kg, core mass is 1.1009E+23 kg, radius is 6052 km, core radius is 1208.806 km, density is 5.244943539, core density is 14.88479308, distance is 108939000 km.
4. When the planet Earth first formed, the mass was 1.31172E+25 kilograms, the mass of the core was 5.31232E+21 kilograms, the radius was 13992.6782 kilometers, the radius of the core was 2697 kilometers, the density was 1.1436, the density of the core was 0.064676, and the distance between them was 243360000036 kilometers. was Current mass is 5.97237E+24 kg, nuclear mass is 9.675E+22 kg, radius is 6371 km, nuclear radius is 1228 km, density is 5.516396895, nuclear density is 12.47922, distance is 152100000 km.
5. When Mars first formed, its mass was 1.51822E+24 kilograms, its core mass was 3.74234E+20 kilograms, its radius was 8035.1 kilometers, its core radius was 4244 kilometers, its density was 0.699, its core density was 0.001, and its distance was 399840000059 kilometers. Current mass is 6.4171E+23 kg, nuclear mass is 6.32712E+21, radius is 3396 km, nuclear radius is 1794 km, density is 3.913518379, nuclear density is 0.261694917, distance is 249900000 km.
6. When Jupiter first formed, its mass was 1.9362E+27 kg, its core mass was 1.4576E+23 kg, its radius was 72908.7727 km, its core radius was 30595 km, its density was 1.193, its core density was 0.001, and its distance was 1309180800194 km. Current mass is 1.8986E+27 kg, nuclear mass is 5.7173E+24 kg, radius is 71492 km, nuclear radius is 30000 km, density is 1.241059924, nuclear density is 0.050568506, distance is 818238000 km.
7. When the planet Saturn first formed, its mass was 5.7559E+26 kg, its core mass was 2.344E+22 kg, its radius was 61034.25 km, its core radius was 9590 km, its density was 0.599971678, its core density was 0.01, and its distance was 2420640000359 km. was Current mass is 5.6836E+26 kg, nuclear mass is 9.256E+23 kg, radius is 60268 km, nuclear radius is 9470 km, density is 0.620147193, nuclear density is 0.260287554, distance is 1512900000 km.
8. When Uranus first formed, its mass was 8.8103E+25 kg, its core mass was 1.7991E+21 kg, its radius was 26193.31 km, its core radius was 6191 km, its density was 1.17, its core density was 0.002, and its distance was 4826400000716 km. was Current mass is 8.681E+25 kg, nuclear mass is 7.0909E+22 kg, radius is 25809 km, nuclear radius is 6100 km, density is 1.21, nuclear density is 0.074604836, distance is 3016500000 km.
9. When the planet Neptune first formed, its mass was 1.03484E+26 kg, its core mass was 1.40115E+21 kg, its radius was 25008.81 km, its core radius was 8587 km, its density was 1.5803, its core density was 0.0005, and its distance was 7279200001080 km. . Current mass is 1.0243E+26 kg, nuclear mass is 5.5475E+22 kg, radius is 24754 km, nuclear radius is 8500 km, density is 1.613, nuclear density is 0.021572316, distance is 4549500000 km.
10. When Pluto first formed, its mass was 1.47545E+22 kg, its core mass was 1.229E+17 kg, its radius was 1394.70 km, its radius was 664, its density was 1.462, its density was 0.0001, and its distance was 11836560001757 km. Current mass is 1.303E+22 kg, nuclear mass is 4.33908E+18 kg, radius is 1184 km, nuclear radius is 586 km, density is 1.875, nuclear density is 0.005150342, distance is 7397850000 km.
transmitting UV rays.
Regarding CO2 gas, this is a problem that can be solved if we change the technology and use it. Even if we get to 0% CO2, the problem of warming will still be there. Because the source of warming is the sun. This is a problem that humanity cannot solve. We can’t ignore it because we can’t solve it. You should try to find the reason
So the cause of warming is the sun. The source of heat is the sun. Especially sunlight is the main reason for this. So what has world science done about it? How does sunlight come to earth? What are its characteristics? Why does the sun shine? How many types of light does the sun emit? Many questions arise. “Encyclopedia of Astronomy” when I read the book, it says this about sunlight.
Илтгэгч Зурхайч овогт Доржийн Ганзориг
Өмнөговь аймгийн Даланзадгад сум 8 дугаар баг цагаан булагийн 2-5 тоот
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