Is the sun made of hydrogen and how is it formed?

Most of the sun is hydrogen, and there is also a part of helium and so on in the core of the sun, as well as some other heavier elements. This is mainly in the early days of the universe, and the element formed at the beginning was mainly hydrogen.

It's here. And then because of gravity.

situation, they are attracted to each other to become Hengxin.

Is the sun made of hydrogen? How did it come about? The sun does not interpret the composition of hydrogen, it is composed of a lot of various helium, neon and argon, first formed by various gases containing a lot of trace amounts of rare gases, not so simple composed of hydrogen, such as laying hens and chickens.

Is the sun made of hydrogen? How did it come to be? Scientists are still studying this problem, and no one can study it well. Where does the sun come from? No one has studied it.

Is the sun made of hydrogen? Isn't this one? Well, the formation of the sun is in a lot of fire, hey, it's just a big fireball, isn't it?

The sun is composed of relatives so how is it formed, I think you still have to ask professional people about this professional knowledge, or do you want to check it on the Internet or learn about relevant knowledge.

The sun burns because of the intense nuclear fusion reactions that take place inside it, and the life of the sun is estimated to be about 10 billion years old, and it's in middle age, and scientists estimate that the sun will burn for about 5 billion years.

The sun has been in the universe for 4.5 billion years, and what is the element of energy burning inside the sun.

Some people may ask, what is the composition of such a huge sphere? We can think of it as a fiery iron ball by looking at the red sun in the early morning when the sun first rises, and the huge heat it emits. Surprisingly, however, the sun is made of gas from the surface to the center.

Of these, the most abundant are light gases such as hydrogen and nitrogen. Of course, this is not to say that metals such as iron and copper are not present in the composition of the sun.

According to science, the temperature of the sun's surface is 6,000 degrees Celsius, and the core temperature is even higher, reaching about 15 million degrees Celsius. At such alarming temperatures, anything can be turned into gas. According to spectral analysis, in addition to a large amount of hydrogen, the sun also contains more than 70 elements such as helium, oxygen, and iron.

Although the sun is composed entirely of gas, the gas is squeezed more tightly in the interior under high temperature and pressure, and the density of the gas in the center is 13 times greater than that of iron. The weight of the Sun is equivalent to 3.33 million times that of the Earth. We know that the sun is made of gas, so why doesn't it escape into the universe in all directions?

This is because the mass of the sun makes it very large, and it has a strong gravitational fiber, which will hold the gas that is about to escape.

The continuous integration of hydroxide ions in the state of metal materials caused by the high-speed magnetic moment of the sun produces new elements, and the newly formed elements do not break into hydroxide ions in the hood state of metal materials, which carry out polycondensation reaction again and release radio waves. The universe produces an explosion, and in the few seconds when the universe produces an explosion, its temperature is very high, and it is not easy to happen in the whole process of this temperature. However, subatomic particulate matter is already happening.

To put it simply, the universe didn't happen before.

It's an extremely high-density chemical that is constantly hot, and its internal structure contains subatomic particles, which biologists believe are like neutrinos as they are called today. It was there before the universe exploded. With the advent of the cosmic explosion, neutrinos gradually spread to the universe.

If neutrinos already exist at that time, then it is confirmed that subatomic particles also exist. In the cosmic burst phase. Because the temperature is very high, there is no way to produce atoms.

However, subatomic particles can either be condensed, such as neutrons plus antiprotons.

They will produce the initial god core. Because the temperature was very high at that time, there was no way for the divine core to condense with the electronic devices, so it was not easy for atoms to occur at that time. But with the deceleration after the cosmic explosion, surprises gradually appeared.

Therefore, the chemicals in the universe are formed by simple hydrogen fission, so what is the hydrogen element from? All the planets in the universe are made of hydrogen, and nuclear reactions occur every moment, and the planets come from **?

That is the center of the planet, the galaxy runs at high speed, sucking any star orbit into the center of the planet, the center of the galaxy is like a fast centrifugal water pump, turning the more complex chemicals in the universe into a simple hydrogen group company, that is, the planet, therefore, the center of the planet is the planetary processing plant. All chemicals, including atoms and electronic devices, are a kind of substance called polka dots, which occur when doing a circle curl up for fitness exercises, and it is impossible to produce things without this kind of vortex fitness movement, and people are a ball of curled pol dots, and to put it simply, you are a ball of radio waves that you don't see.

Hydrogen mainly comes from space, and the atmosphere has nitrogen, hydrogen and oxygen, and the density of hydrogen is also the smallest.

Hydrogen is formed by the electrolysis of water, and it can be said that electrical energy is the existence of collecting and storing hydrogen, which is a gas formed by the basic particles of the universe.

The combustion of the sun is a hydrogen nuclear reaction, so where does hydrogen come from? The raw materials consumed by nuclear fusion inside are basically hydrogen.

Question 1: Is the Sun made of gases What gases are made of The Sun is not made of gases.

The main element that makes up the sun is hydrogen, but not hydrogen. The temperature of the sun is 6000 degrees to hundreds of millions of degrees, and at this temperature, the liquid mode hydrogen (H2) molecule cannot exist, but exists in the form of H atoms or H+ ions plus free electrons, which is called hydrogen plasma, not hydrogen. The plasma state is another state of matter other than the solid-liquid gas.

Question 2: What is the Sun made of? The solar group should be composed of hydrogen (although it contains gaseous impurities, it can be so small that the dust is negligible).

Under the gravitational squeeze generated by a large amount of hydrogen, a very small area of the inner core of the sun (smaller than the moon) undergoes a nuclear fusion reaction, and the solar inner core fuses more than 600 million tons of hydrogen into helium every second, in which about about mass is lost, and this part of the material is converted into energy (heat) and released, so the sun can bring warmth to its surroundings.

The sun is not made up of gases.

The main element that makes up the sun is hydrogen, but not hydrogen. The temperature of the sun is 6000 degrees to hundreds of millions of degrees, at this temperature, hydrogen (H2) molecules cannot exist, but exist in the form of H atoms or H+ ions plus free electrons, which is called hydrogen plasma, not hydrogen. The plasma state is another state of matter other than the solid-liquid gas.

The sun is made up of gases and is held together by a strong gravitational pull. Among them, hydrogen accounts for about 27 of helium, and other elements account for 2.

Many people say that the sun is a large fireball in a gaseous state, and the main gaseous substances are hydrogen and helium.

However, deep scientific research has shown that this is not entirely the case;

The sun has a three-layer structure, which is divided into the photosphere, chromosphere, and corona from the inside to the outside;

The sun we usually see with the naked eye is a ball of light. The chromosphere and corona can only be observed with the help of scientific instruments.

Scientific studies have shown that the material density of the three layers of the solar photosphere, chromosphere and corona is significantly different.

The latest research shows that the sun's photosphere is mainly solid matter, the chromosphere is mainly molten (liquid) matter, and the outermost coronal layer is mainly gaseous (plasma) material, and the main components are hydrogen and helium.

In astronomy, star classification is the classification of stars according to the temperature of the photosphere, accompanied by spectral properties and subsequent derived properties. According to Wien's law, the temperature of the surface of an object can be measured by temperature, but it is very difficult for distant stars. Stellar spectroscopy provides solutions that can be classified according to the absorption lines of the spectrum:

Because only certain spectral lines are absorbed within a certain temperature range, the temperature of a star can be determined by looking at the absorbed spectral lines in the spectrum. The spectrum of early (late 19th century) stars was divided into 16 types from A to P, which is the origin of the spectrum in use today.

Summary. Hydrogen gathers in the sun because of the action of gravitational forces.

Hydrogen gathers in the sun because of the action of gravitational forces.

The mass of the sun is very large, so it creates a huge gravitational pull that can attract hydrogen atoms to gather inside it. At the core of the Sun, due to the very high pressure and temperature, the hydrogen atoms will undergo nuclear fusion, forming helium atoms, and releasing a large amount of energy, making the sun continue to shine and heat. Gravity is the force that drives hydrogen to gather and sustain its existence in the sun.

Oh, is this gravitational pull caused by the mass of the sun? And only the sun has such a mass? Or is there another force galloping?

Yes, gravity is generated by the mass of the Sun, and only the mass of the Sun reaches this degree. The gravitational force is generated by the mass slag absorption between the objects in the section beam yard, and the mass of the sun is very large, so its gravitational force is also very strong. Unless other more massive objects appear, the Sun's gravitational pull will continue to be the most powerful.

Moreover, gravity is one of the fundamental forces in the universe, it is the basis of the interaction between all matter.

Gravitational pull is created by the mass of the Sun, and only the mass of the Sun reaches this degree.