The World of stars
When it comes to the most important bodies in the universe, the stars must be named because stars are the bodies that emit light and heat energy into the universe and emit light and heat energy from them.
Life begins on a habitable planet that revolves around them. For example, our sun, which is a star in our solar system, makes life possible on our planet in a region suitable for it due to the emission of light and heat energy. Our earth always revolves around the sun in the orbit of the solar system with its orbits and bodies.
As a result, there are many types of weather on our planet. But have you ever thought that when our earth revolves around our sun, our sun is also in the same position or it revolves around another body because we have all the stars visible in the sky.
Are all the stars in the universe cut in one place? Or do they move in orbit?
The amazing fact is that our water river gives birth to a star in the galaxy every 18 days. Most of these are stars about the size of our Sun, and most of them formed near the center of our Milky Way galaxy. All stars begin their life in the form of a cloud of dust called a nebula. Most stars contain 70% hydrogen and 28% helium, and the only hydrogen in the star is fuel. This hydrogen nucleus fusion converts helium and heavy elements to produce light and heat energy which the star emits to the surrounding planets and the universe.
The amount of hydrogen in a star is determined by the brightness and heat energy of the star and how long it lasts. Larger stars often deplete their hydrogen so rapidly that they become smaller than stars, for example a star called YY Scuti is 1700 times larger than the Sun and the Sun produces about 4 million times more energy than the Sun. Yes, but that star lasts a few million years while the sun still stands for 5 billion years. The star Yu-Scooty is releasing its hydrogen so fast that it could be converted into a supernova at any time. When this happens, it will be the brightest thing in the sky after the sun and moon and will be visible during the day.
Before the supernova transforms, the stars turn into red giants and remain in the orbital phase for years, after which supernova explosions result in white dwarfs or black dwarfs. Or if their size is several thousand from our sun If they are bigger, they can become. Neutrons or black holes.
Simply put, the planets have no stars in our universe and they are always in motion and if our Akas River is talking about the stars in the galaxy then all the stars in our galaxy are black holes in the center of our galaxy. Are The galaxy is orbiting around it, and our sun is orbiting along with it in a very large black hole in the center of our galaxy river galaxy. It takes our sun about 22 million to 25 million years to complete one revolution around the center of the Aquas Caucasus River.
If this is the case with scientists, then it is a good thing because scientists are researching why the stars, far from the center of the galaxy, revolve around planets that are deadly and adaptable. Because the closer you get to the center of the galaxy, the faster the stars and their orbits have to deal with it, because according to scientists, the closer you get to the center of the galaxy, the wider the stars are. There is a distance, due to which the stars and celestial flames fall into the orbit of the stars near the center of the galaxy, resulting in light life on the planet. There is no more time and before that their necks are destroyed. . In addition, scientists say that near the center of the galaxy, most of the stars are so large that they are not so young, that is, they cannot travel very long, and neutron stars or galaxies are hit by supernova explosions. ۔ The hole changes. As a result, their entire body is completely destroyed, meaning that the stars near the center of the galaxy have little time to give birth to any life and are surrounded by stars. Adaptive conditions cannot be created on existing nodes. Other than these stars, it doesn't take long for stars to appear in the center of their orbits, but other stars around these stars mean they are less likely to have such stars, there are a few stars around, and there are fewer bodies here. Less than that, it means that the nuggets are often given time to prolong their life.
Although one idea is that it is just a trap because we as humans have not yet been able to detect any life on the planet around us, nor does our research indicate the possibility of any life on the stars around us.
In addition, there are many small stars in our universe that orbit the star, for example our neighboring star Proxima Centauri is a binary star system consisting of three stars Proxima Centauri, Alpha Centauri A and Alpha Centauri B. Are Of these, Proxima is our most visible star in the Sun, about 4.7 light-years away. They, like all other stars, are orbiting a very depressing black hole in the center of our Aquas River galaxy. That is to say, if all the stars in the universe are not planets, but they are orbiting around the center of our galaxy, just like any other planet in the solar system, and for them the center of orbit is exactly ours. Is like a planet. Solar System We have the sun for the bodies and bodies in the system.
The question is, why do people think the stars are dark? There are many reasons for this.
But astronomers will be well aware that the stars are not planets but moving. We also get stars because when a spacecraft or astronaut is sent into space, we often talk about falling. And their orbital speed and orbit is talked about.
Since our sun also revolves around the center of the galaxy, the entire solar system stays with us, so we do not need to calculate its orbit in sending our plans. But if in fact the planets of the solar system, like the sun, revolve around the sun in the same way as the sun revolves around the center of our Aqua river, and the whole solar system revolves with it in orbit. Being warned The reason we don't know about its orbit is that the sun and our planet and all the planets and bodies in our solar system are orbiting the center of the galaxy.
Many people ask how many stars are there in the sky? In the open sky there may be more than 9000 stars near our planet some of which are bright but most of the stars are difficult to see without binoculars but if you look at the sky in clear sky at night you can see you ۔ 5,000 stars can easily see.
Some important facts about the stars
Stars contain 70% hydrogen. Available in 28% helium, 1.5% carbon, nitrogen, NaN, 0.5% iron and other ingredients.
There are millions of stars in the universe that are smaller than our Sun and many stars are millions of times bigger than our Sun. When we look at the stars in the sky, we don't look at them so much that they look a little brighter and a little brighter.
These stars can be classified with the help of spectrum. Stars that emit light from any star are divided into a series of blue to red stars. Blue stars are large and very warm in color and very bright in appearance. Their temperature is 27750 degrees Celsius and fine. The temperature of your last yellow star is about 6000 degrees Celsius. Red stars are slightly darker and have a temperature of about 1650 degrees Celsius, so one star looks brighter than the other.
The sun has many stars, and they are all sources of light, just as our sun is the source of light. The stars contain hydrogen gas, which is constantly evaporating. Helium gas is eliminated by the hydrogen fill and this process releases energy, which produces light in the star.
The gases in a star are very hot, because they have very few particles, so the molecules inside them are gaseous, if the molecules are light then the gas will be hot and if the molecules are heavy then the gas will be hot. Chat lounge stars have many different molecules of gas such as hydrogen, helium and the stars that shine through them.
Some stars are even smaller because their material is self-made, just as iron is after it is melted. ۔ This is a phase of the supernova.
Astronomers obtain this information about a star with the help of a device called a spectroscope, which can detect what material is in the star and how hot the star is by cutting the light emitted from the star.
The stars are individually colored like white, blue, yellow or red. They explain which chemical element is present in the star.
The light from the stars that we can see with the help of binoculars reaches the earth millions of years later.
