Star of the Gemini star of the stars of the sky
Yeah. One day the star will run out of Gemini and its fuel, collapse under its weight and explode into a supernova, but no one knows when it will be.
When we say that one day it will explode according to astronomical standards. When this happens, the star of Gemini will greatly accelerate for a few weeks or months, perhaps like a full moon and visible in broad daylight.
At this time of year during the nights of January or February, the star of the Gemini Gemini is seen in its red color as a group of Gemini or mighty stars (Orion). It is not only one of the brightest stars of Gemini, but also astronomers know that one day it will explode. The reason is that the Gemini orbiter is a star above a giant and approaches the end of its life. According to one estimate, it is just 430 light years away.
It should be noted that the determination of distances, especially for giant red stars, is a problem in astronomy, so estimates vary, and are often revised, so it can be thought that it can reach 650 light years. Yet it is already one of the brightest stars in the earth's sky.
When we say that one day it will explode according to astronomical standards. When this happens, the star of Gemini will greatly accelerate for a few weeks or months, perhaps like a full moon and visible in broad daylight.
But no one knows when that will happen !! Perhaps not in our lives or perhaps tomorrow or a million years later.
E
Instead, anyone alive on Earth when it happens and reaches the light of the explosion of the earth's sky will observe an amazingly beautiful scene in the night sky that is a very bright star.
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According to astrophysicists, the burst of supernova should be within 50 light years to have an impact on the ground, but the Gemini orbital is approximately 10 times This distance.
When compared to the star of Gemini in the sun, it is 10,000 times the sun's rays in visible light
If the Gemini Cyclone along with our Sun, we will find it 10,000 times brighter than the Sun in visible light. It may be surprising to know that the surface temperature of the Gemini asteroid is not about 6000 degrees Fahrenheit in contrast to the sun 10,000 degrees Fahrenheit
The star of Gemini is easily spotted by the naked eye in the Arab world at this time of the year, where it shines with the sunset and goes away to prevent its sunrise and is in the best monitoring mode in the months of January and February.
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In terms of mass, the Gemini is thought to be about 15 times the mass of the sun, but 600 times more than 200 million times its size, and when measured in its size, infrared radiation and other radiation out of it is at least 50,000 times.
So we are safe from Gemini. In the event of an explosion, it would be an ideal opportunity for astronomers to study the relatively near-supernova with the latest technology.
By the beginning of March, this star will be located south of the beginning of the night and by mid-May, it can be seen briefly in the west after sunset. The star will be behind the sun in early summer, but will return to the eastern horizon before dawn by July.
Yeah. One day the star will run out of Gemini and its fuel, collapse under its weight and explode into a supernova, but no one knows when it will be.
When we say that one day it will explode according to astronomical standards. When this happens, the star of Gemini will greatly accelerate for a few weeks or months, perhaps like a full moon and visible in broad daylight.
At this time of year during the nights of January or February, the star of the Gemini Gemini is seen in its red color as a group of Gemini or mighty stars (Orion). It is not only one of the brightest stars of Gemini, but also astronomers know that one day it will explode. The reason is that the Gemini orbiter is a star above a giant and approaches the end of its life. According to one estimate, it is just 430 light years away.
It should be noted that the determination of distances, especially for giant red stars, is a problem in astronomy, so estimates vary, and are often revised, so it can be thought that it can reach 650 light years. Yet it is already one of the brightest stars in the earth's sky.
When we say that one day it will explode according to astronomical standards. When this happens, the star of Gemini will greatly accelerate for a few weeks or months, perhaps like a full moon and visible in broad daylight.
But no one knows when that will happen !! Perhaps not in our lives or perhaps tomorrow or a million years later.
E
Instead, anyone alive on Earth when it happens and reaches the light of the explosion of the earth's sky will observe an amazingly beautiful scene in the night sky that is a very bright star.
---
---
According to astrophysicists, the burst of supernova should be within 50 light years to have an impact on the ground, but the Gemini orbital is approximately 10 times This distance.
When compared to the star of Gemini in the sun, it is 10,000 times the sun's rays in visible light
If the Gemini Cyclone along with our Sun, we will find it 10,000 times brighter than the Sun in visible light. It may be surprising to know that the surface temperature of the Gemini asteroid is not about 6000 degrees Fahrenheit in contrast to the sun 10,000 degrees Fahrenheit
The star of Gemini is easily spotted by the naked eye in the Arab world at this time of the year, where it shines with the sunset and goes away to prevent its sunrise and is in the best monitoring mode in the months of January and February.
.
In terms of mass, the Gemini is thought to be about 15 times the mass of the sun, but 600 times more than 200 million times its size, and when measured in its size, infrared radiation and other radiation out of it is at least 50,000 times.
So we are safe from Gemini. In the event of an explosion, it would be an ideal opportunity for astronomers to study the relatively near-supernova with the latest technology.
By the beginning of March, this star will be located south of the beginning of the night and by mid-May, it can be seen briefly in the west after sunset. The star will be behind the sun in early summer, but will return to the eastern horizon before dawn by July.
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