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Nebula may exist only within our galaxy.?
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Does nebula only exist in the Milky Way galaxy?
No. Nebulae exist in almost every galaxy.
Nebula may exist only within your galaxy?
Nebulae can exist both within and outside of our galaxy, the Milky Way. Nebulae are vast clouds of dust, gas, and plasma in space where stars can form. They are found in many different galaxies throughout the universe.
Does nebula only exist within our galaxy?
No, nebulae do not only exist within our galaxy; they can be found in other galaxies as well. A nebula is a vast cloud of gas and dust in space, and while many well-known nebulae are located in the Milky Way, other galaxies also contain their own nebulae. These interstellar regions can form from various processes, such as star formation or the remnants of dying stars, and are observed throughout the universe.
What galaxy is the Cat's Eye Nebula in?
Considering the distance to the Cats Eye Nebula is only 3,300 light years away, it is going to be within our own Milky Way Galaxy.
Can a nebula contain galaxies?
No, a nebula is only a few light-years across while a galaxy is thousands of light-years across.
Is the Carina Nebula located in the Milky Way?
Yes, the Carina Nebula is located in the Milky Way Galaxy only 7,500 light years away from earth.
Do nebulae exist only in your galaxy?
No, we believe that nebulae probably exist in every galaxy, and possibly between galaxies as well.
Is the pillars of creation in the milky way Galaxy?
The Pillars of Creation or the Eagle Nebula is only about 7,000 light years from us, so it is definitely in the Milky Way Galaxy.
How many milki ways are there?
There is only one milky way, which is the galaxy in which we live, however there are many other galaxies such as Andromeda Nebula. :)
Do all galaxies have planets in?
Probably, but impossible to tell as we are only just seeing planets within our own galaxy.
How long will it take a nebula to die?
The lifespan of a nebula can vary significantly depending on its type and the processes occurring within it. For instance, a star-forming nebula can last for millions of years as it gradually converts gas and dust into new stars. In contrast, a planetary nebula, which represents the late stages of a star's life, may exist for only a few tens of thousands of years before dissipating. Ultimately, the "death" of a nebula is a gradual process influenced by internal dynamics and external factors, making it difficult to pinpoint an exact timeframe.
