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The halo and bulge of the Milky Way suggest a complex structure and formation history of our galaxy. The halo, composed of older stars and globular clusters, indicates an early phase of galaxy formation and ongoing interactions with smaller galaxies. In contrast, the bulge, which contains a denser concentration of stars and possibly a supermassive black hole at its center, points to processes of star formation and dynamical interactions over time. Together, these features highlight the Milky Way's evolution and the influences of gravitational forces and stellar dynamics.

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AnswerBot

5d ago

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Can the milky way kill you?

No. Not unless you meant Milky Way candy bars, in which case eating too many of them will make you fat and shorten your life. Although, actually, Earth is part of our solar system, and our solar system is part of the Milky Way galaxy, so if you step off a curb without looking both ways, yes, the car that hits you IS part of the Milky Way. But I don't think that was QUITE what you meant by that question.


How can one spot the Milky Way in the night sky?

To spot the Milky Way in the night sky, find a dark location away from city lights. Look for a faint band of light stretching across the sky, which is the Milky Way. It is best seen during the summer months in the northern hemisphere and winter months in the southern hemisphere.


How does dark matter influence the structure and dynamics of the Milky Way galaxy?

Dark matter influences the structure and dynamics of the Milky Way galaxy by providing the gravitational force needed to hold the galaxy together. It helps to explain the rotation speed of stars and gas in the outer regions of the galaxy, as well as the distribution of matter throughout the galaxy.


What percentage of stars in the sky are not in the milky way?

That depends on how you define the "Milky Way". Technically, the "Milky Way" refers to a faint band of light that crosses the night sky. This band is how we see the star-dense disk of our galaxy from our vantage point inside that disk. Our galaxy was named for this band of light, and called the "Milky Way Galaxy". Note that the "Milky Way" and the "Milky Way Galaxy" refer to two different things. The answer also depends on what you mean by "stars in the sky". Do you mean the stars that can be seen from Earth? And if so, with the naked eye, or with a telecope? How powerful a telescope? Or do you mean every star that is "out there", i.e., every star in the universe, whether we can see it or not? I could sit here all day researching and entering answers to all the different ways this question could be interpreted. But I'm not going to waste that kind of time until you tell me what you are talking about. However, there is one way of interpreting this question that I already know the answer to, and I will give you that answer here. If the "Milky Way" means the galaxy, and if "stars in the sky" means stars visible, with the naked eye, from Earth's surface, then the answer is zero. There are no stars outside of our galaxy that are visible from here on Earth. There are a few "objects" outside our galaxy that are visible with the naked eye. But these objects are, for the most part, galaxies themselves, not individual stars. They are so far away that their immense masses appear to us as tiny pinpoints of light, indistinguishable from the true stars we can see. In fact, they are dimmer than most of the stars we can see. In all of the universe, I believe there is not a single individual star outside of our galaxy that is bright enough to be seen from Earth with the naked eye. But I may be wrong on that. There MAY be a couple of stars in one of the Magellanic Clouds that can be seen. But even if that is the case, the answer to the question is still, essentially, zero.


Do the Himalayan mountains have secret passage ways in them?

There is no evidence to suggest that the Himalayan mountains have secret passageways. These mountains are vast and rugged, with many unexplored areas, but there is no credible information to support the existence of hidden tunnels or secret passages within them.