Does the Milky Way orbit around anything?What do we know about the lifecycle of the Milky Way (or any other spiral galaxy)?If galaxies are moving away from each other then why are the Milky Way and Andromeda galaxy coming towards each other?What will happen to life on Earth when the Andromeda and Milky Way galaxies collide?Where does the Milky Way end?Fate of the Spiral Arms of the Milky Way and AndromedaConcerning fate of Milky Way GalaxyHow much overlap will the Andromeda galaxy and the Milky Way have when they collide?Available data on the Milky way around 1920Does the Sun orbit the Milky way in a (kind of) flat or inclined orbit or more of a sine wave?What would be the outcome for life in our galaxy if the merger of the Milky Way and Andromeda creates a Quasar?
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Does the Milky Way orbit around anything?
What do we know about the lifecycle of the Milky Way (or any other spiral galaxy)?If galaxies are moving away from each other then why are the Milky Way and Andromeda galaxy coming towards each other?What will happen to life on Earth when the Andromeda and Milky Way galaxies collide?Where does the Milky Way end?Fate of the Spiral Arms of the Milky Way and AndromedaConcerning fate of Milky Way GalaxyHow much overlap will the Andromeda galaxy and the Milky Way have when they collide?Available data on the Milky way around 1920Does the Sun orbit the Milky way in a (kind of) flat or inclined orbit or more of a sine wave?What would be the outcome for life in our galaxy if the merger of the Milky Way and Andromeda creates a Quasar?
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$begingroup$
We know most of the objects in the Universe have a spherical or elliptical shape. The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull. For example:
- Moon orbits around Earth
- Earth orbits around Sun
- Sun orbits around Sagittarius A* which is the center of Milky Way.
Thus, is the Milky Way orbiting around some object or perhaps Black Hole?
I know that the Milky Way is going towards Andromeda as they are attracting each other and they will collide with each other after 3 billion years to 6 billion years. But it is possible that the Milky way is orbiting around some object at the same time? Perhaps both galaxies are present in a group of galaxies which is orbiting around some object.
If the Milky Way is not orbiting around some object then is there any proof found by the scientists for that?
orbit galaxy milky-way
New contributor
$endgroup$
add a comment |
$begingroup$
We know most of the objects in the Universe have a spherical or elliptical shape. The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull. For example:
- Moon orbits around Earth
- Earth orbits around Sun
- Sun orbits around Sagittarius A* which is the center of Milky Way.
Thus, is the Milky Way orbiting around some object or perhaps Black Hole?
I know that the Milky Way is going towards Andromeda as they are attracting each other and they will collide with each other after 3 billion years to 6 billion years. But it is possible that the Milky way is orbiting around some object at the same time? Perhaps both galaxies are present in a group of galaxies which is orbiting around some object.
If the Milky Way is not orbiting around some object then is there any proof found by the scientists for that?
orbit galaxy milky-way
New contributor
$endgroup$
add a comment |
$begingroup$
We know most of the objects in the Universe have a spherical or elliptical shape. The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull. For example:
- Moon orbits around Earth
- Earth orbits around Sun
- Sun orbits around Sagittarius A* which is the center of Milky Way.
Thus, is the Milky Way orbiting around some object or perhaps Black Hole?
I know that the Milky Way is going towards Andromeda as they are attracting each other and they will collide with each other after 3 billion years to 6 billion years. But it is possible that the Milky way is orbiting around some object at the same time? Perhaps both galaxies are present in a group of galaxies which is orbiting around some object.
If the Milky Way is not orbiting around some object then is there any proof found by the scientists for that?
orbit galaxy milky-way
New contributor
$endgroup$
We know most of the objects in the Universe have a spherical or elliptical shape. The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull. For example:
- Moon orbits around Earth
- Earth orbits around Sun
- Sun orbits around Sagittarius A* which is the center of Milky Way.
Thus, is the Milky Way orbiting around some object or perhaps Black Hole?
I know that the Milky Way is going towards Andromeda as they are attracting each other and they will collide with each other after 3 billion years to 6 billion years. But it is possible that the Milky way is orbiting around some object at the same time? Perhaps both galaxies are present in a group of galaxies which is orbiting around some object.
If the Milky Way is not orbiting around some object then is there any proof found by the scientists for that?
orbit galaxy milky-way
orbit galaxy milky-way
New contributor
New contributor
edited 52 mins ago
Chappo
1,0142 gold badges6 silver badges21 bronze badges
1,0142 gold badges6 silver badges21 bronze badges
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asked 17 hours ago
Zeeshan Ahmad KhalilZeeshan Ahmad Khalil
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1163 bronze badges
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New contributor
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1 Answer
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$begingroup$
The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull.
Actually, both the heavier and the lighter object orbit around their common center of mass. It's just that the heavier object doesn't move much (has a tiny orbit), while the lighter object moves a lot (has a wide orbit).
E.g. our Sun actually orbits the center of mass of the whole solar system, but that motion is tiny, it barely budges.
In the case of a double star, where both partners have about the same mass, you can clearly see how both are making similar orbits around their common mass center.
Sun Orbits Around Sagittarius A* which us center of Milky Way.
With galaxies, including ours, it's a little different.
There is no super-heavy thing at the center, around which everything else is orbiting. Not even the very large black hole at the center of our galaxy is heavy enough for that.
Rather, galaxies are clumps of matter that create a common gravitational field. Stars, and everything else, are trapped in this common field and orbit around the common center of mass.
So the question is that is that is Milky Way is orbiting around some object or perhaps Black Hole.
Same idea. There is no single point-object nearby massive enough for our galaxy to "orbit" around it.
Our galaxy, along with Andromeda, and a handful of other galaxies, are bound together in what is known as the Local Group. Each galaxy is moving within the common gravitational field of the whole group. The Local Group has a diameter of about 10 million light-years.
The Local Group is part of a larger structure, the Virgo Supercluster, which is about 100 million light-years in diameter and has at least 100 galaxies. However, the Virgo Supercluster is more "loose" - it is not gravitationally bound together.
$endgroup$
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
3
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
add a comment |
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$begingroup$
The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull.
Actually, both the heavier and the lighter object orbit around their common center of mass. It's just that the heavier object doesn't move much (has a tiny orbit), while the lighter object moves a lot (has a wide orbit).
E.g. our Sun actually orbits the center of mass of the whole solar system, but that motion is tiny, it barely budges.
In the case of a double star, where both partners have about the same mass, you can clearly see how both are making similar orbits around their common mass center.
Sun Orbits Around Sagittarius A* which us center of Milky Way.
With galaxies, including ours, it's a little different.
There is no super-heavy thing at the center, around which everything else is orbiting. Not even the very large black hole at the center of our galaxy is heavy enough for that.
Rather, galaxies are clumps of matter that create a common gravitational field. Stars, and everything else, are trapped in this common field and orbit around the common center of mass.
So the question is that is that is Milky Way is orbiting around some object or perhaps Black Hole.
Same idea. There is no single point-object nearby massive enough for our galaxy to "orbit" around it.
Our galaxy, along with Andromeda, and a handful of other galaxies, are bound together in what is known as the Local Group. Each galaxy is moving within the common gravitational field of the whole group. The Local Group has a diameter of about 10 million light-years.
The Local Group is part of a larger structure, the Virgo Supercluster, which is about 100 million light-years in diameter and has at least 100 galaxies. However, the Virgo Supercluster is more "loose" - it is not gravitationally bound together.
$endgroup$
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
3
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
add a comment |
$begingroup$
The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull.
Actually, both the heavier and the lighter object orbit around their common center of mass. It's just that the heavier object doesn't move much (has a tiny orbit), while the lighter object moves a lot (has a wide orbit).
E.g. our Sun actually orbits the center of mass of the whole solar system, but that motion is tiny, it barely budges.
In the case of a double star, where both partners have about the same mass, you can clearly see how both are making similar orbits around their common mass center.
Sun Orbits Around Sagittarius A* which us center of Milky Way.
With galaxies, including ours, it's a little different.
There is no super-heavy thing at the center, around which everything else is orbiting. Not even the very large black hole at the center of our galaxy is heavy enough for that.
Rather, galaxies are clumps of matter that create a common gravitational field. Stars, and everything else, are trapped in this common field and orbit around the common center of mass.
So the question is that is that is Milky Way is orbiting around some object or perhaps Black Hole.
Same idea. There is no single point-object nearby massive enough for our galaxy to "orbit" around it.
Our galaxy, along with Andromeda, and a handful of other galaxies, are bound together in what is known as the Local Group. Each galaxy is moving within the common gravitational field of the whole group. The Local Group has a diameter of about 10 million light-years.
The Local Group is part of a larger structure, the Virgo Supercluster, which is about 100 million light-years in diameter and has at least 100 galaxies. However, the Virgo Supercluster is more "loose" - it is not gravitationally bound together.
$endgroup$
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
3
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
add a comment |
$begingroup$
The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull.
Actually, both the heavier and the lighter object orbit around their common center of mass. It's just that the heavier object doesn't move much (has a tiny orbit), while the lighter object moves a lot (has a wide orbit).
E.g. our Sun actually orbits the center of mass of the whole solar system, but that motion is tiny, it barely budges.
In the case of a double star, where both partners have about the same mass, you can clearly see how both are making similar orbits around their common mass center.
Sun Orbits Around Sagittarius A* which us center of Milky Way.
With galaxies, including ours, it's a little different.
There is no super-heavy thing at the center, around which everything else is orbiting. Not even the very large black hole at the center of our galaxy is heavy enough for that.
Rather, galaxies are clumps of matter that create a common gravitational field. Stars, and everything else, are trapped in this common field and orbit around the common center of mass.
So the question is that is that is Milky Way is orbiting around some object or perhaps Black Hole.
Same idea. There is no single point-object nearby massive enough for our galaxy to "orbit" around it.
Our galaxy, along with Andromeda, and a handful of other galaxies, are bound together in what is known as the Local Group. Each galaxy is moving within the common gravitational field of the whole group. The Local Group has a diameter of about 10 million light-years.
The Local Group is part of a larger structure, the Virgo Supercluster, which is about 100 million light-years in diameter and has at least 100 galaxies. However, the Virgo Supercluster is more "loose" - it is not gravitationally bound together.
$endgroup$
The object which has less mass and gravitational pull orbits around the nearest object with more mass and gravitational pull.
Actually, both the heavier and the lighter object orbit around their common center of mass. It's just that the heavier object doesn't move much (has a tiny orbit), while the lighter object moves a lot (has a wide orbit).
E.g. our Sun actually orbits the center of mass of the whole solar system, but that motion is tiny, it barely budges.
In the case of a double star, where both partners have about the same mass, you can clearly see how both are making similar orbits around their common mass center.
Sun Orbits Around Sagittarius A* which us center of Milky Way.
With galaxies, including ours, it's a little different.
There is no super-heavy thing at the center, around which everything else is orbiting. Not even the very large black hole at the center of our galaxy is heavy enough for that.
Rather, galaxies are clumps of matter that create a common gravitational field. Stars, and everything else, are trapped in this common field and orbit around the common center of mass.
So the question is that is that is Milky Way is orbiting around some object or perhaps Black Hole.
Same idea. There is no single point-object nearby massive enough for our galaxy to "orbit" around it.
Our galaxy, along with Andromeda, and a handful of other galaxies, are bound together in what is known as the Local Group. Each galaxy is moving within the common gravitational field of the whole group. The Local Group has a diameter of about 10 million light-years.
The Local Group is part of a larger structure, the Virgo Supercluster, which is about 100 million light-years in diameter and has at least 100 galaxies. However, the Virgo Supercluster is more "loose" - it is not gravitationally bound together.
edited 10 hours ago
answered 10 hours ago
Florin AndreiFlorin Andrei
15k1 gold badge35 silver badges52 bronze badges
15k1 gold badge35 silver badges52 bronze badges
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
3
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
add a comment |
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
3
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
$begingroup$
It's probably worth pointing out that the barycenter of the solar system, due to the usual mass distribution of the planets and everything else, is typically inside the sun.
$endgroup$
– chepner
5 hours ago
3
3
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
$begingroup$
@chepner Wikipedia has diagrams of the solar system barycentre relative to the Sun here, for 1945-1995 and 2000-2050. It's hard to tell from those diagrams, but I think the barycentre is outside of the Sun at least 50% of the time. It's been outside since mid 2016 and will remain so until early 2027.
$endgroup$
– PM 2Ring
4 hours ago
add a comment |
Zeeshan Ahmad Khalil is a new contributor. Be nice, and check out our Code of Conduct.
Zeeshan Ahmad Khalil is a new contributor. Be nice, and check out our Code of Conduct.
Zeeshan Ahmad Khalil is a new contributor. Be nice, and check out our Code of Conduct.
Zeeshan Ahmad Khalil is a new contributor. Be nice, and check out our Code of Conduct.
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