Hubble's law works well for galaxies within the Local Group because they are relatively close together and moving at speeds that are not too fast. This allows for the linear relationship between a galaxy's distance and its velocity to be accurately observed and measured.
Yes, our galaxy, the Milky Way, is part of a group of galaxies called the Local Group. Within the Local Group, the Milky Way and the Andromeda galaxy are the two largest galaxies and they are actually moving towards each other. It is believed that the Local Group is also moving towards the Virgo Cluster, a larger cluster of galaxies. So, in a sense, our galaxy is moving within the universe, but it is not orbiting around a single object like a planet orbits a star.
Yes, our galaxy, the Milky Way, is part of a group of galaxies called the Local Group, which is moving through space. The Local Group is also part of a larger structure called the Virgo Supercluster, which is itself moving within the expanding universe. So, in a sense, our galaxy is orbiting within the larger cosmic structure of the universe.
Peculiar velocities are the individual speeds at which galaxies move within the universe, separate from the overall expansion of the universe. They differ from the general motion of galaxies because they are influenced by local gravitational interactions between galaxies.
In computer science, "local" typically refers to data or variables that exist and are accessible within a specific scope or context, such as within a function or a block of code. Local variables are usually declared and used within a limited area of a program, and their scope is restricted to that particular area.
Local velocity is the velocity of an object at a specific position or point in a system, measured with respect to a reference frame. It provides information about how fast an object is moving at a particular moment in time within a given region.
The local group of galaxies that include our Milky Way is called the "Local Group".The local group of galaxies that include our Milky Way is called the "Local Group".The local group of galaxies that include our Milky Way is called the "Local Group".The local group of galaxies that include our Milky Way is called the "Local Group".
The Milky Way is our galaxy, the are no other galaxies within it though we are part of a local group of galaxies.
The Milky Way Galaxy is the second largest galaxy, after Andromeda, in the Local Group. The Triangulum Galaxy (a.k.a., the Star Wars galaxy) is the third largest. The Local Group contains about 30 galaxies, including dwarf galaxies.
We are part of the Local Group. The Local Group contains the Milky Way, two other major galaxies, and dozens of dwarf galaxies. The Local Groups is a group of galaxies which, as galaxies go, are close to us.
Yes. Our local group of galaxies is made up of 3 larger galaxies (milky-way, Andromeda and M33) and several smaller or dwarf galaxies.
Yes it is. A supercluster has up to 50 galaxies where the local group contains up to 30. The local group cluster is actually located within the Local (or Virgo) supercluster.
Yes, our galaxy, the Milky Way, is part of a group of galaxies called the Local Group. Within the Local Group, the Milky Way and the Andromeda galaxy are the two largest galaxies and they are actually moving towards each other. It is believed that the Local Group is also moving towards the Virgo Cluster, a larger cluster of galaxies. So, in a sense, our galaxy is moving within the universe, but it is not orbiting around a single object like a planet orbits a star.
Gravity holds the local group of galaxies together.
The Milky Way Galaxy and about 17 other galaxies within 3 million light-years are collectively known as the Local Group. This group includes galaxies such as Andromeda (M31), Triangulum (M33), and the Milky Way.
a cluster of about 40 galaxies to which the milky way galaxy belongs Five popular Local Group galaxies: 1. Milky Way 2. Andromeda 3. Triangulum 4. Large Magellanic Cloud 5. Small Magellanic Cloud
local group
A small cluster called the 'local group'