I will take the question to relate to the Milky Way. This is taken from the following website article altered in late 2007. http://www.seds.org/messier/glob.html " The distribution of the globular clusters in our Milky Way galaxy is concentrated around the galactic center in the Sagittarius -- Scorpius -- Ophiuchus region: Of the 138 Milky Way globulars listed in the Sky Catalog 2000, these constellations contain 29, 18, and 24 globulars, respectively, so a total of 71 clusters, or 51.4 percent (though one must admit that of the 29 clusters listed in Sagittarius, probably four are members of the Sagittarius Dwarf Elliptical Galaxy discovered 1994, and not really of the Milky Way, among them M54; however, these are in process to be integrated into the Milky Way's halo). Current counting (June 2002) brings these numbers to 33, 19 and 25 globulars in Sagittarius, Scorpius and Ophiuchus, respectively, thus a total of 77 clusters of a total of 151, or 51.0 percent. Of the 88 constellations, only 43 or about half contain any globular cluster at all; Aquila follows with 7, Serpens with 5, Hercules and Ara with 4 clusters each, and no further constellation contains more than 3. Of the 151 known clusters, 138 (91.4 percent) are concentrated in the hemisphere centered on Sagittarius, while only 13 globulars (8.6 percent) are on the opposite side of us (among them M79). Of these 13, four (including M79) are suspected to be members of the remnant globular cluster system of the Canis Major Dwarf galaxy discovered in 2003, which again is going to be integrated into the Milky Way's Galactic Halo. "
There are no smaller galaxies in the Andromeda galaxy. In the Local group of galaxies to which Andromeda and the Milky Way are part of, there are around 30 smaller galaxies,
red shift is a distance and galaxies are planets. galaxies are also chocolate bars and red shift is not. thanks for your time. now go use your own knowledge and stop using google you gimps.
a lot
Scientist believe the galaxies known as irregular galaxies are the result of several different outcomes, for instance the merger of a pair of galaxies, or a wondering galaxy that strays to close to a neighboring galaxy. There are many different explanations for why irregular galaxies occur.
The Mellaganic Clouds are two dwarf galaxies, satellite galaxies of our own Milky Way. They are "nearby" only to the extent that they are the closest galaxies to our own. Ferdinand Magellan, the leader of the first European voyage to circumnavigate the Earth, named them because they appeared to be permanent clouds in the southern sky. The Clouds aren't visible from Europe or North America.
6
1 Clustered and 249 Non Clustered 1 Clustered and 249 Non Clustered 1 Clustered and 249 Non Clustered
a galaxies does not move that is why there are many stars
Yes its called the Local Cluster or Local Group, we have many minor Globular or Cluster Galaxies orbiting our own.
Galaxies vary a lot in size, from dwarf galaxies that have a few hundred million stars, to huge galaxies with a hundred trillion stars. (That's a ratio of about 1 to a million.)Our own galaxy has somewhere between 200 and 400 billion stars. Actually, most galaxies are quite a bit smaller than our own galaxy, since dwarf galaxies occur in larger numbers.
Say about 100 billion in our own galaxy, then about 100 billion galaxies.
Our galaxy, the Milky Way, is itself a galaxy, made up of approx. 200 billion stars. There are no other galaxies within our own.
Galaxies are made partly of stars, which produce light. So, in that sense, yes.
Dispersed settlements: characterized by homes spread out over a large area. Clustered settlements: where dwellings are grouped closely together, often forming villages or towns. Linear settlements: where buildings are arranged in a line, often along a road, river, or other linear feature.
Our own galaxy, the Milky Way, and our closest neighboring galaxy, Andromeda, are both spiral galaxies.
Galaxy clusters typically have anywhere from 50 to 1,000 galaxies.
Hubble discovered that the nebulas were galaxies based on the powerful telescope at Mt Wilson. The second discoveries was the red shift relationship v=HD shows that the galaxies were outside our own galaxies definitely and quantitatively, using light sources in galaxies that were standard sources that could calibrate the distance.