A small galaxy with those characteristics would be a dwarf elliptical galaxy, such as M32 (a companion to Andromeda). Most elliptical galaxies are larger than average galaxies, and some are among the largest, containing as many as a trillion (1012) stars.
Elliptical galaxies generally have few young stars and more dust when compared to spiral galaxies such as the Milky Way or Andromeda.
that's got to be "Starburst Galaxies"
Starburt is a generic term to describe a region of space with abnormally high rate of star formation..in astronomy. For eg, an open cluster maybe having quite a high rate of star formation but that is not star burst. A galaxy with high rates would be a starburst galaxy.
For eg, The Cigar Galaxy (M82) in Ursa Major, 12 million light years away is a star burst galaxy, the star formation rate is 10 time more than that of the Milky Way.
It ture
dale is a little bit older
He is Allison's older brother. :)
the mountain range 'Massif Central' is just south of the center of France. These mountains are older than the Alps and lower.
I watch spongebob lol :)
a spiral galaxy like the milky way
It is called simply a "globular cluster". Another possibility: The closely allied stars at the center of a galaxy tend to be older, redder stars than those in the outlying arms of the galaxy.
Because newer stars are forming at the outer edges, and because the gravitational pull is stronger for the older stars.
A Spiral Galaxy
A small galaxy with stars and very little dust is commonly called an elliptical galaxy. Elliptical galaxies are extremely small and typically made up of smaller and older stars.
The galaxy is older than our Solar System.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
Generally older stars. Most, if not all galaxies have a supermassive black hole at their centre.
Older stars are generally towards the centre of a galaxy as they will be the first to accumulate around the galactic centre. Because they are older, there is less "free" hydrogen, so new star formation will occur wherever, there is enough matter to form a new star. This generally is around the outer edges of a galaxy.
Older stars are generally towards the centre of a galaxy as they will be the first to accumulate around the galactic centre. Because they are older, there is less "free" hydrogen, so new star formation will occur wherever, there is enough matter to form a new star. This generally is around the outer edges of a galaxy.
By analysing the oldest stars found.The older the star, the older the Galaxy.
Generally, an Elliptical galaxy is the oldest type of galaxy.