In a perfectly spherical galaxy, stars would be distributed relatively uniformly throughout the volume, with a density that may vary based on proximity to the center. The center would typically have a higher concentration of stars due to gravitational forces, while the outer regions might have fewer stars. This distribution could also be influenced by factors like the galaxy's age, type, and evolutionary processes. Overall, while the galaxy's shape is spherical, the star density would not be completely uniform but would show a gradient from the center to the edges.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
Large stars are distributed all over our galaxy, there is no single location for them.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
after you get the star 'The Perfect Run' in Grandmaster galaxy rosalina joins your ship.
A galaxy is by a definition a group of stars. If there were no stars it could not be a galaxy.
Every galaxy contains stars, if that's what you mean. "Galaxy" means "big bunch of stars". No stars ===> no galaxy.
A globular cluster (without "galaxy") is a large group of stars, in form of a sphere, within a galaxy. A galaxy may have thousands of such clusters. I am not sure whether the term "globular cluster galaxy" has any meaning in astronomy. It might be a galaxy with a lot of such clusters.
Elliptical Galaxy The Elliptical Galaxy has mostly old stars and blue stars are new stars.
elliptical galaxy. These galaxies are often round or elongated in shape, resembling a football or an elongated sphere. They are composed mostly of old stars and lack the distinct spiral arms seen in spiral galaxies.