In spiral galaxies, the center is typically crowded with stars, forming a dense bulge, while the number of stars decreases as you move outward into the spiral arms and the surrounding halo. In contrast, elliptical galaxies also have a high concentration of stars in their centers, but their star distribution can be more uniform or decrease more gradually outward. In both types of galaxies, the central region is where star density is highest, tapering off in the outer regions.
Perhaps you mean "thought to be"? - It is believed that all, or most, galaxies have a supermassive black hole at their center.
Not all galaxies, but it is believed that the majority of galaxies have central black holes.
Irregular galaxies lack a distinct shape or structure compared to the more organized elliptical and spiral galaxies. They often have higher levels of gas and dust, resulting in ongoing star formation and less defined arms or center. Irregular galaxies are typically smaller and less massive than their counterparts.
False. Pressure decreases from the center to the outside.
That is related to their past history. Many galaxies have undergone collisions with other galaxies; this takes out most of the interstellar gas, and the galaxies can no longer form new stars. If I remember correctly, such galaxies will change into elliptical galaxies.That is related to their past history. Many galaxies have undergone collisions with other galaxies; this takes out most of the interstellar gas, and the galaxies can no longer form new stars. If I remember correctly, such galaxies will change into elliptical galaxies.That is related to their past history. Many galaxies have undergone collisions with other galaxies; this takes out most of the interstellar gas, and the galaxies can no longer form new stars. If I remember correctly, such galaxies will change into elliptical galaxies.That is related to their past history. Many galaxies have undergone collisions with other galaxies; this takes out most of the interstellar gas, and the galaxies can no longer form new stars. If I remember correctly, such galaxies will change into elliptical galaxies.
The center is crowded with stars, and the number of stars decreases farther out.
As you get farther from the center of Earth, your weight willDECREASE
The acceleration due to gravity decreases as you move farther away from the center of the Earth. This is because gravity weakens with distance according to the inverse-square law.
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.
The center of the elliptical galaxy is very dense with many stars, and density decreases farther out.
Not all galaxies have a black hole at their center. Some galaxies, like our own Milky Way, do have a supermassive black hole at their center, while others do not.
At the center of a large cluster, you'll usually find large and massive galaxies.
The load capacity of a forklift decreases as the load center moves farther away from the base of the carriage. This is because as the load center moves outward, it creates more leverage and increases the force exerted on the forklift, which can exceed its rated capacity.
Perhaps you mean "thought to be"? - It is believed that all, or most, galaxies have a supermassive black hole at their center.
yes and no, according to the big bang theory, all things began in the middle,creating the possibility of more galaxies in the center. but according to the universal light theory, all things in the universe are evenly sorted out. The understanding of this concept relates to timetravel, than a harder explanation using math and many previous theories to solve