Dark Matter is theorized to be large part of every single Galaxy in the Universe. Because of Centrifugal force, the angular momentum of Galaxies is much to high to sustain the amount of matter that Galaxies contain. They would literally spin them selves apart. Dark Matter cannot be observed directly but we know its their because we see its effect in every Galaxy in the sky.
Further Thoughts
Dark Matter probably originates from another dimension that we as humans are not a part of, but somehow effects mass on large scales. It is theorized that their are about 26 dimensions and we are only part of 4 of them. It is also said that all 26 dimensions intersect in the 3rd dimension which is space. We also believe this is where Gravity and the other forces of the universe originate from. At the few seconds after the big bang many of these dimensions where compressed together which is why all 4 forces where a single force called the super force. These four forces are the Strong and Weak Nuclear Forces, Gravity, and electromagnetism. At very high temperature these forces where of a single force and as the universe expanded and cooled they split. This was the birth of all 26 dimensions. I believe that because the entire universe was contained inside a singularity. This singularity contained all 26 dimensions in a single plane of existence which is how so much matter and energy could be contained in a space the size of a few microns across.
Astronomers use telescopes, both ground-based and space-based, to study quasars. They observe the light emitted by quasars across different wavelengths, such as visible, ultraviolet, and X-ray, to learn more about their properties and behavior. Additionally, they analyze the spectra of quasars to understand their composition and the physical processes happening within them.
Probably, but impossible to tell as we are only just seeing planets within our own galaxy.
Protons and neutrons reside within the nucleus, electrons orbit around the nucleus.
Yes, all galaxies have gravity. Gravity is a fundamental force that exists everywhere in the universe, including within and between galaxies. It is responsible for holding galaxies together, as well as determining their structure and motion.
A universe is a very big realm of darkness with galaxies in it. and there are billions of galaxies in the universe! One of those galaxies is our solar system, and in that solar system is our planet. There probably is even more then just one univserse. O_o Well... Galaxies are within the universe and a universe is defintly bigger then a galaxy
The lungs, trachea, and heart do not reside within the mediastinum. They lie outside this region.
The Draco constellation is home to numerous galaxies, with estimates suggesting there are over 100 galaxies within its boundaries. These galaxies vary in size, shape, and distance from Earth, making Draco a rich area for astronomical study. Some notable galaxies within Draco include the Draco Dwarf Galaxy and the Tadpole Galaxy.
Super massive black holes are believed to exist within galaxies (like our own) because stars in the middle of the galaxy are spinning too fast for there not to be something extremely massive there.
Perhaps you are referring to quasars. Quasars are (galaxies with) extremely active galactic nuclei.Otherwise, as far as we know, many of the larger galaxies seem to contain a supermassive black hole in the center. If by black hole you are referring to standard black hole, not a supermassive, chances are all galaxies have quite a few. Within the local group of galaxies (Our cluster), the brightest galaxy as it appears from Earth is the Canis Major dwarf galaxy at 25,000 lightyears away. For galaxies not within our cluster, the brightest would be Markarian 231 at about 600,000,000 lightyears away.Comparing apparent magnitude. Canis Major's apparent magnitude (Little "m") is approximately 23.3m where Markarian 231 is about 13.8m yet the galaxy is 2,400,000% further away than Canis Major. An interesting side note about this galaxy is that it's supermassive blackhole is accompanied by a large quasar.
yes
Nebulae can exist both within and outside of our galaxy, the Milky Way. Nebulae are vast clouds of dust, gas, and plasma in space where stars can form. They are found in many different galaxies throughout the universe.
Protons and neutrons reside within the nucleus, electrons orbit around the nucleus.
Yes, the whole universe is expanding rapidly and so are the galaxies within it.
deep within Gaia
Astronomers use telescopes, both ground-based and space-based, to study quasars. They observe the light emitted by quasars across different wavelengths, such as visible, ultraviolet, and X-ray, to learn more about their properties and behavior. Additionally, they analyze the spectra of quasars to understand their composition and the physical processes happening within them.
Yes, priests typically reside within the church premises in a residence known as a rectory or parsonage.
The Milky Way is our galaxy, the are no other galaxies within it though we are part of a local group of galaxies.