0
The evidence for the extreme distance is the extreme redshift. Also, in many cases, a coincidence has been found between a quasar and a galaxy.
The evidence for the extreme distance is the extreme redshift. Also, in many cases, a coincidence has been found between a quasar and a galaxy.
The evidence for the extreme distance is the extreme redshift. Also, in many cases, a coincidence has been found between a quasar and a galaxy.
The evidence for the extreme distance is the extreme redshift. Also, in many cases, a coincidence has been found between a quasar and a galaxy.
What else can I help you with?
Is the universe expanding faster than a Boeing 747 can fly?
In fact, distant parts of the Universe are moving away from us faster than the speed of light.
What forces act in the same way in distant parts of the universe as in our solar system?
i dont know someone help
What are the parts of a quasar?
A quasar, or quasi-stellar object, primarily consists of a supermassive black hole at its center surrounded by an accretion disk of gas and dust. As matter spirals into the black hole, it heats up and emits vast amounts of radiation, particularly in the optical and radio wavelengths. This intense energy output makes quasars some of the brightest and most distant objects in the universe. Additionally, quasars may have powerful jets of particles that are ejected at nearly the speed of light, further contributing to their luminosity.
What type of equipment is sent from earth to distant parts of the solar system?
The equipment that is sent from earth to distant parts of our solar system is satellites.
What is the source of all light in the universe?
There are 2 ways to answer this question. A: I could bore you to death with a 20-page essay. B: I could simply say that every point in the universe is lighted by the nearest star. Some parts of space are desolate of stars, and so they are dark and without light.
Is the universe expanding faster than a Boeing 747 can fly?
In fact, distant parts of the Universe are moving away from us faster than the speed of light.
What forces act in the same way in distant parts of the universe as in our solar system?
i dont know someone help
What are the parts of a quasar?
A quasar, or quasi-stellar object, primarily consists of a supermassive black hole at its center surrounded by an accretion disk of gas and dust. As matter spirals into the black hole, it heats up and emits vast amounts of radiation, particularly in the optical and radio wavelengths. This intense energy output makes quasars some of the brightest and most distant objects in the universe. Additionally, quasars may have powerful jets of particles that are ejected at nearly the speed of light, further contributing to their luminosity.
Where does microwave radiation come from A All parts of the universe B near parts of the universe C distant parts of the univerese D your own galaxy?
The answer is A all parts but, as this is obviously a home work question i suggest you read the link i will add below the answer in Related Source link, because you never know if your teachers is going to ask you for an example or 2.
What type of equipment is sent from earth to distant parts of the solar system?
The equipment that is sent from earth to distant parts of our solar system is satellites.
What are the parts of the universe?
what are the four part of the universe
In whales the pelvis and femur are?
body parts inherited from a distant ancestor that have not disapeared yet.
What is the source of all light in the universe?
There are 2 ways to answer this question. A: I could bore you to death with a 20-page essay. B: I could simply say that every point in the universe is lighted by the nearest star. Some parts of space are desolate of stars, and so they are dark and without light.
What does the big bang theory answer?
Big Bang Cosmology (BBC) -- which states that the space contained in our Universe has been expanding for the last 13.8 billion years or so, and NOTHING ELSE -- answers the following questions: 1) Why is the space between us and all other distant galaxies growing larger, and why is the growth rate dependent on distance from us? 2) Why is there a cosmic microwave background radiation, why does it have a spectrum for a 2.7K blackbody, and why is it isotropic to one part in 10,000? 3) Why are all parts of our Universe about 90% hydrogen and 10% helium? 4) Why are there quasars far from us, but none close to us? All alternatives to BBC are reduced to stating, "I have absolutely no idea why our Universe has the above facts -- that's just the way our Universe happens to be." Science prefers a model that can fully explain several facts, as opposed to a model that fails to explain any of them, so BBC has become the only viable scientific model of our Universe.
What observation used to support the big bang theory?
The evidence that the space within our Universe was almost infinitely dense about 13.7 billion years ago, and has been expanding at a (pretty much) steady rate ever since, is overwhelmingly persuasive. 1) The distance between us and all distant galaxies is increasing, and the rate at which that distance is increasing is directly proportional to the distance to those distant galaxies. 2) The existence, spectrum, and isotropy of the cosmic microwave background radiation. 3) The ratio of hydrogen to helium in all parts of our Universe. 4) Quasars are seen far from us, but not close to us. 5) The ratio of long-lived isotopes to their decay products. 6) The absence of white dwarf stars older than about ten billion years. The evidence supporting Big Bang Cosmology is as solid as the evidence for a heliocentric solar system.
What data gathred so far verifies the big bang theory?
The evidence that the space within our Universe was almost infinitely dense about 13.7 billion years ago, and has been expanding at a (pretty much) steady rate ever since, is overwhelmingly persuasive. 1) The distance between us and all distant galaxies is increasing, and the rate at which that distance is increasing is directly proportional to the distance to those distant galaxies. 2) The existence, spectrum, and isotropy of the cosmic microwave background radiation. 3) The ratio of hydrogen to helium in all parts of our Universe. 4) Quasars are seen far from us, but not close to us. 5) The ratio of long-lived isotopes to their decay products. 6) The absence of white dwarf stars older than about ten billion years. The evidence supporting Big Bang Cosmology is as solid as the evidence for a heliocentric solar system.
What evidence is cited to support the big bang theory?
The evidence that the space within our Universe was almost infinitely dense about 13.7 billion years ago, and has been expanding at a (pretty much) steady rate ever since, is overwhelmingly persuasive. 1) The distance between us and all distant galaxies is increasing, and the rate at which that distance is increasing is directly proportional to the distance to those distant galaxies. 2) The existence, spectrum, and isotropy of the cosmic microwave background radiation. 3) The ratio of hydrogen to helium in all parts of our Universe. 4) Quasars are seen far from us, but not close to us. 5) The ratio of long-lived isotopes to their decay products. 6) The absence of white dwarf stars older than about ten billion years. The evidence supporting Big Bang Cosmology is as solid as the evidence for a heliocentric solar system.
