0
What else can I help you with?
Why were the Europeans interested Africa What natural resources did this continent have What did scientists find What other kinds of information did they learn?
Europeans were interested in Africa because they were interested in turning the natives in to slaves.
Why is the solar nuetrino telescope in South Dakota located 1 mile beneath the earths surface?
Maybe because the neutrinos they are looking for aren't in space. Neutrinos have to be 4,000 feet below the surface to be deciphered between a neutrino and a cosmic ray. Once below 4,000 feet they slow down enough to be detected more accurately. (This information was given to us in a tour by staff at the Homestake Mine in Lead, SD.)
How did comet wild 2 change the way astronomers think about comets or Solar Systems?
because it was like unique because it has like craters and because none other like comet like has one
Why were imperialist countries interested in China in the late 1800s?
Imperialist were interested in China because of their healthy agricultural Economy and their extensive mining and manufacturing industries.
How could caravans passing through Babylon be helped by astronomers?
Astronomers help because they can help measure the time, or what day it is for the caravans.
What role do neutrinos play in the search for dark matter?
Neutrinos are important in the search for dark matter because they are weakly interacting particles that can provide clues about the presence of dark matter. By studying neutrinos and their interactions, scientists can gather information about the distribution and behavior of dark matter in the universe.
Why are shareholders interested in financial information?
because they want to
Why are people so interested in neutrinos?
Neutrinos are interesting because they are extremely light, neutral particles that interact very weakly with matter, making them difficult to detect. They can provide valuable insights into fundamental physics and help scientists better understand processes in the universe, such as those occurring in stars and supernovae. Studying neutrinos can also shed light on the properties of dark matter and the early universe.
Why can't the dark matter in galaxies be made of neutrinos?
Dark matter in galaxies cannot be made of neutrinos because neutrinos are too light and move too quickly to account for the gravitational effects observed in galaxies. Neutrinos also interact weakly with other particles, making them unlikely candidates for the majority of dark matter in the universe.
Do Canadian astronomers use the mars rover?
No, because Canada did not fund the rovers in any way. They can use the information obtained from them, however.
Why were the Europeans interested Africa What natural resources did this continent have What did scientists find What other kinds of information did they learn?
Europeans were interested in Africa because they were interested in turning the natives in to slaves.
Why astronomers do what they do?
astronomers do what they do because they want to find bigger and better things that have yet to be discovered.
What neutrinos tell us about the universe?
In much the same way that you tune your radio to listen to your favourite music, radio astronomers can tune their telescopes to pick up the radio waves that come from quasars, other distant galaxies and the cosmic microwave background that are millions of light years from the Earth.
Why does mass number change from 211 to 207 after a decay?
because it releases energy, neutrons and neutrinos.
What are the duties of astrologers?
Astrologers look at stars and predict events according to what they see. They are different from astronomers because astronomers have a scientific basis, while astronomers do not.
Does a neutrino change atoms nucleus?
Neutrinos typically do not change an atom's nucleus because they interact very weakly with matter. When neutrinos pass through a material, they rarely collide with atomic nuclei. However, in rare interactions, neutrinos can cause nuclear reactions, such as in certain types of nuclear decay or during processes in stars, but these events are extremely infrequent. Overall, neutrinos have a negligible effect on the structure of atomic nuclei.
Why are neutrino detectors important to the study of supernovae?
Neutrino detectors are important for studying supernovae because neutrinos are the first particles to escape a supernova explosion, providing insight into the explosion dynamics and neutron star formation. By detecting neutrinos, scientists can study the neutrino signal to better understand the physics of supernovae and gain information that is not accessible through electromagnetic observations.
