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How do scientists classify asteroids and meteors?
Scientists classify asteroids primarily based on their location within the solar system, size, and composition. The main categories include the C-type (carbonaceous), S-type (silicaceous), and M-type (metallic) asteroids. Meteors, on the other hand, are classified based on their origin, such as meteoroids (small fragments from asteroids or comets) and their composition, which can be stony, iron, or stony-iron. When meteoroids enter Earth's atmosphere and produce visible trails, they are referred to as meteors; if they survive and land on Earth, they are called meteorites.
Why meteors are important?
Meteors are not that important, meteorites might be.
How do scientists think about rainbows?
Scientists can learn a large amount of information about light from rainbows.
Do superstition in Philippines about comets asteroids and meteors scientific basis?
Superstitions in the Philippines regarding comets, asteroids, and meteors do not have a scientific basis. Comets, asteroids, and meteors are celestial bodies that have been studied extensively by astronomers and scientists. They are composed of rock and metal and pose no inherent danger to people on Earth. Superstitions surrounding these phenomena are based on myths and folklore rather than scientific evidence.
What information can scientists use to create a timeline?
Scientists use data from the past to create a timeline.
What tool do scientists use to study meteors?
whattools do scientist use to study meteors
What type of scientists study meteors?
meteorologist general term astronomer
Why is it important for scientists to monitor meteors in the sky?
Monitoring meteors is crucial for several reasons. Firstly, it helps scientists assess potential threats to Earth, as larger meteors can cause significant damage upon impact. Additionally, studying meteors provides insights into the composition of our solar system, aiding in understanding its formation and evolution. Finally, tracking meteors contributes to advancing space exploration and improving predictive models for celestial events.
How did seismosaurus become extinct?
The Seismosaurus became extinct by what most scientists believe; by meteors.
Scientists that study to obtain knowledge are called scientists?
pure
Are meteors mistaken for UFOs?
In earlier times I'm sure it was quite common. They didn't have the advanced equipment that we do today. Now however, scientists identify meteors long before they can be seen from Earth.
How do scientists get information?
Scientists get information from research, observations, experiments, and other scientists.
How do scientists obtain zirconium?
They dig it up :)
When will the next meteor hit?
Scientists cannot predict when meteors will approach earth. But they can track incoming meteors. Luckily, most burn up in the higher atmosphere. That means only smaller pieces actually hit land.
When do scientists have to rely on estimate?
Scientists must rely on estimates when they cannot obtain exact numbers.
How do scientists obtain citric acid?
Chuck Norris
What information can scientists obtain by studying seismographs from different locations?
What information can scientists obtain by studying seismographs from different locations? A.the location and strength of the earthquakeB.when the next earthquake is going to happenC.the direction of motion of tectonic platesD.the amount of damage caused by an earthquake i need your help can you please click "IMPROVE ANSWER" to tell me the answer....... Hello I am here to help. The answer is A. :D I am a student and took this test weeks ago!
