Приклади вживання Astronomers use Англійська мовою та їх переклад на Українською
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Which the astronomers use.
Astronomers used to consider cosmic dust a nuisance.
Since it is the nearest spiral galaxy to us, astronomers use the Andromeda Galaxy to understand the origin and evolution of such galaxies.
Astronomers use a variety of methods to measure black hole masses.
It helps audiences understand how science is done- how and why astronomers use multiple regions of the electromagnetic spectrum to explore and learn about our universe.
Astronomers use various techniques to measure the mass of black holes.
Because these stars brighten and dim at predictable rates,and the periods of these variations give us their luminosity and hence distance, astronomers use them as cosmic mileposts.
The astronomers used ten parsecs as their definition of“close”.
The NGC 3621 galaxy is also interesting to astronomers because its relative proximity allows them to study a wide range of astronomical objects within it, including stellar nurseries,dust clouds and pulsating stars called Cepheid variables, which astronomers use as distance markers in the universe.
Astronomers use the term HII to mean ionised hydrogen and HI for atomic hydrogen.
FORS2 can be used in various ways, but for the Rosetta campaign astronomers use it to image the comet and determine its brightness, size and shape; and also to analyse the coma's composition.
Astronomers use the term“HII”(pronounced“aitch-two”) to refer to ionised hydrogen, and“HI”(aitch-one) for atomic hydrogen.
This galaxy is of further interest to astronomers because its relative proximity allows them to study a wide range of astronomical objects within it, including stellar nurseries, dust clouds,and pulsating stars called Cepheid variables, which astronomers use as distance markers in the Universe[2].
This is the theory that most astronomers use to explain the limited number of impact craters on earth.
In 2002, astronomers used this lensing effect to discover a galaxy, HCM-6A, 12.8 billion light years away from Earth.
Like 400 years ago, modern astronomers use telescopes to reveal secrets hidden from the human eye.
Astronomers use infrared imaging to detect warm dust around new stars that are not yet"hot" enough to emit visible light.
It is this spectral"fingerprint" that astronomers use to identify the presence of the various chemical elements in astronomical objects.
Moreover, astronomers use the radiation from these molecules to study the local conditions, for example, as planets form in disks around young stars.
It helps audiences understand how and why astronomers use multiple regions of the electromagnetic spectrum to explore and learn about our universe.
Astronomers use this light to study the chemical and physical conditions in these molecular clouds, the dense regions of gas and cosmic dust where new stars are being born.
The"seeing"- a term astronomers use to measure the distorting effects of Earth's atmosphere- on the night of the observations was very good.
Astronomers use GREAT like a police officer uses a radar gun,” explained Alexander Tielens, an astronomer at Leiden Observatory and a senior scientist on the paper.
Stars with more"metals"- a term astronomers use for elements other than hydrogen and helium- in their cores have more giant planets than their metal-poor cousins.
Astronomers use certain Julian Day values as important reference points, called Epochs. One widely-used epoch is called J2000; it is the Julian Day for 1 Jan, 2000 at 12:00 noon= JD 2451545.0.
Astronomers use more specialised terms which refer to actual physical differences among the'zoo' of young variable stars, such as'Classical T Tauri' or'UX Orionis' stars.
The astronomers use the ionized carbon's spectral signature to determine the speed of the gas at all positions across the nebula and study the interactions between massive stars and the clouds where they were born.
Astronomers use graphical spectra most of the time because they can get more information out of the light this way, and because they can still plot and analyze light that is not directly visible to our eyes!
Astronomers use flux to denote the apparent brightness of a celestial body. The apparent brightness is defined as the amount of light received from a star above the earth atmosphere passing through a unit area each second. Therefore, the apparent brightness is simply the flux we receive from a star.
And that means they can interfere with the signals that astronomers using.