Приклади вживання These galaxies Англійська мовою та їх переклад на Українською
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These galaxies are called elliptical galaxies. .
There appears to be no supernova activity in these galaxies.
These galaxies are much too far away to detect individual stars.
We hope to next find out how common these galaxies are and whether they exist in other areas of the universe.
These galaxies are often fit by a Sérsic model with an added central component representing the nucleus.
It's also possible that the gas in these galaxies simply becomes too hot to cool and condense into new stars.
These galaxies are often fit by a Sérsic model with an added central component representing the nucleus.
Thanks to the new technique theteam was able to peer through the dust in these galaxies and assess for the first time the masses of their stars.
Although these galaxies are small and dim, they are also the most common in the Universe.
But these six transitions were so sudden and dramatic,it tells us that there is something altogether different going on in these galaxies.
To an observer in one of these galaxies, nothing violates the special theory of relativity.
These galaxies were subsequently observed using ESO's Very Large Telescope, which was able to measure the distances to the galaxies[5].
We are finding that the black holes in these galaxies take over and the result is not good for new stars trying to form.".
These galaxies formed at a very early stage in the lifetime of the Universe, giving astronomers a rare glimpse into the beginning of the cosmos.
We hope to next find out how common these galaxies are and whether they exist in other areas of the universe,” Danieli said.
One of these galaxies is NGC 5018, the milky-white galaxy near the center of this image.
The primary reason that we used these galaxies is that they had precise distances(as measured by another team),” Hudson explained.
These galaxies were located in the Leo Ring, a cloud of hydrogen and helium around two massive galaxies in the constellation Leo.[2].
Studying the mass distribution of stars in these galaxies can tell us more about their own evolution, and also the evolution of the Universe more generally.
Many of these galaxies are elliptical types, as is the brighter of the two galaxies dominating this image: NGC 4860(center).
Since we have no good ideas for how these galaxies were formed, I hope these discoveries will encourage more scientists to work on this puzzle.”.
These galaxies are so faint that their spectra cannot be measured, but astronomers can estimate the amount of redshift from the colors.
Moreover, each one of these galaxies has billions of stars, which brings the estimated grand total number of stars in the universe to 10 billion trillion.
Many of these galaxies are elliptical types, as is the brighter of the two galaxies dominating this image: NGC 4860(center).
Many of these galaxies are elliptical types, as is the brighter of the two galaxies dominating this image: NGC 4860(center of Figure 40).
Many of these galaxies are elliptical types, as is the brighter of the two galaxies dominating this image: NGC 4860(center of Figure 115).
Moreover each one of these galaxies has billions of stars which brings the grand total number of stars in the universe to 10 billion trillion which is 10 followed by 21 zeros.
Unlike green beans, these galaxies are very small- our Milky Way galaxy contains a mass equivalent to that of around 200 average green pea galaxies. .
And because these galaxies are so peculiarly dark matter-free, they are actually a supporting argument for its existence- because they prove that normal matter can exist separately.
Massive stars in these galaxies produce ionising radiation, stellar outflows, and supernova explosions, which significantly influence the dynamical and chemical evolution of the medium around them.