Приклади вживання Our own sun Англійська мовою та їх переклад на Українською
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In stars like our own Sun.
Our own sun is in this stage right now.
In stars like our own Sun.
Our own Sun is classified as a G2 yellow dwarf star in the main sequence phase of its life.
In stars like our own Sun.
The star, EPIC 201367065,is a cool red M-dwarf about half the size and mass of our own sun.
This is probably what happened when our own sun captured Planet 9.
And until 1995, we didn't even know the existence of any other planets,other than going around our own sun.
W0855 is the fourth-closest system to our own Sun, practically a next-door neighbor in astronomical distances.
It is therefore smaller and colder than our own sun.
Our own Sun was most likely formed in a similar environment some 4.5 billion years ago, meaning it might have undergone similar encounters.
In reality, it is larger than our own Sun.
Okay, this one you should know, but it's pretty amazing to think that our own Sun, located a mere 150 million km away is average example of all the stars in the Universe.
There are a lot of stars larger than our own Sun.
Given our own Sun is destined to become a white dwarf, it would be interesting to find more examples that just might give us a glimpse of our own Solar System's distant future.
It is therefore smaller and colder than our own sun.
Our own sun contains about 2 percent of these heavier elements, because it is a second- or third-generation star, formed some five thousand million years ago out of a cloud of rotating gas containing the debris of earlier supernovas.
There are a lot of stars larger than our own Sun.
Our own sun has brightened by about 30% since the solar system began, and will likely make Earth too hot for life in about 1 billion years, even though the sun will still have about 5 billion years of fuel left to burn.
There are a lot of stars larger than our own Sun.
The Sun is the closest star Okay, this one you should know, but it's pretty amazing to think that our own Sun, located a mere 150 million km away is average example of all the stars in the Universe.
As for exoplanets we want to broaden the search and study planets around starsthat are cooler and fainter than our own sun.
It is estimated that the age of our universe is 13.8 billion years, but our own sun appeared“only” 4.6 billion years ago.
Astronomers are keen to watch for dips in brightness from distant stars because we have learned this is an excellent way to spot exoplanets,or planets that orbit stars other than our own Sun.
Proxima Centauri is a red dwarf star, compared with Alpha Centauri A(classified asG2V, the same as our own sun) and Alpha Centauri B(classified as K1V, a cooler, smaller star).
These spectacular powerhouses come in an array of different colors and sizes-and many make our own sun look like a mere pipsqueak.
Despite this stupendously large number,it is interesting to note that with the exception of the light that comes from our own sun and galaxy, the rest of the starlight that reaches Earth is exceedingly dim.