Примери за използване на Solar masses на Английски и техните преводи на Български
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The limit is about 1.4 solar masses.
HD 164595 is a star of 0.99 solar masses about 95 light years from Earth, with an estimated age of 6.3 billion years.
Its current estimate is 1.44 solar masses.
If it's more than three Solar masses, it becomes a black hole.
Some are more than a billion solar masses.
While our own Sun loses about 10- 14 solar masses every year, Wolf- Rayet stars typically lose 10- 5 solar masses a year.[1].
A*"weighs in" at a staggering 4 million solar masses.
It requires a certain number of solar masses for a star to become a supernova.
Its girth is equivalent to 4 million solar masses.
In the universe, lower mass galaxies can weigh up to a billion solar masses and the highest mass galaxies can be up to 30 trillion solar masses.
The black hole weighs in at about seven solar masses.
In galaxies with a total stellar mass of 100 billion solar masses, that ratio is ten times higher than the one in galaxies with an overall star mass of 10 billion solar masses.
Their mass is a few hundred solar masses.
In this case, the man with the help of calculations on the apparent celestial body's orbit to calculate the"unseen" minimum mass, which in this case was 6 solar masses.
The brightest known quasars devour 1000 solar masses of material every year.
The minimal supermassive black hole is approximately a hundred thousand solar masses.
The researchers concluded the galaxy weighs 1.5 trillion solar masses(one solar mass is the mass of our Sun).
The solitary black hole at the Galactic Centre is about four million solar masses.
At the heart of NGC 604 are over 200 hot stars, much more massive than our Sun(15 to 100 solar masses) and their surface temperatures are as hot as 40,000 degrees Celsius.
The mass of the black hole is estimated to be about 4 million solar masses.
For stars that have masses larger than 1.4 solar masses, there are two options.
The observed BBHs span a wide range of component masses, from 7.6 to 50.6 solar masses.
The brightest known quasars are thought to devour 1000 solar masses of material every year.
A neutron star has a mass of at least 1.1 and perhaps up to 3 solar masses(M☉).
If a black hole absorbs enough material,growing to over one million solar masses, it becomes a‘supermassive black hole'.
The black hole situated in the central region of the Milky Way is estimated to be approximately 4 million solar masses.
He has a mass of about 1.4 solar masses.
The largest stellar black hole is thirty-three solar masses.
The brightest known quasars consume 1000 solar masses a year.
SD: Right. So it turns out that the black hole in M87, that we saw before, is six anda half billion solar masses.