Приклади вживання Liquid water on its surface Англійська мовою та їх переклад на Українською
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Liquid water on its surface.
The planet may very well host liquid water on its surface, and therefore also some forms of life.".
Foremost, how rapidly Venus cooled initially andwhether it was able to condense liquid water on its surface.
The planet may very well host liquid water on its surface, and therefore also some forms of life,” the CNRS team wrote in a statement.
The first relates to how quickly Venus cooled initially andwhether it was able to condense liquid water on its surface in the first place.
This object might be capable of supporting liquid water on its surface, although much more information must be acquired before its  habitability can be assessed.[ 9][ 10][ 11][ 12].
First, scientists will need to determine how quickly Venus cooled andif it was able to condense liquid water on its surface in the first place.
If the planet's thick atmosphere,it can hold enough heat to heat liquid water on its surface,” explains astronomer from the Institute of astrophysics max-Planck-Diana Kossakowski.
The first relates to the speed with which Venus is cooled initially,and if he was able to condense liquid water on its surface in the first place.
We know Earthis unique for having plate tectonics, liquid water on its  surface and an oxygen-rich atmosphere.
They're smaller and cooler than the sun, but an exoplanet orbiting close enough couldstill be warm enough to have liquid water on its surface.
Some models suggestVenus once had a habitable climate with liquid water on its surface for as long as 2 billion years.
However, with the development of science it was proved that there is no atmosphere on  our satellite,and therefore- of liquid water on its surface.
Because of its  scorching temperatures,GJ 1132b most likely cannot retain liquid water on its surface, making it uninhabitable for life as we know it.
For instance, many studies have indicated that Proxima B's sun experiences too muchflare activity for the planet to sustain an atmosphere and liquid water on its surface.
If the planet has a dense atmosphere, which will take future studies to determine,it could trap enough heat to warm the planet and allow liquid water on its surface,” Diana Kossakowski, a member of the team that discovered the planet, said in a press release.
That's why planetary scientists currently focus on  the‘habitable zone' around stars,the locations where a world could have the right temperature for liquid water on its surface.
If the planet has a dense atmosphere, which will take future studies to determine,it could trap enough heat to warm the planet and allow liquid water on its surface," said Diana Kossakowski of the Max Planck Institute of Astronomy, co-author of a paper describing the new planets.
If the planet has a dense atmosphere, which will take future studies to determine,it could trap enough heat to warm the planet and allow liquid water on its surface.'.
Noting that some models suggestVenus once had a habitable climate with liquid water on its surface for as long as 2 billion years.
Although this planet is more than four times heavier than the Earth it is the closest twin to Earth found so far,and almost certainly has the right conditions for the existence of liquid water on its surface.
But there is a big different between a potentially habitable planet as we define it--a rocky planet at the right distance from its star that, with Earth-like atmospheric conditions, it would have liquid water on its  surface-- and a planet that's capable of being a home for humans: a true Earth 2.0.
If the planet has a dense atmosphere, which will take future studies to determine,it could trap enough heat to warm the planet and allow liquid water on  its surface," Kossakowski said.
But there's an enormous difference between a potentially habitable Earth-like planet as we tend todefine it- a rocky planet at the correct distance from its star that, with Earth-like atmospheric conditions, and having liquid water on its  surface- and a planet that is capable of being a home for humans.
Such a peace must be not too big, not too small, not too hot and not too cold,to maintain the state of liquid water and life on its surface.
Artist's impression of the surface  of TRAPPIST-1f, depicting a liquid water ocean on its surface.
The planet is believed to be in, or very close to,the right distance from its  sun to allow liquid water to exist on its surface.[8].
That means the planet is too hot to support liquid water and hence life on its  surface.