Some elements and compounds require extremely low temperatures to freeze. For example, hydrogen freezes at 14 K, which is only 14 degrees above absolute zero and equal to about 259 degrees below zero C or 434 degrees below zero F, and it boils at about 20.3 K (-252.9° C or -423.2° F).
Another example is methane. That seems to be in liquid form on the moon Titan.
Also temperatures are higher inside the gas giants than they are on the surface. Pressure also increases inside these planets. So we believe the liquid hydrogen inside Jupiter is in fact at a high temperature and pressure. The overall result is that it is a liquid.
Remember that temperatures and pressures inside planets (and moons to some extent) can be much higher than on the surface.
For example, scientists think there may be an "ocean " of liquid water under the thick ice that covers Jupiter's moon Europa.
Well, in my solar system liquid isn't really that rare. The second planet in my solar system has an almost entirely liquid crust, and a liquid mantle. The third planet orbiting the star in my solar system has a surface over 75% covered in liquid, and has a liquid mantle. The sixth and seventh planets in my solar system both have large hydrogen oceans. Several of the moons orbiting the sixth and seventh planets in my solar system also have liquids. I don't see why liquid could be called rare in my solar system. What about yours?
Once you get out to the orbit of Jupiter, and anything farther from the sun than Jupiter, the temperatures are low enough to liquefy methane.
Oxygen for some types of life. Liquid water for all life as we know it. Temperatures that are not too extreme.
A star found in our solar system is the Sun. The Sun is a star.
About 0.13% of all mass in the Solar System
It depends on which solar system.
Well, in my solar system liquid isn't really that rare. The second planet in my solar system has an almost entirely liquid crust, and a liquid mantle. The third planet orbiting the star in my solar system has a surface over 75% covered in liquid, and has a liquid mantle. The sixth and seventh planets in my solar system both have large hydrogen oceans. Several of the moons orbiting the sixth and seventh planets in my solar system also have liquids. I don't see why liquid could be called rare in my solar system. What about yours?
Once you get out to the orbit of Jupiter, and anything farther from the sun than Jupiter, the temperatures are low enough to liquefy methane.
Oxygen for some types of life. Liquid water for all life as we know it. Temperatures that are not too extreme.
well,yea stars are found in the solar system
all around the solar system
Our solar system is the planets
A star found in our solar system is the Sun. The Sun is a star.
Assuming the Oceans are of liquid water, the only provable place where they are found is Earth.
earth
answer
Venus is the hottest planet, with temperatures of 600oC.