All of them if it is cold enough.
Lower the temperature. Different parts will liquify and freeze at different temperatures.
That is impossible to answer. It depends on which gas you are talking about and its pressure. At standard atmospheric pressure, oxygen freezes at -218.8 degrees C. Of course, under most circumstances the gas will liquefy before it freezes.
I am assuming you are asking why would you freeze your coffee... You would freeze it to lock the flavor in and keep it from going "bad". As coffee ages it releases gases. These gasses are where the flavor is. The more you save (freezing) the better it tastes. This works to a certain point as it only slows the process and does not stop it. There is also discussion as to if the freezing process alters the taste of the coffee.
Inert gasses are also called noble gasses. These gasses are unlikely to participate in chemical reactions. Inert gasses are located in the 8th group of the periodic table.Inert gasses are also called noble gasses. These gasses are unlikely to participate in chemical reactions. Inert gasses are located in the 8th group of the periodic table.
Pluto is cold and dark, In Fact it is so cold that it could freeze some of the gasses that are on Earth. It gets 250 times the light that the moon gives when it is a full moon.
with no green house gasses in the atmosphere the Earth would lose essentially all of its heat it receives from the sun and it would freeze. With too much you get an Earth that is arid and the seas would evaporate and we become Venus, which is nearer to us than Mars and is suffocated in carbon dioxide, methan and sulfuric acid
Frozen. Pluto is too small to maintain a gaseous atmosphere, and orbits so far from the Sun that any gasses would freeze out as oxygen or hydrogen snow.
Nobody invented gasses. Gasses are one of the four naturally occurring states of matter: * Gasses * Liquids * Solids * Plasmas
gasses
how do gasses create pressure? What are the three characteristics of gasses according to the kinetic theory
gasses
Noble gasses are historically known as inert gasses - so true