I won't let me edit my post so here's Henry's law:

The solubility of a gas in a liquid is directly proportional to the pressure of that gas above the surface of the solution.

Ok, well it looks as though gasses ARE soluble in liquids. Who would have thought? Oh yea, the entire CHEMISTRY community.

I've got more... to quote a chemistry site:

The heat absorbed or released when a gas dissolves in liquid has essentially two contributions:


1.Energy is absorbed to open a pocket in the solvent. Solvent molecules attract each other. Pulling them apart to make a cavity will require energy, and heat is absorbed in this step for most solvents. Water is a special case- it already contains open holes in its network of loose hydrogen bonds around room temperature. For water, very little heat is required to create pockets that can hold gas molecules.
2.Energy is released when a gas molecule is popped into the pocket. Intermolecular attractions between the gas molecule and the surrounding solvent molecules lower its energy, and heat is released. The stronger the attractions are, the more heat is released. Water is capable of forming hydrogen bonds with some gases, while organic solvents often can't. A larger amount of heat is released when a gas molecule is placed in the pocket in water than in organic solvents.
Hopefully that part in bold will give you an idea as to just how wrong your chemistry learnings have been. And considering I majored in Math but took all Chemistry courses I could with my electives... well, judging from the age of the dude in your avatar I'd say you aren't that far yet.

Please, don't masquerade your uneducated assumptions as facts!

Now I guess I'm dubbed as a jerk now even though I got called out by two members who had no clue what they were talking about.