Volumes of Gases

Now that we have some idea of how entropy is calculated, we move onto another important topic.

Imagine you have a mole of gas. This is 6.02 * 1023 units. The units can be apples or oranges, or atoms of ionized hydrogen, or they could be molecules of some exotic new petroleum compound. They could even be actual moles, but it’s unlikely that many could exist due to Darwin’s theories. Now we have a ratio unit called a mole. A mole of any gas occupies the same volume under the same temperature and pressure as any other gas. So you have two gases: Helium and Oxygen. Oxygen has atomic number 8, meaning it has eight protons. Helium has atomic number 2, meaning it has two protons. You would think that helium would be able to fit more of its atoms in a given volume than oxygen could fit molecules. However, you have the exact same molar ratio of the gases for any given volume. They could be gases being compared of any number of protons. Sounds crazy, but it is a fact on which life is based. Therefore, I need repeat, all gases have the same molar ratio per given volume.