Ideal Gas Law
Ideal Gas Law Ideal gas law: pV=mRT Where p = pressure V = volume m = mass R = gas constant and T = temperature When we allow an ideal gas in a container to expand into a larger volume, we get the following relationship: Where subscripts 1 denote the initial state and subscripts 2 denote the final state after the expansion. The Graph of Mass After Mixing, m2 Against Mass Before Mixing, m1 First and foremost, the ideal gas is a type of hypothetical gas which all collisions between atoms or molecules are perfectly elastic and in which there are no intermolecular attractive forces. One can think of it as a set of perfectly hard balls that collide but otherwise do not interact with each oth...