00:01
In this video, we are going to define raltz law, which applies to ideal solutions.
00:07
So basically, it says that the pressure p of some component in solution is going to equal the mole fraction of that component times the total pressure of the solution.
00:21
So we could say we could use a subscript a to represent the component.
00:26
So this p sub a is the pressure of components.
00:32
A and then this i don't need to rewrite it.
00:39
This kai symbol, the greek x, is the mole fraction, which just means the moles of a over the total moles in the solution.
00:50
And then this is the, basically the total pressure.
00:59
So it basically holds that there's a direct relationship between the overall pressure of the solution and how much of each component you have, and that reflects the pressure that you have h component exerts...