In this video, I work a second example problem using the principle of corresponding states.<b<br/>r/>

-Find the temperature and pressure at which a gas b<br/>ehaves as another gas.

In this video, we work with the Hard Shell gas mode to calculate the work done by an expanding gas. Uses integration calculus.

In this video, we calculate the Boyle Temperature of a real gas using the compression factor formula.<br/>

1) What is fugacity? (analogy to activity)<br/>
2) What is it <br/>useful for?
3) What can it tell us ab<br/>out real gas behavior?

Fugacity can be related to the equilibrium constant just like pressure. In this video, we derive an expression for the Kf (fugacity equilibrium constant) using Kp and the fugacity coefficients.

Here, I work a second example in which we calculate a real gas's compression factor.<br/>