![Real Gas Behavior | Principle of Corresponding States [Example #2] Instructional Video](https://d15y2dacu3jp90.cloudfront.net/images/attachment_defaults/resource/large/missing.png "Real Gas Behavior | Principle of Corresponding States [Example #2] Instructional Video")
Catalyst University
Real Gas Behavior | Principle of Corresponding States [Example #2]
In this video, I work a second example problem using the principle of corresponding states. -Find the temperature and pressure at which a gas behaves as another gas.
Catalyst University
Real Gas Behavior | Determine the Boyle Temperature [Example #1]
In this video, we calculate the Boyle Temperature of a real gas using the compression factor formula.
Catalyst University
Virial Equation of State & The Boyle Temperature
Virial Equation of State & The Boyle Temperature
Professor Dave Explains
Non-Ideal Gases and the Van der Waals Equation
We learned about ideal gases, as well as kinetic molecular theory, which explains the laws that govern ideal gases. But some of the postulates of this theory won't always hold true. When a gas is highly pressurized and/or very cold, it...
Catalyst University
Real Gas Behavior | Fugacity & Equilibrium
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.
Catalyst University
Real Gas Behavior | The Compression Factor (Z) [Example #2]
Here, I work a second example in which we calculate a real gas's compression factor.
Khan Academy
Khan Academy: Chemistry: Van Der Waals Forces
A video lecture discussing the Van Der Waals Forces: London Dispersion Forces, Dipole Attractions, and Hydrogen Bonds. [11:39]