Screencast Summary

This page summarizes screencasts in a concise table. The default is to show the top-rated screencasts, but the dropdown filters are provided to permit sorting by textbook section, rating, or number of votes cast.

Screencast Title	Avg	No. votes	Section
General Procedure of Solving for Turbine Efficiency	47.3	11	04.09 Turbine calculations
Chapter 1 Objectives in Review	46.7	9	01.6 Summary
Example 10.1++ Adiabatic Flash Calculation	46.7	3	10.04 - Multicomponent VLE & Raoult's Law Calculations
MAB Model Predictions of the Pxy Phase Diagram	46.7	3	11.02 - Calculations with Activity Coefficients
Using a Macro to Create an Isotherm (Excel)	46.7	3	07.06 Solving The Cubic EOS for Z
The van Laar Equation (5:54)	45.7	14	12.02 - The van Laar Model
Nature of Molecular Parking L	45.0	8	07.11 - The molecular basis of equations of state: analytical theories
Derivative Toolbox	45.0	4	06.2 Derivative Relations
How Distillation Works	44.4	9	10.06 - Relating VLE to Distillation
Enthalpy Departure for vdW EOS	44.0	5	08.05 - Summary of Density Dependent Formulas