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
Heat Capacity Volume Dependence:(dCv/dV)T	36.0	5	06.2 Derivative Relations
Energy balance to state functions	36.0	10	06.1 The Fundamental Property Relation
Phase Equilibrium Criterion - G(11min)	35.6	9	09.01 - Criteria for Phase Equilibrium
Raoult's Law (5:39) (msu.edu)	35.6	9	10.03 - Binary VLE using Raoult's Law
Mother of all Departure Functions (15min)	35.0	12	08.07 - Implementation of Departure Functions
The Entropy Departure Function	34.5	11	08.03 - The Entropy Departure Function
Intro to the vdW EOS (5min).	34.3	7	07.05 Cubic Equations of State
NRTL concepts (2:30)	34.3	7	13.03 - NTRL
Helmholtz Departure Live!	33.3	6	08.07 - Implementation of Departure Functions
Shortcut Estimation of Antoine Coefficients	33.3	15	10.02 - Vapor-Liquid Equilibrium (VLE) Calculations