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
Molecular Nature of S: Thermal Entropy (of the Einstein Solid)	50.0	2	04.02 The Microscopic View of Entropy
Principles of Corresponding States(10min)	50.0	8	07.02 Corresponding States
Wilson's model concepts (2:44)	49.2	13	13.02 - Wilson's Equation
Departure Function Overview (	49.2	13	08.01 - The Departure Function Pathway
Derivative Toolbox	49.1	11	06.2 Derivative Relations
The Flory and Flory-Huggins Models (7:05)	49.1	11	12.04 - The Flory-Huggins Model
Molecular Interactions:Macro To Nano (8min)	48.9	9	07.09 -The Molecular Basis of Equations of State: Concepts and Notation
LLE Calculations: UNIFAC	48.0	10	14.09 - Numerical procedures for binary, ternary LLE
Hints for Generating LLE Envelopes	48.0	5	14.07 Plotting Ternary LLE Data
Rankine vs. Carnot: LearnChemE	47.5	8	05.2 - The Rankine cycle