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
Rankine Example Using Steam.xls	20.0	2	05.2 - The Rankine cycle
Entropy Changes for Ideal Gases	20.0	1	04.03 The Macroscopic View of Entropy
Configurational Energy:Molecular Basis of Quadratic Mixing Rules	20.0	1	12.01 - The van der Waals Perspective for Mixtures
Derivatives of the Helmholtz Departure Function	20.0	1	08.07 - Implementation of Departure Functions
Using XSteam Excel (4:46) (ms	20.0	1	05.2 - The Rankine cycle
Reversibility			02.04 Lost Work Versus Reversibility
Evaporative Cooling			02.16 Unsteady State Open Systems
Visualizing Txy Phase Diagrams in Excel			10.07 - Nonideal Systems
Colligative Properties			18.02 Colligative Properties
Using the NIST Webbook for Thermo Props			04.10 Pumps and Compressors