Thermodynamics I

Thermodynamics: Concepts, Terminology, and Definitions (1 of 25).
Thermodynamics: Energy, Heat, and Work (2 of 25).
Thermodynamics: Conservation of Energy; Properties of Pure Substances (3 of 25).
Thermodynamics: Properties of Pure Substances (4 of 25).
Thermodynamics: Property Tables; Ideal Gases (5 of 25).
Thermodynamics: Ideal Gases; Compressibility Chart; Boundary Work (6 of 25).
Thermodynamics: Boundary Work; Polytropic Processes; 1st Law for Closed Systems (7 of 25).
Thermodynamics: 1st Law for Closed Systems (8 of 25).
Thermodynamics: 1st Law for Closed Systems, Specific Heats (9 of 25).
Thermodynamics: 1st Law for Closed Systems, Ideal Gases (10 of 25).
Thermodynamics: 1st Law for Closed Systems, Solids & Liquids; Conservation of Mass (11 of 25).
Thermodynamics: Conservation of Mass and 1st Law for Open Systems (12 of 25).
Thermodynamics: 1st Law for Open Systems, Steady Flow (13 of 25).
Thermodynamics: 1st Law for Open Systems, Steady Flow Continued (14 of 25).
Thermodynamics: 1st Law for Open Systems, Uniform Flow; 2nd Law, Heat Engine & Refrig (15 of 25).
Thermodynamics: 2nd Law, Heat Engine & Refrigeration Cycles (16 of 25).
Thermodynamics: 2nd Law, Heat Engine & Refrig; Clausius Inequality; Entropy (17 of 25).
Thermodynamics: Entropy; Increase in Entropy Principle (18 of 25).
Thermodynamics: Entropy; Isentropic Processes; TdS Relationships (19 of 25).
Thermodynamics: Entropy; Increase in Entropy Principle, Solids, Liquids, & Ideal Gases (20 of 25).
Thermodynamics: Isentropic Process, Ideal Gases; Reversible Work; Isentropic Eff. (21 of 25).
Thermodynamics: Isentropic Efficiency of Steady Flow Devices (22 of 25).
Thermodynamics: Gas Power Cycles; Simple Ideal Brayton Cycle (23 of 25).
Thermodynamics: Simple Ideal & Non-Ideal Brayton Cycles (24 of 25).
Thermodynamics: Simple Non-Ideal Brayton Cycle; Review of Lectures 1-25 (25 of 25).