1.2 - International System of Unit

1.3 : 16 - Measures of Amount or Size, Temperature, Pressure, Work

1.7 : 1.8 - Energy, Heat

Tut. on Ch.1 (Part 1)

Tut. on Ch.1 (Part 2)

Tut. on Ch.1 (Part 3)

Tut. on Ch.1 (Part 4)

Tut. on Ch.1 (Part 5)

Tut. on Ch.1 (Part 6)

2.1 : 2.4 - Joule's Experiment, Internal Energy, The First Law of Thermodynamics, Energy Balance for Closed Systems

2.5 - Equilibrium and the Thermodynamics State

2.6 - The Reversible Process

2.7 : 2.8 - Closed System Reversible Process, Heat Capacity

2.7 - Closed System Reversible Process (Part 2)

2.8 - Heat Capacity (Part 2)

2.9 - Mass and Energy Balances for Open Systems (Part 1)

2.9 - Mass and Energy Balances for Open Systems (Part 2)

Tut. on Ch.2 (Part 1)

Tut. on Ch.2 (Part 2)

Tut. on Ch.2 (Part 3)

Tut. on Ch.2 (Part 4)

Tut. on Ch.2 (Part 5)

Tut. on Ch.2 (Part 6)

3.1 : 3.2 - The Phase Rule, PVT Behavior of Pure Substances (Part 1)

3.1 : 3.2 - The Phase Rule, PVT Behavior of Pure Substances (Part 2)

3.1 : 3.2 - The Phase Rule, PVT Behavior of Pure Substances (Examples) (Part 2)

3.3 - Ideal Gas and Ideal Gas State (Part 1)

3.3 - Ideal Gas and Ideal Gas State (Part 2)

3.4 : 3.5 - Virial EOS, Application of the Virial Equations (Part 1)

3.6 - 3.7 - Cubic EOS, Generalized Correlations for Gases (Part 1)

3.6 - 3.7 - Cubic EOS, Generalized Correlations for Gases (Part 2)

3.6 - 3.7 - Cubic EOS, Generalized Correlations for Gases (Part 3)

3.6 - 3.7 - Cubic EOS, Generalized Correlations for Gases (Part 4)

3.8 - Generalized Correlations for Liquids

Tut. on Ch.3 (Part 1)

Tut. on Ch.3 (Part 2)

Tut. on Ch.3 (Part 3)

Tut. on Ch.3 (Part 4)

4.1 - Sensible Heat Effects (Part 1)

4.1 - Sensible Heat Effects (Part 2)

4.2 - Latent Heat of Reaction

4.3 : 4.5 - Standard Heat of Reaction, Standard Heat of Formation, Standard Heat of Combustion

4.6 - Temperature Departure of ∆H

4.7 - Heat Effects of Industrial Reactions (Part 1)

4.7 - Heat Effects of Industrial Reactions (Part 2)

Tut. on Ch.4 (Part 1)

Tut. on Ch.4 (Part 2)

Tut. on Ch.4 (Part 3)

Tut. on Ch.4 (Part 4)

Tut. on Ch.4 (Part 5)

5.1 : 5.2 - Axiomatic statements of the second law, Heat Engines and Heat Pumps

5.3 : 5.5 - carnot engine with ideal-gas-state working fluid, Entropy, entropy changes for the ideal gas state

5.6 - Entropy Changes for Open Systems

5.7 - Calculation of Ideal Work

5.8 - Lost work

5.10 - Entropy from the Microscopic Viewpoint (Part 1)

5.10 - Entropy from the Microscopic Viewpoint (Part 2)

Tut. on Ch.5 (Part 1)

Tut. on Ch.5 (Part 2)

Tut. on Ch.5 (Part 3)

Tut. on Ch.5 (Part 4)

Tut. on Ch.5 (Part 5)

6.1 - Fundamental Property Relations (Part 1)

6.1 - Fundamental Property Relations (Part 2)

6.1 - Fundamental Property Relations (Part 3)

6.2 - Residual Properties

6.3 - Residual Properties from the Virial Equation of State

6.4 - Generalized Property Correlations for Gases

6.5 - Two Phase Systems

Tut. on Ch.6 (Part 1)

Tut. on Ch.6 (Part 2)

Tut. on Ch.6 (Part 3)

Tut. on Ch.6 (Part 4)

Tut. on Ch.6 (Part 5)

7.1 - Duct Flow of Compressible Fluids

7.2 - Turbines (Expanders)

7.3 - Compression Processes (Part 1)

7.3 - Compression Processes (Part 2)

Examples on Chapter 7

Tut. on Ch.7 (Part 1)

Tut. on Ch.7 (Part 2)

8.1 - The Steam Power Plant

Tut. on Ch.8

9.1 : 9.2 - The Carnot Refrigerator, The Vapor Compression Cycle

Tut. on Ch.9

10.1 - Fundamental Property Relation

10.2 - The Chemical Potential and Equilibrium

10.3 - Partial Properties (Part 1)

10.3 - Partial Properties (Part 2)

10.4 - The Ideal Gas State Mixture Model

10.5 - Fugacity and Fugacity Coefficient: Pure Species

10.6 - Fugacity and Fugacity Coefficient: Species in Solutions

10.7 - Generalized Correlations for the Fugacity Coefficient

10.8 - The Ideal Solution Model

Tut. on Ch.10 (Part 1)

Tut. on Ch.10 (Part 2)

Tut. on Ch.10 (Part 3)

Tut. on Ch.11 (Part 1)

Tut. on Ch.12 (Part 1)

Tut. on Ch.12 (Part 2)

Tut. on Ch.12 (Part 3)

Tut. on Ch.12 (Part 4)

Tut. on Ch.13 (Part 1)

Tut. on Ch.13 (Part 2)

14-1 : 14.5 - The Reaction Coordinate, Application of Equilibrium Criteria to Chemical Reactions, The Standard Gibbs Energy Change and the Equilibrium Constant, Effect of Temperature on the Equilibrium Constant, Evaluation of Equilibrium Constants

14.6 - Relation of Equilibrium Constant to Composition

14.7 - Equilibrium Conversions for Single Reactions

Tut. on Ch.14 (Part 1)

Tut. on Ch.14 (Part 2)