11:04

StatMolThermo 02.04 Law of Corresponding States

14:03

StatMolThermo 08.03 Maxwell Relations from A

10:59

StatMolThermo 08.01 Helmholtz Free Energy

02:17

StatMolThermo 08.09 Roll Credits!

05:56

StatMolThermo 08.08 Review of Module 8

11:57

StatMolThermo 08.05 Rubber Band Thermodynamics

11:25

StatMolThermo 08.07 P and T Dependence of G

19:07

StatMolThermo 08.02 Gibbs Free Energy

09:40

StatMolThermo 08.06 Natural Independent Variables

13:18

StatMolThermo 08.04 Maxwell Relations from G

19:46

StatMolThermo 07.05 Third Law Entropies

07:17

StatMolThermo 07.07 Review of Module 7

12:04

StatMolThermo 07.03 Standard Entropy

12:14

StatMolThermo 07.01 Entropy and Other Thermodynamic Functions

12:47

StatMolThermo 07.04 Entropy From the Partition Function

05:59

StatMolThermo 07.06 Additivity of Entropies

13:14

StatMolThermo 07.02 Third Law of Thermodynamics

15:09

StatMolThermo 06.04 Statistical Entropy

15:36

StatMolThermo 06.03 Spontaneity and the Second Law

15:02

StatMolThermo 06.08 The Carnot Cycle

10:27

StatMolThermo 06.01 Entropy

13:31

StatMolThermo 06.06 Entropy and the Partition Function

07:35

StatMolThermo 06.02 Entropy As a State Function

18:26

StatMolThermo 06.05 Computing Entropy

05:09

StatMolThermo 06.07 ß and Boltzmann's Constant

06:27

StatMolThermo 06.09 Review of Module 6

15:44

StatMolThermo 05.02 Paths for PV Work

07:11

SatMolThermo 05.11 Review of Module 5

11:09

StatMolThermo 05.08 Heat Capacities

09:50

StatMolThermo 05.07 Enthalpy

12:24

StatMolThermo 05.01 First Law of Thermodynamics

06:09

StatMolThermo 05.06 Microscopic Origin of Pressure

14:21

StatMolThermo 05.04 Characteristic Ideal Gas Expansion Paths

12:18

StatMolThermo 05.10 Standard Enthalpy

07:31

StatMolThermo 05.03 Differentials and State Functions

12:03

StatMolThermo 05.09 Thermochemistry

12:06

StatMolThermo 05.05 Adiabatic Processes

15:23

StatMolThermo 04.01 Ideal Monatomic Gas: q_trans

12:58

StatMolThermo 04.05 Ideal Diatomic Gas: Part 2

07:54

StatMolThermo 04.07 Ideal Polyatomic Gases: Part 1

07:02

StatMolThermo 04.09 Review of Module 4

08:57

StatMolThermo 04.02 Ideal Monatomic Gas: Q

12:23

StatMolThermo 04.08 Ideal Polyatomic Gases: Part 2

13:10

StatMolThermo 04.06 Ideal Diatomic Gas: Examples

15:23

StatMolThermo 04.03 Ideal Monatomic Gas: Properties

21:02

StatMolThermo 04.04 Ideal Diatomic Gas: Part 1

10:55

StatMolThermo 03.03 Ideal Gas Equation of State–Internal Energy

15:50

StatMolThermo 03.02 Boltzmann Population

10:32

StatMolThermo 03.04 Ideal Gas Equation of State Redux

05:14

StatMolThermo 03.08 Review of Module 3

06:00

StatMolThermo 03.05 van der Waals Equation of State Redux

07:28

StatMolThermo 03.07 The Molecular Partition Function

15:28

StatMolThermo 03.06 The Ensemble Partition Function

12:31

StatMolThermo 03.01 Boltzmann Probability

23:51

StatMolThermo 02.06 Molecular Interactions

11:59

StatMolThermo 02.05 Virial Equation of State

15:44

StatMolThermo 02.02 Non-ideal Gas Equations of State

15:04

StatMolThermo 02.07 Other Intermolecular Potentials

06:40

StatMolThermo 02.08 Review of Module 2

18:02

StatMolThermo 02.01 Ideal Gas Equation of State