08:36

Electrostatics and the Debye–Hückel Limiting Law

10:32

Gibbs Reaction Energy

04:44

Stoichiometry Heat

11:17

Heat of Reaction and Bond Energies

11:57

Combustion Analysis

10:52

Solid-Liquid Phase Diagrams

11:51

Liquid-Liquid Phase Diagrams

13:25

Raoultian Standard State

04:21

Henrian Standard State

19:19

Freezing Point Depression

11:20

Osmosis

11:37

Raoult's Law

03:30

Using Gibbs' Phase Rule

16:44

Liquid-Vapor Phase Diagrams 1

11:10

Isothermal Mixing of Gases

07:39

The Clausius-Clapeyron Equation

04:12

Chemical Potential

11:44

Chemical Potential, Pressure and Temperature

07:15

The Clapeyron Equation Derivation

09:08

A Power Plant: Efficiency Calculation

11:35

Carnot Cycle Derivation

05:24

Reaction Entropy Temperature Dependence

10:42

One Component Phase Diagrams

06:43

Third Law

02:59

The Second Law

08:33

Entropy Calculations

05:06

Absolute Entropies

03:20

Entropy: the arrow of time

02:33

The isothermal Joule-Thompson coefficient, μT

12:51

Manipulating Partial Derivatives

07:11

Using the Graphed van't Hoff Equation

09:40

Numerical Analysis of a Sequential Mechanism

09:26

Numerical Solutions of chemical rate equations in MATLAB: a first example

10:31

Transition State Theory Entropy

13:13

Transition State Theory Introduction

11:22

Michaelis-Menten Kinetics

07:43

Transition State Theory Enthalpy

12:23

First Order Reactions at Equilibrium

12:47

Determining Rate Equations

13:18

Integrated Rate Equations

11:10

Introduction to Kinetics

04:18

Half-Life

08:24

The Arrhenius Equation

06:33

Reaction Coordinate Diagrams

04:51

The Pre-equilibrium Mechanism

08:11

Simple Collision Theory

06:57

Total Collision Rate

16:07

Collisions

03:55

The Maxwell Distribution

05:01

Probability Distributions and Averages

05:01

Probability Distributions and Averages

13:07

Normalizing Probability Distributions

02:48

Probability Distributions and Relative Probability

03:39

Probability Distributions

09:12

Reversibility

02:51

Reversible Adiabats in Ideal Gases: Pressure and Volume

08:50

Reversible Ideal Gas Adiabats

04:32

Adiabatic Compression and the Diesel Engine

04:12

Symbolic Math in MATLAB: substituting into multi-variable functions and decimal approximations

18:12

Net Ionic Equation Example