Lecture 44- Review of surface tension and hydrophobicity
43:30
Lecture 44- Review of surface tension and hydrophobicity
Lecture 43- Inorganic Surfaces and Surfactants
38:35
Lecture 43- Inorganic Surfaces and Surfactants
Lecture 42- Water Droplet Phase Diagram
41:11
Lecture 42- Water Droplet Phase Diagram
Lecture 41- Introduction to Surface Tension
42:07
Lecture 41- Introduction to Surface Tension
Test3 Review
47:26
Test3 Review
Lecture 39- The Clausius-Claperyon Equation
39:30
Lecture 39- The Clausius-Claperyon Equation
Lecture 38- Gibbs Phase Rule
45:46
Lecture 38- Gibbs Phase Rule
Lecture 37- Introduction to Phase Diagrams
46:02
Lecture 37- Introduction to Phase Diagrams
Lecture 36- Colligative Properties
38:57
Lecture 36- Colligative Properties
Lecture 35- Excess Enthalpy and Activity
39:37
Lecture 35- Excess Enthalpy and Activity
Lecture 34 pt. 2- Example problems- Partial Volumes and Henry's Law
33:42
Lecture 34 pt. 2- Example problems- Partial Volumes and Henry's Law
Lecture 34- Ideal and Ideal-Dilute Solutions.
48:10
Lecture 34- Ideal and Ideal-Dilute Solutions.
Lecture 33- Mixing Thermodynamics.
50:14
Lecture 33- Mixing Thermodynamics.
Lecture 32- Introduction to Liquid Mixtures
45:21
Lecture 32- Introduction to Liquid Mixtures
Lecture 31 Supplement- Example calculations on reaction quotient, and electrochemical cell voltage
31:13
Lecture 31 Supplement- Example calculations on reaction quotient, and electrochemical cell voltage
Lecture 31- Reduction Potentials and Voltages
43:44
Lecture 31- Reduction Potentials and Voltages
Lecture 30- Battery Design and the Electromotive Force
33:13
Lecture 30- Battery Design and the Electromotive Force
Lecture 29- Temperature dependence on the equilibrium constant and intro to electochemistry
43:30
Lecture 29- Temperature dependence on the equilibrium constant and intro to electochemistry
Test2 Review
40:05
Test2 Review
Lecture 28- Equilibrium Constants
49:27
Lecture 28- Equilibrium Constants
Lecture 27- The Thermodynamics of Reacting
42:00
Lecture 27- The Thermodynamics of Reacting
Lecture 26- The Thermodynamics of Mixing
54:04
Lecture 26- The Thermodynamics of Mixing
Lecture 25- More on Gibbs-Helmholtz, Calorimeters, and Open Systems
46:13
Lecture 25- More on Gibbs-Helmholtz, Calorimeters, and Open Systems
Lecture 24- Hess's Law and Examples
46:17
Lecture 24- Hess's Law and Examples
Lecture 23- More examples of Adiabatic, Reversible derivations
40:53
Lecture 23- More examples of Adiabatic, Reversible derivations
Lecture 22- Introduction to Hess's Law
48:09
Lecture 22- Introduction to Hess's Law
Lecture 21- The 3rd Law of Thermodynamics
45:42
Lecture 21- The 3rd Law of Thermodynamics
Lecture 20- Maxwell Relations and the Gibbs-Helmholtz Equation
49:27
Lecture 20- Maxwell Relations and the Gibbs-Helmholtz Equation
Lecture 19- Reversible and Adiabatic Equations of State
45:28
Lecture 19- Reversible and Adiabatic Equations of State
Lecture 18- Helmholtz and Gibbs Energy
41:40
Lecture 18- Helmholtz and Gibbs Energy