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1
) Course Introduction
2
) Concentrations
3
) Properties of gases introduction
4
) The ideal gas law
5
) Ideal gas (continue)
6
) Dalton's Law
7
) Real gases
8
) Gas law examples
9
) Internal energy
10
) Expansion work
11
) Heat
12
) First law of thermodynamics
13
) Enthalpy introduction
14
) Difference between H and U
15
) Heat capacity at constant pressure
16
) Hess' law
17
) Hess' law application
18
) Kirchhoff's law
19
) Adiabatic behaviour
20
) Adiabatic expansion work
21
) Heat engines
22
) Total carnot work
23
) Heat engine efficiency
24
) Microstates and macrostates
25
) Partition function
26
) Partition function examples
27
) Calculating U from partition
28
) Entropy
29
) Change in entropy example
30
) Residual entropies and the third law
31
) Absolute entropy and Spontaneity
32
) Free energies
33
) The gibbs free energy
34
) Phase Diagrams
35
) Building phase diagrams
36
) The clapeyron equation
37
) The clapeyron equation examples
38
) The clausius Clapeyron equation
39
) Chemical potential
40
) The mixing of gases
41
) Raoult's law
42
) Real solution
43
) Dilute solution
44
) Colligative properties
45
) Fractional distillation
46
) Freezing point depression
47
) Osmosis
48
) Chemical potential and equilibrium
49
) The equilibrium constant
50
) Equilibrium concentrations
51
) Le chatelier and temperature
52
) Le chatelier and pressure
53
) Ions in solution
54
) Debye-Huckel law
55
) Salting in and salting out
56
) Salting in example
57
) Salting out example
58
) Acid equilibrium review
59
) Real acid equilibrium
60
) The pH of real acid solutions
61
) Buffers
62
) Rate law expressions
63
) 2nd order type 2 integrated rate
64
) 2nd order type 2 (continue)
65
) Strategies to determine order
66
) Half life
67
) The arrhenius Equation
68
) The Arrhenius equation example
69
) The approach to equilibrium
70
) The approach to equilibrium (continue..)
71
) Link between K and rate constants
72
) Equilibrium shift setup
73
) Time constant, tau
74
) Quantifying tau and concentrations
75
) Consecutive chemical reaction
76
) Multi step integrated Rate laws
77
) Multi-step integrated rate laws (continue..)
78
) Intermediate max and rate det step
Description:
Dive into a comprehensive 12-hour course on physical chemistry, exploring the intersection of physics and chemistry principles. Learn about macroscopic and particulate phenomena in chemical systems, covering topics such as thermodynamics, quantum chemistry, statistical mechanics, and chemical equilibrium. Explore gas laws, internal energy, enthalpy, heat engines, entropy, free energies, phase diagrams, chemical potential, solution properties, equilibrium constants, reaction kinetics, and more. Benefit from in-depth explanations, examples, and applications presented by Dr. Michael Groves from California State University's Department of Chemistry and Biochemistry. Gain a solid foundation in physical chemistry concepts and their practical applications through this extensive and well-structured course.

Physical Chemistry

Academic Lesson
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) Course Introduction