

University of Minnesota, Twin Cities - Statistical Molecular Thermodynamics
- Offered byCoursera
- Public/Government Institute
Statistical Molecular Thermodynamics at Coursera Overview
Duration | 21 hours |
Total fee | Free |
Mode of learning | Online |
Difficulty level | Beginner |
Official Website | Explore Free Course |
Credential | Certificate |
Statistical Molecular Thermodynamics at Coursera Highlights
- Shareable Certificate Earn a Certificate upon completion
- 100% online Start instantly and learn at your own schedule.
- Flexible deadlines Reset deadlines in accordance to your schedule.
- Beginner Level
- Approx. 21 hours to complete
- English Subtitles: Arabic, French, Portuguese (European), Italian, Vietnamese, German, Russian, English, Spanish
Statistical Molecular Thermodynamics at Coursera Course details
- This introductory physical chemistry course examines the connections between molecular properties and the behavior of macroscopic chemical systems.
Statistical Molecular Thermodynamics at Coursera Curriculum
Module 1
Video 1.0 - The Thermite Reaction
Video 1.1 - That Thermite Reaction
Video 1.2 - Benchmarking Thermoliteracy
Video 1.3 - Quantization of Energy
Video 1.4 - The Hydrogen Chloride Cannon
Video 1.5 - Atomic Energy Levels
Video 1.6 - Diatomic Molecular Energy Levels
Video 1.7 - Polyatomic Molecular Energy Levels
Video 1.8 - Review of Module 1
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Syllabus
Resources
Module One
Module 1 Homework
Module 2
Video 2.1 - Ideal Gas Equation of State
Video 2.2 - Non-ideal Gas Equations of State
Video 2.3 - Gas-Liquid PV Diagrams
Video 2.4 - Law of Corresponding States
Video 2.5 - Virial Equation of State
Video 2.6 - Molecular Interactions
Video 2.7 - Other Intermolecular Potentials
Video 2.8 - Review of Module 2
Module 2
Module 2 homework
Module 3
Video 3.1 - Boltzmann Probability
Video 3.2 - Boltzmann Population
Video 3.3 - Ideal Gas Internal Energy
Video 3.4 - Ideal Gas Equation of State Redux
Video 3.5 - van der Waals Equation of State Redux
Video 3.6 - The Ensemble Partition Function
Video 3.7 - The Molecular Partition Function
Video 3.8 - Review of Module 3
Module 3
Module 3 homework
Module 4
Video 4.1 - Ideal Monatomic Gas: qtrans
Video 4.2 - Ideal Monatomic Gas: Q
Video 4.3 - Ideal Monatomic Gas: Properties
Video 4.4 - Ideal Diatomic Gas: Part 1
Video 4.5 - Ideal Diatomic Gas: Part 2
Video 4.6 - Ideal Diatomic Gas: Q
Video 4.7 - Ideal Polyatomic Gases: Part 1
Video 4.8 - Ideal Polyatomic Gases: Part 2
Video 4.9 - Review of Module 4
Module 4
Module 4 homework
Module 5
Video 5.1 - First Law of Thermodynamics
Video 5.2 - Paths of PV Work
Video 5.3 - Differentials and State Functions
Video 5.4 - Characteristic Ideal Gas Expansion Paths
Video 5.5 - Adiabatic Processes
Video 5.6 - Microscopic Origin of Pressure
Video 5.7 - Enthalpy
Video 5.8 - Heat Capacities
Video 5.9 - Thermochemistry
Video 5.10 - Standard Enthalpy
Video 5.11 - Review of Module 5
Module 5
Module 5 Homework
Module 6
Video 6.1 - Entropy
Video 6.2 - Entropy as a State Function
Video 6.3 - Spontaneity and the Second Law
Video 6.4 - Statistical Entropy
Video 6.5 - Computing Entropy
Video 6.6 - Entropy and the Partition Function
Video 6.7 - Beta and Boltzmann?s Constant
Video 6.8 - The Carnot Cycle
Video 6.9 - Review of Module 6
Module 6
Module 6 Homework
Module 7
Video 7.1 - Entropy and Other Thermodynamic Functions
Video 7.2 - Third Law of Thermodynamics
Video 7.3 - Standard Entropy
Video 7.4 - Entropy from the Partition Function
Video 7.5 - Third Law Entropies
Video 7.6 - Additivity of Entropies
Video 7.7 - Review of Module 7
Module 7
Module 7 Homework
Module 8
Video 8.1 - Helmholtz Free Energy
Video 8.2 - Gibbs Free Energy
Video 8.3 - Maxwell Relations from A
Video 8.4 - Maxwell Relations from G
Video 8.5 - Rubber Band Thermodynamics
Video 8.6 - Natural Independent Variables
Video 8.7 - P and T Dependence of G
Video 8.8 - Review of Module 8
Video 8.9 - Credits
Module 8
Module 8 Homework
Final Exam
Final Exam
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