Course: Thermodynamics & Kinetics

Course: Thermodynamics & Kinetics


by: Keith Nelson , MIT subject: Chemistry


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Course description

This course deals primarily with equilibrium properties of macroscopic systems, basic thermodynamics, chemical equilibrium of reactions in gas and solution phase, and rates of chemical reactions.

Lectures

Lecture: State of a system, 0th Law, Equation of State

Lecture #1: State of a system, 0th Law, Equation of State...

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Lecture: Work, heat, first law

Lecture #2: Work, heat, first law...

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Lecture: Internal energy, expansion work

Lecture #3: Internal energy, expansion work...

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Lecture: Enthalpy

Lecture #4: Enthalpy...

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Lecture: Adiabatic Changes

Lecture #5: Adiabatic Changes...

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Lecture: Thermochemistry

Lecture #6: Thermochemistry...

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Lecture: Calorimetry

Lecture #7: Calorimetry...

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Lecture: Second Law

Lecture #8: Second Law...

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Lecture: Entropy and the Clausius Inequality

Lecture #9: Entropy and the Clausius Inequality...

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Lecture: Entropy and Irreversibility

Lecture #10: Entropy and Irreversibility...

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Lecture: Fundamental equation, Absolute S, Third Law

Lecture #11: Fundamental equation, Absolute S, Third Law...

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Lecture: Criteria for Spontaneous Change

Lecture #12: Criteria for Spontaneous Change...

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Lecture: Gibbs Free Energy

Lecture #13: Gibbs Free Energy...

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Lecture: Multicomponent Systems, Chemical Potential

Lecture #14: Multicomponent Systems, Chemical Potential...

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Lecture: Chemical Equilibrium

Lecture #15: Chemical Equilibrium...

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Lecture: Temperature, Pressure, and Kp

Lecture #16: Temperature, Pressure, and Kp...

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Lecture: Equilibrium: Application to Drug Design

Lecture #17: Equilibrium: Application to Drug Design...

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Lecture: Phase Equilibria - One Component

Lecture #18: Phase Equilibria - One Component...

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Lecture: Clausius - Clapeyron Equation

Lecture #19: Clausius - Clapeyron Equation...

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Lecture: Phase Equilibria - Two Components

Lecture #20: Phase Equilibria - Two Components...

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Lecture: Ideal Solutions

Lecture #21: Ideal Solutions...

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Lecture: Non-ideal Solutions

Lecture #22: Non-ideal Solutions...

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Lecture: Colligative Properties

Lecture #23: Colligative Properties...

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Lecture: Introduction to Statistical Mechanics

Lecture #24: Introduction to Statistical Mechanics...

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Lecture: Partition Function (q) - Large N limit

Lecture #25: Partition Function (q) - Large N limit...

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Lecture: Partition Function (Q) - many particles

Lecture #26: Partition Function (Q) - many particles...

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Lecture: Statistical Mechanics and discrete energy levels

Lecture #27: Statistical Mechanics and discrete energy levels...

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Lecture: Model Systems

Lecture #28: Model Systems...

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Lecture: Applications: Chemical and Phase Equilibria

Lecture #29: Applications: Chemical and Phase Equilibria...

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Lecture: Introduction to Reaction Kinetics

Lecture #30: Introduction to Reaction Kinetics...

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Lecture: Complex Reactions and Mechanisms

Lecture #31: Complex Reactions and Mechanisms...

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Lecture: Steady-state Equilibrium Approximations

Lecture #32: Steady-state Equilibrium Approximations...

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Lecture: Chain Reactions

Lecture #33: Chain Reactions...

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Lecture: Temperature Dependence, Ea, Catalysis

Lecture #34: Temperature Dependence, Ea, Catalysis...

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Lecture: Enzyme Catalysis

Lecture #35: Enzyme Catalysis...

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Lecture: Autocatalysis and Oscillators

Lecture #36: Autocatalysis and Oscillators...

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Editors Pick

Active Learning

The best answer to the question, "What is the most effective method of teaching?" is that it depends on the goal, the student, the content, and the teacher. But the next best answer is, "students teaching other students."

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