The Kinetic Model of Gases | Physical Chemistry I | 010
Physical chemistry lecture about the kinetic model of gases. Utilizing simple assumptions, this kinetic molecular theory establishes a simple microscopic model that explains bulk gas behavior. Here I show how this simple model leads to the familiar ideal gas equation.
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Isothermal Compressibility and Thermal Expansion | Physical Chemistry I | 011
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The van der Waals Equation | Physical Chemistry I | 014
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7. Kinetic Theory of Gases Part 1
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Kinetic molecular theory of gases | Physical Processes | MCAT | Khan Academy
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The Maxwell–Boltzmann distribution | AP Chemistry | Khan Academy
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Kinetic Molecular Theory of Gases - Practice Problems
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Kinetic Molecular Theory, Part 1
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Real Gases & The Van der Waals Equation Explained | a and b constants explained | Practice Problems
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Review of Ideal Gas Law | Physical Chemistry I | 009
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Kinetic Theory of Gases - A-level Physics
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Physical Chemistry - properties of gases (part 1)
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The kinetic molecular theory of gases | AP Chemistry | Khan Academy
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The Compression Factor, Z, and Real Gases - What you NEED to Know!
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Kinetic Theory
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Real Gases: Crash Course Chemistry #14
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The Kinetic Molecular Theory of Gas (part 1)
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Virial Equation | Physical Chemistry I | 016
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Principle of Equipartition of Energy
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