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Internal Energy of an Ideal Gas - Thermal Physics (Lesson 6)
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Lesson 6
In this video, we use the kinetic energy equation and an assumption of the ideal gas to arrive at the internal energy equation:
Internal energy = 3/2 nRT
Lesson 5
Derivation of the two versions of the mean kinetic energy equation of gas molecules:
KE=3/2NkT
KE=3/2nRT
Lesson 4
Using kinetic theory of gas to derive the equation of gas pressure:
pV=1/3 Nmu^2
Lesson 3
Two versions of the empirical ideal gas equation:
pV = nRT
pV = NkT
Lesson 2
Boyle's law, Charles' law, and Gay-Lussac's law, and the combined gas law
Lesson 1
Describing an Ideal Gas - Moles, Molar Mass, Relative Molar Mass, Avogadro Constant
#physics #kinetictheory #alevelphysics #neetphysics #class11
In this video, we use the kinetic energy equation and an assumption of the ideal gas to arrive at the internal energy equation:
Internal energy = 3/2 nRT
Lesson 5
Derivation of the two versions of the mean kinetic energy equation of gas molecules:
KE=3/2NkT
KE=3/2nRT
Lesson 4
Using kinetic theory of gas to derive the equation of gas pressure:
pV=1/3 Nmu^2
Lesson 3
Two versions of the empirical ideal gas equation:
pV = nRT
pV = NkT
Lesson 2
Boyle's law, Charles' law, and Gay-Lussac's law, and the combined gas law
Lesson 1
Describing an Ideal Gas - Moles, Molar Mass, Relative Molar Mass, Avogadro Constant
#physics #kinetictheory #alevelphysics #neetphysics #class11
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