3 Gas equation | Barometer | Degree of freedom | Law of equipartition | Internal energy of gases

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Gas equation | Barometer | Degree of freedom | Law of equipartition | Internal energy of gases
examples on gas equations, barometer, degree of freedom of monoatomic gases, degree of diatomic gases, degree of freedom of polyatomic gases, the internal energy of gases, postulates of an ideal gas, ideal gas equation, the energy of the gas, the pressure of the gas, the volume of gas, the temperature of the gas, number of moles of a gas, gas constant, unit of the gas constant, are explained by Amit bijarnia ABJ sir
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Topics covered in this lecture with timestamp :
00:00 Problem Solving: Several examples based on the ideal gas law PV=nRT are solved, demonstrating its application in various scenarios.
28:09 Barometer: Introduction to the barometer, a device used to measure atmospheric pressure, and its application in determining pressure differences.
40:54 Initially pressure is same of both the gases. Find the displacement of piston till it again achieve equilibrium.
50:05 Degrees of Freedom: Introduction to the concept of degrees of freedom in gases, focusing on monoatomic, diatomic, and polyatomic molecules.
51:54 Degree of Freedom for Monoatomic: Explanation of the degrees of freedom for monoatomic molecules.
57:35 Degree of Freedom for Diatomic: Explanation of the degrees of freedom for diatomic molecules.
01:03:30 Degree of Freedom for Polyatomic: Explanation of the degrees of freedom for polyatomic molecules, including linear and nonlinear polyatomic molecules.
01:07:45 Law of Equipartition: Introduction to the law of equipartition, which states how energy is distributed among different degrees of freedom in a molecule.
01:16:40 A container have 64gm of O2 gas at 27 °C. Find Internal Energy of gas.

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Kinetic Theory of Gases for JEE Mains and Advanced | Postulates of Ideal Gas | Ideal Gas Equation | Pressure in Gases | Energy of Gas Molecules | Kinetic Energy of Gases | Gas Equation | Barometer | Degrees of Freedom in Gases | Law of Equipartition | Internal Energy of Gases | Maxwell-Boltzmann Distribution Curve | Root Mean Square (RMS) Velocity | Most Probable Velocity | Kinetic Theory of Gases Concepts | Collision Frequency | Mean Free Path | Boyle's Law and Charles's Law in Gases | Maxwell's Law of Velocities.
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