Topic: Introduction to Real gases, Real gases, deviation from the ideal gas equation, Virial Coefficients, Boyle's Temperature, Critical constants, liquefication of real gas, Difference between ideal gas and real gas
This video provides an Introduction to Real gases and established the starting point of this topic. The deviation of real gas from the ideal one is discussed. Concepts of Virial coefficients, Boyle's Temperature are introduced. A physical explanation for the existence of critical constants is provided. The physical explanation for the liquefication of a real gas is discussed. Major differences between the real and ideal gases are discussed. This video is part of the video lecture series on the Kinetic theory of gases. This is mostly important for B.Sc Physics.
You are learning ( In #Hindi ) with Dr. Pankaj Kumar Shaw on YouTube channel Gyanshree Physics Lecture #GyanshreePhysics
Part 1: Kinetic theory of Gases | Assumption | Derivation of perfect gas equation
• Kinetic theory of Gases | Assumption ...
Part 2: Maxwell's velocity distribution law | Distribution of velocity | Derivation
• Maxwell's velocity distribution law ...
Part 3: Most probable velocity | Mean Velocity | RMS Velocity | Derivation | Energy distribution
• Most probable velocity | Mean Velocit...
Part 4: Experimental verification of Maxwell's Velocity distribution Law | Stern's experiment
• Experimental verification of Maxwell'...
Part 5: Principle of Equipartition of energy | Degree of freedom | Specific heats
• Principle of Equipartition of energy ...
Part 6: Mean Free Path | Collison Probability | Derivation of the mean free path
• Mean Free Path | Collison Probability...
Part 7: Viscosity | Transport Phenomena | Coefficient of viscosity
• Viscosity | Transport Phenomena | Coe...
Part 8: Transport of energy | Transport Phenomena | Heat conduction | Thermal Conductivity
• Transport of energy | Transport Pheno...
Part 9: Diffusion | Transport Phenomena | Coefficient of Diffusion Derivation
• Diffusion | Transport Phenomena | Coe...