Lesson 12 of 24 • 62 upvotes • 11:51mins

Derivations of average and rms speeds, calculation of number of degrees of freedom

24 lessons • 3h 56m

Course Overview

3:32mins

Introduction and Unit Conversions

10:10mins

Ideal Gas Equation and Boyle's Law

10:53mins

Charles Law,Gay Lussac and Avogadro's Law

12:58mins

Molar Volume, Dalton's Law of Partial Pressures

11:08mins

Numericals

11:00mins

Effusion and Diffusion

11:38mins

Kinetic Theory of Gases-Postulates

7:05mins

Pressure of a Gas (According to Kinetic Theory)

7:43mins

Different Types of Speeds and Average Kinetic Energy of Gas

11:56mins

Maxwell distribution of molecular speeds

10:48mins

Average and R.M.S. speeds,Degress of Freedom

11:51mins

Law of Equipartition of Energy

8:38mins

Molecular collisions and mean free path

10:46mins

Real gases-An introduction

8:27mins

Compressibility factor-Z

11:12mins

Van der walls Equation of state

8:02mins

Volume Correction-Van der walls Equation of State

9:47mins

Applicability of Van der wall equation

7:23mins

Virial Equation and calculation of Boyle Temperature

11:14mins

Liquefaction of gases

11:37mins

Relation between van der wall and critical constants

9:09mins

Solved problems - Previous years questions

9:34mins

Solved previous year questions-2

10:01mins

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