Kinetic Theory Of Gases, And Properties Of Vapour

The experiments of James Joule during the 1840s proved beyond doubt that mechanical work and heat are equivalent. They also delivered the final blow to the caloric theory of heat.

The collapse of the caloric theory inspired three gentlemen – Rudolf Clausius, Clerk Maxwell and Ludwig Boltzmann – to develop the kinetic (or molecular) theory of gases. In the first decade of 20th century, investigation and explanation of Brownian motion of colloidal particles by Albert Einstein and Jean Perrin paved the way for the final acceptance of kinetic theory of heat. Although originally developed for gases, it can be extended to explain the thermal phenomena in solids and liquids as well.

This topic consists of video lectures on basic concepts of kinetic theory of heat, kinetic model of an ideal gas, pressure exerted by an ideal gas, root mean square speed (RMS speed), interpretation of temperature from kinetic theory, mean free path, Brownian motion, saturated and unsaturated vapours, properties of saturated vapour, phase diagrams, hygrometry etc.

    Basic Concepts Of Kinetic Theory Of Heat, And Kinetic Model Of An Ideal Gas 32:29 Basic
    200 3
    Add to Cart
    Add to Wishlist
    More Problems On Pressure And Translational Kinetic Energy Of A Gas 1:20:54 Basic
    300 4
    Add to Cart
    Add to Wishlist
    Pressure Exerted By An Ideal Gas 1:38:17 Basic
    400 5
    Add to Cart
    Add to Wishlist
    Translational Kinetic Energy Of A Gas 1:02:19 Basic
    400 4
    Add to Cart
    Add to Wishlist
    Brownian Motion, And Deviation From Ideal Gas Behaviour 1:13:07 Basic
    400 3
    Add to Cart
    Add to Wishlist
    Deduction Of Gas Laws From Kinetic Theory Of Gases 29:47 Basic
    300 3
    Add to Cart
    Add to Wishlist
    Distribution Of Molecular Speeds 1:01:33 Basic
    300 4
    Add to Cart
    Add to Wishlist
    Hygrometry 1:10:33 Basic
    300 3
    Add to Cart
    Add to Wishlist
    Mean Free Path 1:40:1 Basic
    300 3
    Add to Cart
    Add to Wishlist
    Phase Diagrams 44:25 Basic
    300 3
    Add to Cart
    Add to Wishlist
    Problems On Brownian Motion, And Deviation From Ideal Gas Behaviour 1:05:30 Basic
    400 5
    Add to Cart
    Add to Wishlist
    Problems On Hygrometry 57:18 Basic
    300 3
    Add to Cart
    Add to Wishlist
    Saturated Vapour And Its Properties 1:06:33 Basic
    300 3
    Add to Cart
    Add to Wishlist

Note: (CE) Stands for Problems from Competitive Examination Papers

    Advanced-level Problems On Kinetic Theory Of Gases And Properties Of Vapour I 1:11:47
    400
    5
    Advance
    Add to Cart
    Add to Wishlist
    Advanced-level Problems On Kinetic Theory Of Gases And Properties Of Vapour II 1:11:47
    400
    5
    Advance
    Add to Cart
    Add to Wishlist
    Advanced-level Problems On Kinetic Theory Of Gases And Properties Of Vapour III 1:31:46
    400
    5
    Advance
    Add to Cart
    Add to Wishlist
    Advanced-level Problems On Kinetic Theory Of Gases And Properties Of Vapour IV 1:10:40
    400
    5
    Advance
    Add to Cart
    Add to Wishlist
    Advanced-level Problems On Kinetic Theory Of Gases And Properties Of Vapour V 1:09:16
    500
    5
    Advance
    Add to Cart
    Add to Wishlist
    Advanced level Problems On Kinetic Theory Of Gases And Properties Of Vapour VI 1:12:26
    400
    4
    Advance
    Add to Cart
    Add to Wishlist
    Advanced level Problems On Kinetic Theory Of Gases And Properties Of Vapour VII 1:11:58
    400
    4
    Advance
    Add to Cart
    Add to Wishlist
f21