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Thermal Conductivity of Gases and Kinetic Theory

The thermal conductivity of a gas is described using the kinetic theory of gases. The coefficient of thermal conduction is derived using the fundamental properties of the ideal gas, such as the mean speed of atoms in the gas and their mean free path. The coefficient of thermal conductivity is also derived using the definition of internal energy. We also compare the coefficient of viscosity to the coefficient of thermal conductivity. Content: 0:00 Introduction 2:33 Thermal conductivity and temperature 20:42 Table 21:35 Thermal conductivity and internal energy 26:40 Specific heat and Boltzmann constant 27:28 Thermal conductivity and viscosity 30:00 Molar specific heat 30:44 Discussion 33:40 Final remarks Join this channel to get access to perks:    / @djordjeromanic   Atmospheric science playlist:    • Atmospheric Science   Wind energy playlist:    • Wind Energy   Wind engineering playlist:    • Wind Engineering   Channel's mission: --------- The dissemination of knowledge and advancement of learning by providing high-quality content in the fields of atmospheric science, wind engineering, and wind energy. --------- Link to PayPal donation: https://www.paypal.me/DjordjeRomanic Stay in the atmosphere! See you in the next video. Cheers! #AtmosphericScience #WindEngineering #WindEnergy