Lecture_03-03_Energy, functions of state, heat capacity, isothermal and adiabatic expansions of ideal gas, adiabatic atmosphere

Recitation_03-03_Review of 1st midterm exam problems

Lecture_01-03_Thermal diffusion equation in steady state in Cartesian and spherical coordinates, Newton's cooling law, Prandtl number, sources of heat

Recitation_24-02

Lecture_22-02-22_Thermal conductivity and its measurement by hot-wire method, Fick's law on diffusion of particles, particles diffusion equation, thermal diffusion equation

Recitation_17-02

Lecture_17-02_Viscosity of gases, measurement of gas viscosity by spinning cylinder, thermal conductivity

Lecture 15-02_Knudsen flow, mean collision time, collision cross-section, hard-sphere potential, mean free path, phenomenology of transport laws, viscosity

Recitation_10-02

Lecture_10-02_Partial pressures, Molecular flux & effusion, Effusive vs. Maxwellian gas speed distributions.