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0:04:15

The variation of entropy with temperature

0:08:53

The themodynamic efficiency of a heat engine

0:09:43

Change in entropy in a Carnot cycle

1:19:52

CHEM 3615. Lecture 01/26/21

0:11:00

The Joule-Thomson effect

0:06:03

The variation of enthalpy with temperature and pressure

0:09:27

The variation of internal energy with temperature at constant pressure

0:09:54

The variation of internal energy with volume and temperature

0:05:18

Adiabatic expansions: change in pressure and volume

0:05:41

Adiabatic expansions: change in temperature and volume

0:06:51

Adiabatic expansions: work and change in internal energy

0:07:06

The heat capacities at constant volume for ideal gases

0:07:12

The variation of internal energy with temperature

0:13:42

The first law at constant volume: path-dependent vs state functions

0:06:22

The first law for the isothermal expansion of an ideal gas

0:14:48

The equipartition of energy principle

0:12:42

The principle of corresponding states

0:08:06

The Boyle Temperature in a two-term virial equation of state

0:08:14

Virial vs. van der Waals equations of state

0:16:54

The van der Waals equation of state at the critical point

0:11:43

Gas condensation isotherms

0:11:14

The Boyle temperature

0:09:00

The virial equation of state for gases

0:13:43

Real gases and the compression factor