04:15
The variation of entropy with temperature
08:53
The themodynamic efficiency of a heat engine
09:43
Change in entropy in a Carnot cycle
01:19:52
CHEM 3615. Lecture 01/26/21
11:00
The Joule-Thomson effect
06:03
The variation of enthalpy with temperature and pressure
09:27
The variation of internal energy with temperature at constant pressure
09:54
The variation of internal energy with volume and temperature
05:18
Adiabatic expansions: change in pressure and volume
05:41
Adiabatic expansions: change in temperature and volume
06:51
Adiabatic expansions: work and change in internal energy
07:06
The heat capacities at constant volume for ideal gases
07:12
The variation of internal energy with temperature
13:42
The first law at constant volume: path-dependent vs state functions
06:22
The first law for the isothermal expansion of an ideal gas
14:48
The equipartition of energy principle
12:42
The principle of corresponding states
08:06
The Boyle Temperature in a two-term virial equation of state
08:14
Virial vs. van der Waals equations of state
16:54
The van der Waals equation of state at the critical point
11:43
Gas condensation isotherms
11:14
The Boyle temperature
09:00
The virial equation of state for gases
13:43
Real gases and the compression factor
11:48
Gas laws and the perfect gas equation of state
11:02
Debye-Huckel theory for ionic activity coefficients
11:07
The mean ionic activity coefficient
14:02
The thermodynamics of ion transport
10:01
Colligative properties of electrolyte solutions
08:24
The effect of temperature on the equilibrium constant
08:39
Converting between the chemical and biological standard states
07:46
The biological standard state
06:55
Changes to the freezing and boiling point of a solvent
10:42
The variation of the Gibbs energy with the conditions
10:06
The relationship of Gibbs energy and work
11:43
Determining the spontaneity of chemical reactions
06:55
Debye law of heat capacities for entropy calculations
15:12
Change of entropy in chemical reactions and the 3rd law
13:07
Change of entropy in the surroundings
10:20
Change in system entropy in phase transitions
11:57
Change in system entropy when heating/cooling
10:46
Change in system entropy in isothermal ideal-gas expansions
09:02
A brief introduction to entropy and the second law
08:17
The variation of the reaction enthalpy with temperature: Kirchhoff's law
13:33
The variation of reaction enthalpy with temperature
11:10
Mean bond enthalpies
21:32
Bomb calorimetry: foundations and an example
09:05
Foundations of Differential Scanning Calorimetry
12:40
The enthalpy of phase transitions
17:43
A solved exemplary problem on the First Law
11:20
The differences between Enthalpy and Internal Energy
05:02
The relationship between heat capacities for an ideal gas
09:01
The variation of the enthalpy with temperature
10:35
The definition of enthalpy
09:55
The variation of internal energy with temperature
10:11
The first law at constant volume: path-dependent vs state functions
08:45
The first law for an isothermal ideal-gas expansion
04:26
Internal energy and the first law of Thermodynamics
16:58
Energy transfer as heat in heating/cooling processes
15:34
Work in a reversible isothermal gas expansion
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