50:42

8 - EXCESS GFE AND ITS RELATIONTO ACTIVITY COEFFICIENT

51:57

7 - THERMODYNAMICS OF MIXTURES

08:04

MATLAB2 - INTRODUCTION TO MATLAB

55:43

6 - GIBBS ENERGY & FUGACITY OF COMPONENT IN A MIXTURE

31:17

5 - THERMODYNAMICS OF MULTICOMPONENT MIXTURES II

45:54

4 - THERMODYNAMICS OF MULTICOMPONENT MIXTURES I

42:40

3 - FUGACITY OF PURE LIQUIDS & SOLIDS

47:22

2 - STABILITY & EQUILIBRIUM

53:14

1 - CHEMICAL & PHASE EQUILIBRIA

35:15

LIQUEFACTION

20:17

EQUATIONS OF STATE

54:13

THE REFRIGERATION CYCLE

54:13

THE DEPARTURE FROM IDEAL FUNCTIONS

56:01

THE CARNOT CYCLE

55:57

MAXWELL RELATIONS

46:43

FOUR DIFFERENT CONSTRAINTS & ENERGIES

30:02

THE STEAM ENGINE

36:17

ENTROPY - AN ADDITIONAL BALANCE EQUATION

16:50

ENTROPY - AN ADDITIONAL BALANCE EQUATION POWER CYCLES

01:23:07

THERMODYNAMICS

13:08

THERMODYNAMICS THE FIRST LAW

13:07

EXAMPLE: WORK IS A PATH FUNCTION

15:01

EXAMPLE: THE DRAINING TANK

25:15

EXAMPLE: ISOTHERMAL COMPRESSION

12:41

EXAMPLE: ADIABATIC COMPRESSION

10:20

EXAMPLE: A COMPRESSOR OPERATING AT STEADY STATE

34:19

CHEM 491 - Developments of Chemisty 1 - Lecture 13

51:46

CHEM 491 - Developments of Chemistry 1 - Lecture 12

49:20

CHEM 491 - Developments of Chemistry 1 - Lecture 11.2

01:05:14

CHEM 491 - Developments of Chemistry 1 - Lecture 11.1

01:13:09

CHEM 491 - Developments of Chemistry 1 - Lecture 10

51:05

CHEM 491 - Developments of Chemistry 1 - Lecture 9.2

01:02:12

CHEM 491 - Developments of Chemistry 1 - Lecture 9.1

51:47

CHEM 491 - Developments of Chemistry 1 - Lecture 8.2

01:18:13

CHEM 491 - Developments of Chemistry 1 - Lecture 8.1

59:35

CHEM 491 - Developments of Chemistry 1 - Lecture 7.2

46:46

CHEM 491 - Developments of Chemistry 1 - Lecture 7.1

38:13

CHEM 491 - Developments of Chemistry 1 - Lecture 6

34:03

CHEM 491 - Developments of Chemistry 1 - Lecture 5.2

01:03:36

CHEM 491 - Developments of Chemistry 1 - Lecture 5.1

52:49

CHEM 491 - Developments of Chemistry 1 - Lecture 4.2

01:03:50

CHEM 491 - Developments of Chemistry 1 - Lecture 4.1

44:12

CHEM 491 - Developments of Chemistry 1 - Lecture 3.2

01:12:27

CHEM 491 - Developments of Chemistry 1 - Lecture 3.1

47:38

CHEM 491 - Developments of Chemistry 1 - Lecture 2.2

01:04:09

CHEM 491 - Developments of Chemistry 1 - Lecture 2.1

01:09:57

CHEM 491 - Developments of Chemistry 1 - Lecture 1

59:40

EE 306 - Signals and Systems II - Lecture 41 - Spectral Density of I/Q Comp. of a Bandpass Process

36:17

EE 306 - Signals and Systems II - Lecture 40 - In-phase & Quadrature (I/Q) Comp. of a Bandpass Proc.

48:16

EE 306 - Signals and Systems II - Lecture 39 - Representation of Bandpass Processes

01:02:59

EE 306 - Signals and Systems II - Lecture 38 - Bandpass Signal Representation

46:29

EE 306 - Signals and Systems II - Lecture 37 - Power Spectral Density Continued & Hilbert Transform

50:13

EE 306 - Signals and Systems II - Lecture 36 - Power Spectral Density

52:01

EE 306 - Signals and Systems II - Lec. 35 - Properties of Autocorrelation Function of WSS Processes

46:34

EE 306 - Signals and Systems II - Lecture 34 - Moment Char. of a Process for WSS Input & White Noise

52:38

EE 306 - Signals and Systems II - Lecture 33 - A Gaussian Processes Example & LTI Processing of WSS

51:40

EE 306 - Signals and Systems II - Lecture 32 - Gaussian Processes

49:32

EE 306 - Signals and Systems II - Lecture 31 - Stationarity

54:34

EE 306 - Signals and Systems II - Lecture 30 - Stationarity

59:45

EE 306 - Signals and Systems II - Lecture 29 - p.d.f Description of Random Phase Cosine Signal