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L110/L64: Numericals-43 (Chemical Reaction Equilibria)

Lesson 64 of 67 • 14 upvotes • 7:55 mins

Umang Goswami

L110/L64: Numericals-43

1

L47/L1: Introduction. (in Hindi)

7:34 mins

2

L48/L2: Second Law of Thermodynamics (in Hindi)

8:30 mins

3

L49/L3: Second Law (contd. 2) (in Hindi)

10:26 mins

4

L50/L4: Second Law (contd. 3)

9:44 mins

5

L51/L5: Second Law (contd.4)

8:46 mins

6

L52/L6: Carnot engine

13:22 mins

7

L53/L7: Carnot Cycle

10:32 mins

8

L54/L8: Entropy

11:01 mins

9

L55/L9: Entropy (contd.)

8:23 mins

10

L56/L10: Entropy (contd. 2)

9:56 mins

11

L57/L11: Numericals-21 ( Second Law)

8:37 mins

12

L58/L12: Numericals-22 (Second Law)

10:55 mins

13

L59/L13: Numericals-23 (Second Law)

10:14 mins

14

L60/L14: Numericals-24 (Second Law)

8:14 mins

15

L61/L15: Numericals-25 (Second Law)

8:29 mins

16

L62/L16: Thermodynamic properties of fluids

10:02 mins

17

L63/L17: Thermodynamic properties (contd.)

8:34 mins

18

L64/L18: Maxwell Correlations

9:30 mins

19

L65/L19: Enthalpy as a function of T and P

8:38 mins

20

L66/L20: Internal energy as a function of T and V

7:54 mins

21

L67/L21: Entropy as a function of T and P, T and V

8:49 mins

22

L68/L22: Gibbs energy as a generating function

8:45 mins

23

L69/L23: Residual properties and two phase system.

9:48 mins

24

L70/L24: P-H diagram and Mollier Diagram

11:26 mins

25

L71/L25: T-S Plot

9:13 mins

26

L72/L26: Numericals-26 (Thermodynamic properties)

8:18 mins

27

L73/L27: Numericals-27 (Thermodynamic properties)

8:21 mins

28

L74/L28: Numericals-28 (Thermodynamic properties)

8:38 mins

29

L75/L29: Numericals-29 (Thermodynamic properties)

9:00 mins

30

L76/L30: Solution Thermodynamics

9:21 mins

31

L77/L31: Fundamental property relation

10:05 mins

32

L78/L32: Chemical equilibria and phase equilibria

9:00 mins

33

L79/L33: Gibbs Duhem equation

9:59 mins

34

L80/L34: Gibbs Duhem equation (contd.)

8:45 mins

35

L81/L35: Property Relation

8:55 mins

36

L82/L36: Property relations and ideal gas mixtures (contd.)

11:26 mins

37

L83/L37: Fugacity and fugacity coefficient- pure species

9:16 mins

38

L84/L38: Fugacity and fugacity coefficient (contd.)

9:52 mins

39

L85/L39: Fugacity and fugacity coefficient- In solution

9:32 mins

40

L87/L41: Excess Property

9:21 mins

41

L86/L40: Ideal Solutions

9:02 mins

42

L88/L42: Numericals-29 (Solution Thermodynamics)

8:37 mins

43

L89/L43: Numericals-30 (Solution Thermodynamics)

8:42 mins

44

L90/L44: Numericals-31 (Solution Thermodynamics)

9:08 mins

45

L91/L45: Solution Thermodynamics- Applications

11:18 mins

46

L92/L46: Solution Thermodynamics- Applications (contd.)

10:44 mins

47

L93/L47: Numericals-32 (Solution Thermodynamics application)

8:10 mins

48

L94/L48: Numericals-33 (Solution Thermodynamics Applications)

8:20 mins

48

L94/L48: Numericals-33 (Solution Thermodynamics Applications)

8:20 mins

49

L95/L49: Numericals-34 (Solution Thermodynamics Applications)

8:27 mins

50

L96/L50: Numericals-35 (Solution Thermodynamics Applications)

8:57 mins

51

L97/L51: Numericals-36 (Solution Thermodynamics Applications)

8:29 mins

52

L98/L52: Numericals-37 (Solution Thermodynamics Applications)

9:59 mins

53

L99/L53: Chemical Reaction Equilibria

8:41 mins

54

L100/L54: Chemical Reaction Equilibria (contd.1)

9:51 mins

55

L101/L55: Chemical Reaction Equilibria (contd.2)

10:13 mins

56

L102/L56: Numericals-38 (Stoichiometry)

8:12 mins

57

L103/L57: Numericals-39 (Stoichiometry)

9:09 mins

58

L104/L58: Gibbs energy and equilibrium constant

8:22 mins

59

L105/L59: Effect of temperature on equilibrium constant

9:56 mins

60

L106/L60: Effect of pressure on composition

8:12 mins

61

L107/L61: Numericals-40 (Chemical Reaction Equilibria)

9:11 mins

62

L108/L62: Numericals-41 (Chemical Reaction Equilibria)

8:16 mins

63

L109/L63: Numericals-42 (Chemical Reaction Equilibria)

9:14 mins

64

L110/L64: Numericals-43 (Chemical Reaction Equilibria)

7:55 mins

65

L111/65: Summary-1

7:50 mins

66

L112/L66: Summary-2

8:50 mins