Physical Chemistry - Chemical Kinetics

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1. CHEMICAL KINETICS

1. Introduction.mp4

05:51

2. Rate of Reaction.mp4

07:03

3. Type of Rate of Reaction.mp4

12:08

4. Rate Law and Rate Constant.mp4

07:57

5. Writing the Equation for Rate of Reaction.mp4

13:37

6. Units of Rate Constant.mp4

10:50

7. Law of Mass Action (Guldberg and Wage 1864).mp4

09:51

8. Order of a Reaction.mp4

11:03

9. Zero Order Reactions.mp4

14:23

10. First Order Reactions.mp4

18:10

11. Graphical Representation for First Order Reactions.mp4

15:32

12. Pseudo First Order Reactions.mp4

08:10

13. Second Order Reactions.mp4

11:38

14. Third Order Reactions.mp4

10:04

15. n- Order Reactions.mp4

09:46

16. Half-life of Reaction.mp4

14:15

17. Molecularity of Reaction.mp4

14:19

18. Activation Energy and Threshold Energy.mp4

10:23

19. Collision Theory of Chemical Reaction.mp4

11:57

20. Transition State Theory.mp4

12:31

21. Factors Affecting Rate of Reaction.mp4

12:00

22. Effect of Catalyst on the Rate of Reaction.mp4

09:10

23. Effect of Temperature on Rate of Reaction.mp4

07:30

24. Arrhenius Equation.mp4

07:23

25. Arrhenius Equation and Calculation of Activation Energy.mp4

09:08

26. Use of Arrhenius Equation to Calculate Activation Energy.mp4

10:16

27. Graphical Representation of Arrhenius Equation.mp4

09:42

28. RDS (Rate Determine Step).mp4

08:57

29. Methods for Determination of Order of Reaction (Integration Method).mp4

08:13

30. Methods for Determination of Order of Reaction (Half-life Method).mp4

11:15

31. Methods for Determination of Order of Reaction (Ostwald Isolation Method).mp4

11:39

32. Methods for Determination of Order of Reaction (Initial Rate Method).mp4

12:43

33. Methods for Determination of Order of Reaction (Vant Hoff Differential Method).mp4

08:45

34. Methods for Determination of Order of Reaction (Graphical Method).mp4

09:52

35. Parallel Reactions.mp4

08:52

36. Negative Order Reactions.mp4

08:49

37. Photo Chemical Reaction.mp4

10:45

38. Average Life Time.mp4

08:50

39. Radioactivity.mp4

07:48

40. Radioactivity - Rate Law.mp4

08:56

41. Half Life of Radioactive Element.mp4

04:33

42. Graphical Representation of Radioactive Decay.mp4

06:55

43. Nuclear Fission 1.mp4

06:54

2. Numericals (Level 1 Level 2 Level 3)

1. Numericals on Chemical Kinetics (LEVEL - 1) Question - 1.mp4

02:58

2. Numericals on Chemical Kinetics (LEVEL - 1) Question - 2.mp4

03:43

3. Numericals on Chemical Kinetics (LEVEL - 1) Question - 3.mp4

04:26

4. Numericals on Chemical Kinetics (LEVEL - 1) Question - 4.mp4

04:36

5. Numericals on Chemical Kinetics (LEVEL - 1) Question - 5.mp4

02:37

6. Numericals on Chemical Kinetics (LEVEL - 2) Question - 3.mp4

07:47

7. Numericals on Chemical Kinetics (LEVEL - 3).mp4

26:36

Description

Complete Chemistry for Engg and Medical Entrance Exam Preparation. ( IIT JEE Main | Advanced | BITSAT | SAT | NEET etc.)

What You'll Learn?

Define the average and instantaneous rate of a reaction
Express the rate of a reaction in terms of change in concentration of either of the reactants or products with time
Distinguish between elementary and complex reactions
Differentiate between the molecularity and order of a reaction
Define rate constant
Discuss the dependence of rate of reactions on concentration, temperature and catalyst
Derive integrated rate equations for the zero and first order reactions
Determine the rate constants for zeroth and first order reactions
Describe collision theory

Who is this for?

Chemistry enthusiast.

Beginners in Chemistry.

IIT-JEE & NEET aspirants

What You Need to Know?

Basic understanding of chemistry and math's

More details

Description
SUMMARY
Chemical kinetics is the study of chemical reactions with respect to reaction rates, effect of various variables, rearrangement of atoms and formation of intermediates. The rate of a reaction is concerned with decrease in concentration of reactants or increase in the concentration of products per unit time. It can be expressed as instantaneous rate at a particular instant of time and average rate over a large interval of time. A number of factors such as temperature, concentration of reactants, catalyst, affect the rate of a reaction. Mathematical representation of rate of a reaction is given by rate law. It has to be determined experimentally and cannot be predicted. Order of a reaction with respect to a reactant is the power of its concentration which appears in the rate law equation. The order of a reaction is the sum of all such powers of concentration of terms for different reactants. Rate constant is the proportionality factor in the rate law. Rate constant and order of a reaction can be determined from rate law or its integrated rate equation. Molecularity is defined only for an elementary reaction. Its values are limited from 1 to 3 whereas order can be 0, 1, 2, 3 or even a fraction. Molecularity and order of an elementary reaction are same.
Ea corresponds to the activation energy and is given by the energy difference between activated complex and the reactant molecules, and A (Arrhenius factor or pre-exponential factor) corresponds to the collision frequency. The equation clearly shows that increase of temperature or lowering of Ea will lead to an increase in the rate of reaction and presence of a catalyst lowers the activation energy by providing an alternate path for the reaction.

Who this course is for:
Chemistry enthusiast.
Beginners in Chemistry.
IIT-JEE & NEET aspirants

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