3. Laws of Motion
- 3.1 Introduction of law of motion Click here 15 min
- 3.2 First law of motion and Applications of 1 law of Motion. Click here 7 min
- 3.3 Types of inertia, Inertia and mass relation, ex. prob:FBD problem Click here 12 min
- 3.4 Linear Momentum and how the Acceleration depends on Applied Force. Click here 16 min
- 3.5 Newton second law of motion and Derivation of FNet=ma,Applications of second law of motion,Ex.2 problem Click here 15 min
- 3.6 Newton third law of motion Click here 17 min
- 3.7 Lab activity experiment for Newton’s third law of Motion. Click here 7 min
- 3.8 a Conservation of Momentum Derivation and Application of Cons.Momentum ,ex. 4problem. Click here 10 min
- 3.8 b Example 3 ( canon ) Click here 8 min
- 3.9 a Impulse And Impulsive Force And Activity 8 Click here 10 min
- 3.9 b Dropping Eggs Click here 11 min
- ONLINE ASSESSMENT (FINAL TEST) Click here 0 min
3. Laws of Motion
- 3.1 Introduction of law of motion Preview 15 min
- 3.2 First law of motion and Applications of 1 law of Motion. Preview 7 min
- 3.3 Types of inertia, Inertia and mass relation, ex. prob:FBD problem Preview 12 min
- 3.4 Linear Momentum and how the Acceleration depends on Applied Force. Preview 16 min
- 3.5 Newton second law of motion and Derivation of FNet=ma,Applications of second law of motion,Ex.2 problem Preview 15 min
- 3.6 Newton third law of motion Preview 17 min
- 3.7 Lab activity experiment for Newton’s third law of Motion. Preview 7 min
- 3.8 a Conservation of Momentum Derivation and Application of Cons.Momentum ,ex. 4problem. Preview 10 min
- 3.8 b Example 3 ( canon ) Preview 8 min
- 3.9 a Impulse And Impulsive Force And Activity 8 Preview 10 min
- 3.9 b Dropping Eggs Preview 11 min
- ONLINE ASSESSMENT (FINAL TEST) Preview 0 min