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Lecture Goals. Newton's LawsPosition, Velocity and AccelerationRectilinear MotionRelative Motion along a Line. Dynamics. Up until now we have cover the concept of statics, where the rigid body is in equilibrium and the sum of the forces and moments are zero. When a body is in motion these equat
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1. Kinematics of Particles ENGR 221
April 2, 2003
2. Lecture Goals Newton’s Laws
Position, Velocity and Acceleration
Rectilinear Motion
Relative Motion along a Line
3. Dynamics
4. Newton’s Laws
5. Newton’s Laws
6. Newton’s Laws
7. Definition
8. Definitions
9. Definition- Motion
10. Displacement
11. Displacement
12. Displacement
13. Displacement
14. Velocity
15. Acceleration
16. Rectilinear Motion
17. Rectilinear Motion
18. Rectilinear Motion
19. Rectilinear Motion
20. Rectilinear Motion
21. Example – Problem I
22. Example – Problem I
23. Example – Problem I
24. Example – Problem I
25. Class – Problem I
26. Example – Problem II
27. Example – Problem II
28. Example – Problem II
29. Example – Problem II
30. Relative Motion
31. Relative Motion
32. Dependent Relative Motion
33. Example – III Problem
34. Example – III Problem
35. Example – III Problem
36. Example – III Problem
37. Example – III Problem
38. Example – III Problem
39. Example – IV Problem
40. Example – IV Problem
41. Example – IV Problem
42. Example – IV Problem
43. Example – IV Problem
44. Example – IV Problem
45. Example – IV Problem
46. Class – Problem III
47. Homework (Due 4/9/03)