Lectures

1. Overview - 8/22

2. Rectilinear Motion - 8/24(top)  

3. Curvilinear Motion - 8/27(top)

4. Normal, Tangential - 8/29(top)

5. Polar Coordinates - 8/31(top)

6. Space Motion - 9/5(top)

7. Relative Motion - 9/7(top)

8. Constrained Motion - 9/10(top)

9. Rotation - 9/12(top)

10. Absolution Motion - 9/14(top)

11. Relative Velocity - 9/17(top)

12. Instantaneous Center - 9/19(top)

13. Relative Acceleration - 9/21(top)

14. Rotating Axes I - 9/24(top)

15. Rotating Axes II - 9/26(top)

16. Kinematics Review I - 9/28(top)

17. Kinematics Review II - 10/1(top)

18. Newton's 2nd Law - 10/5(top)

19. Equations of Motion - 10/8(top)

20. Rectilinear Motion - 10/10(top)

21. Curvilinear Motion - 10/15(top)

22. General Equations of Motion I - 10/17(top)

23. General Equations of Motion II - 10/19(top)

24. Fixed-Axis Rotation - 10/22(top)

25. General Plane Motion I - 10/24(top)

26. General Plane Motion II - 10/26(top)

27. Linear Impulse & Momentum - 10/29(top)

28. Angular Impulse & Momentum - 10/31(top)

29. Impulse-Momentum Systems - Skipped(top)

30. Impulse-Momentum Problems - 11/2(top)

31. Impulse-Momentum Bodies I - 11/5(top)

32. Kinetics Review I - 11/7(top)

33. Impulse-Momentum Bodies II - 11/12(top)

34. Kinetics Review II - 11/14(top)

35. Work & Energy - 11/19(top)

36. Potential Energy - 11/26(top)

37. Work-Energy Systems - 11/28(top)

38. Work-Energy Bodies - 11/30(top)

39. Final Review - 12/3(top)

... (top)