Mechanics Homework

1: Introduction, Trig Review, units

2: Forces, Components, Parallelogram Rule

3: Rectangular Components of a Force

4: Equilibrium of a Particle

5: Multi-Particle Equilibrium

6: Moment of a Force

7: Review

8: Exam 1

9: Verignon’s Theorem

10: Couples, Equivalent Force Systems

11: Free Body Diagrams

12: Equilibrium of Rigid Bodies

13: More Equilibrium Problems

14: More Equilibrium problems

15: Special Cases - 2 and 3 Force Members

16: Equivalent Systems, Resultants

17: Exam 2 Review

18: Hour Exam 2

19: Determination of Centroids by Composite Area

20: Determination of Centroids by Integration

21: Centroid Worksheet

22: Moment of Inertia

23: Parallel Axis Theorem, Composite Area Method 1

24: Composite Area Method 2

25: Exam 3 Review

26: Hour Exam 3

27: Trusses - Method of Joints

28: Joints - Special Loading Conditions

29: Method of Sections

30: Distributed Loads

31: Frames and Machines 1

32: Frames and Machines 2

33: Frames and Machines 3

34: Exam 4 Review

35: Hour Exam 4

36: Internal Forces

37: Shear and Bending Moments Diagrams

38: Relationships Between Shear and Bending Moment

39: V & M Diagrams Concentrated Loads & Moments

40: V & M Diagrams Uniformly Distributed Loads

41: Concentrated Moments, Review