Mechanics Homework S17

Lesson 1: Introduction, Trig Review, Vectors, units

Lesson 2: Forces, Addition of Vectors, Components

Lesson 3: Rectangular Components of a Force

Lesson 4: Moment of a Force

Lesson 5: Verignon’s Theorem - Principle of Moments

Lesson 6: Review

Lesson 7: Exam 1

Lesson 8: Moment of a Couple

Lesson 9: Equivalent Systems

Lesson 10: Equilibrium of a Particle

Lesson 11: Free Body Diagrams

Lesson 12: Equilibrium of Rigid Bodies

Lesson 13: More Equilibrium Problems

Lesson 14: More Equilibrium Problems

Lesson 15: Special Cases - 2 and 3 Force Members

Lesson 16: Exam 2 Review

Lesson 17: Hour Exam 2

Lesson 18: Determination of Centroids by Composite Area

Lesson 19: Determination of Centroids by Integration

Lesson 20: Centroid Worksheet

Lesson 21: Moment of Inertia

Lesson 22: Parallel Axis Theorem, Composite Area Method 1

Lesson 23: Composite Area Method 2

Lesson 24: Exam 3 Review

Lesson 25: Hour Exam 3

Lesson 26: Trusses - Method of Joints,

Lesson 27: Joints - Special Loading Conditions

Lesson 28: Method of Sections

Lesson 34: Resultant of a distributed load.

Lesson 29: Frames and Machines 1

Lesson 30: Frames and Machines 2

Lesson 31: Frames and Machines 3

Lesson 32: Exam 4 Review

Lesson 33: Hour Exam 4

Lesson 35: Internal Forces in Members

Lesson 36: Shear and Bending Moments Diagrams

Lesson 37: Relationships Between Shear and Bending Moment

Lesson 38: V & M Diagrams Concentrated Loads & Moments

Lesson 39: V & M Diagrams Uniformly Distributed Loads

Lesson 40: Concentrated Moments, Review