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Thomas Edison State College School of Applied Science and Technology

Thomas Edison State College School of Applied Science and Technology. EGM-211-OL: Statics Chapter Highlights. 1. Thomas Edison State College, School of Applied Science and Technology Chapter Highlights for EGM-211-OL: Statics. Chapter One: Introduction This Chapter will

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Thomas Edison State College School of Applied Science and Technology

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  1. Thomas Edison State CollegeSchool of Applied Science and Technology EGM-211-OL: Statics Chapter Highlights 1

  2. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter One: Introduction This Chapter will Review the Mathematics needed for this course (Appendices A, B, and C). Explain the theme and coverage of this course as well as the techniques to learn the course materials.

  3. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter: Two Vectors This Chapter will introduce the definitions of scalar and vector, and the following vector operations and their applications in Statics: Vector Addition; Vector Subtraction; Dot Product of Vectors; Cross Product of Vectors; Mixed Triple Products of Vectors; Unit Vector; Position Vector; Vector Components.

  4. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Three: Forces This Chapter will introduce the following concepts, terminologies, and techniques: Two-Dimensional Force Systems; Three-Dimensional Force Systems; Equilibrium; Free-Body Diagram; Their applications to engineering projects.

  5. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Four: Systems of Forces and Moments This Chapter will introduce the following concepts, terminologies, and techniques: Two-Dimensional Description of the Moment; The Moment Vector; Moment of a Force About a Line; Couples; Equivalent Systems; Their applications to engineering projects.

  6. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Five: Objects in Equilibrium This Chapter will introduce the following concepts, terminologies, and techniques: Two-Dimensional Applications; Three-Dimensional Applications; Statically Indeterminate Objects; Two-Force and Three-Force Members; Their applications to engineering projects.

  7. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Six: Structures in Equilibrium This Chapter will introduce the following structures and the methods to analyze the structures: Trusses; Space Trusses; Frames and Machines; The Method of Joints; The Method of Sections.

  8. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Seven: Centroids and Centers of Mass This Chapter will introduce the following structural geometric properties and use the similar principles to process the distributed load conditions: Centroids of Areas; Centroids of Composite Areas; Centroids of Volumes and Lines; Composite Volumes and Lines; Center of Mass of Objects; Centers of Mass of Composite Objects; Distributed Loads.

  9. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Eight: Moments of Inertia This Chapter will introduce another structural geometric property--Moments of Inertia: Moment of inertia about anaxis; Product of inertia; Polar moment of inertia; Rotated Axes; Principal Axes; Mohr's Circle; Mass Moments of Inertia of Simple Objects; Parallel-Axis Theorem.

  10. Thomas Edison State College, School of Applied Science and TechnologyChapter Highlights for EGM-211-OL: Statics Chapter Nine: Friction This Chapter will introduce the concept of friction and related terminologies. A simple application of friction is presented. Theory of Dry Friction Coefficients of Friction Angles of Friction Wedges

  11. Engineering Structures 11

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