#3d equilibrium statics problems pdf pdf

SMK 4.2: 3D Rigid Body Equilibrium ( pdf, docx).SMK 4.1: Introduction to Free-Body Diagrams ( pdf, docx).SMK 3.2: Couples and Equivalent Systems ( pdf, docx).SMK 3.1: Introduction to Moments in 3D: Scalar and Vector Approach ( pdf, docx).SMK 2.1: 3D Particle Equilibrium ( pdf, docx).SMK 1.3: Dot Product Applications ( pdf, docx).SMK 1.2: 3D Unit Vectors and Force Vectors ( pdf, docx).SMK 1.1: Introduction to 3D Vectors: Representations and Notation ( pdf, docx).Please feel free to modify and adapt to suit your needs. HOLD 3D Particle Equilibrium or Moment of a Force, 4.3-4.4, TBP 2.

#3d equilibrium statics problems pdf pdf

Faculty can request an instructor account to gain access and use this tool with their students for free.Įach worksheet is available in both PDF and DOCX format. Equations of static equilibrium will be used to determine reaction forces. A diagram showing all the forces acting on a particle or an object. R F 0 F x 0 F y 0 Recall, Newton's 1st Law. These assignments are administered online and available as an instructional tool on the Concept Warehouse. 2.9 -2.11 Equilibrium of a Particle Free Body Diagrams If the resultant of all the forces acting on a particle is zero, the particle is said to be in equilibrium. Students complete a follow-up homework assignment for each activity that consists of answering two concept questions and explaining their reasoning for each. The instructor circulates the room monitoring progress, providing clarification and asking probing questions to promote discussion and engagement with key concepts.

We generally introduce the activity and then let students work at their own pace.

Related STL files are available for download on the models and supplies page. The required supplies for each activity are given in the worksheet. This first book contains seven topics of statics, the branch of mechanics concerned with the analysis of forces acting on construction systems without an acceleration (a state of the static equilibrium). A solution of one similar sample problem from each topic is provided. These activities are designed for teams of 3-5 students working together with one modeling kit as they work through the worksheet prompts. final exams with the consent of the instructor.