ENGG 130
U of A
Course Overview
Lessons & Practice
1. Introduction
55min2. Trigonometry Review (Extra)
10min3. Force Vectors
6hr3.2.1. Scalars & Vectors - Definitions & Examples3.2.2. Vectors (2D)3.2.3. Vectors (3D)3.2.4. Examples: Scalars and Vectors (Sine and Cosine Laws)3.2.5. Practice: Scalars and Vectors (Sine and Cosine Laws)3.2.6. Practice: Scalars and Vectors (Catesian Format, Sine Law)3.2.7. Example: Scalars and Vectors (Rectangular Components)3.2.8. Practice: Scalars and Vectors (Rectangular Components)
3.6.1. Forces 3D Cartesian Form (IMPORTANT!)3.6.2. Example 1 - Part 1: 3D Force Vectors 3.6.3. Example 1 - Part 2: 3D Force Vectors 3.6.4. Example 2: 3D Force Vectors3.6.5. Example: Forces in Cartesian Vector Form3.6.6. Practice 1: 3D Force Vectors3.6.7. Practice: 3D Vector Practice Questions Part 13.6.8. Practice: 3D Vector Practice Questions Part 2
4. Equilibrium of a Particle
4hr4.3.1. Ropes, Cables, and Springs (2D Equilibrium)4.3.2. Pulleys (2D Equilibrium)4.3.3. Example 1: Ropes and Cables (2D)4.3.4. Practice 1: Ropes and Cables (2D)4.3.5. Example 2: Part 1 - Pulleys (2D) - IMPORTANT!4.3.6. Example 2: Part 2 - Pulleys (2D) - IMPORTANT! 4.3.7. Practice 2: Pulleys (2D) - IMPORTANT!4.3.8. Example Question 1: Cables and Springs4.3.9. Example Question 2: Cables and Hanging Weights4.3.10. Example Question 3: Two Cables
4.6.1. Example Question 1: Cables and Weights4.6.2. Example Question 2: Weights and Two Cables4.6.3. Example Question 3: Cables4.6.4. Particle Equilibrium - Practice Questions (2D Problems - Part 1)4.6.5. Particle Equilibrium - Practice Questions (2D Problems - Part 2)4.6.6. Particle Equilibrium - Practice Questions (3D Problems - Part 1)4.6.7. Particle Equilibrium - Practice Questions (3D Problems - Part 2)4.6.8. Quiz: Practice Questions - Particle Equilibrium (Part 1)4.6.9. Quiz: Practice Questions - Particle Equilibrium (Part 2)
5. Force System Resultants (Moment, Couple, Dist. Load)
6hr5.3.1. Moments About a Point - Scalar Formulation (for 2D)5.3.2. Example 1 - Part 1 (M= r x F): Moment About a Point (2D)5.3.3. Example 1 - Part 2 (M= Fd): Moment About a Point (2D)5.3.4. Example 2: Moment About a Point (2D) - M = Fd 5.3.5. Example: Computing Moments About a Point 5.3.6. Example: Computing Moments About a Point Example5.3.7. Example: Computing Moments About a Point5.3.8. Practice: Moments About a Point (2D) 5.3.9. Practice: Moments About a Point (2D)5.3.10. Moments About a Point - Practice Questions (2D)5.3.11. Quiz: Moments About a Point - Practice Questions (2D)5.3.12. Moments About a Point - Vector formulation (for 3D)5.3.13. Example 1: Moment About a Point (3D) 5.3.14. Practice: Moments About a Point (3D) 5.3.15. Practice: Moments About a Point (3D)5.3.16. Moments About a Point - Practice Questions (3D)5.3.17. Quiz: Moments About a Point - Practice Questions (3D)
5.5.1. Couple Moments - The Basics5.5.2. Couple Moments5.5.3. Couple Moments (with Example)5.5.4. Example 1: Couple Moments (2D)5.5.5. Example 2: Couple Moments (2D)5.5.6. Practice: Couple Moments (2D)5.5.7. Couple Moments Practice - 2D (New)5.5.8. Quiz: Couple Moments - Quiz Practice Questions (2D)5.5.9. Example 3: Couple Moments (3D)5.5.10. Practice: Couple Moments (3D)5.5.11. Couple Moments Practice - 3D (New)5.5.12. Quiz: Couple Moments - 3D Quiz
5.6.1. Reduction of System of Forces & Moments (Equivalency)5.6.2. Example: Force-Moment Systems5.6.3. Example 1: Equivalency (2D) - Part 15.6.4. Example 1: Equivalency (2D) - Part 25.6.5. Force Moment Systems - Practice Questions5.6.6. Force Moment Systems - Practice Questions (Shifting Wrench)5.6.7. Force Moment Systems - Practice Questions (3D)5.6.8. Practice 3: Equivalency - Force-Couple (3D)5.6.9. Quiz: Force-Moment Systems
5.7.1. Distributed Loads (Common Geometric Shapes & Integration)5.7.2. Distributed Loads (Integration (more))5.7.3. Example: Distributed Loads (Geometric Example)5.7.4. Example: Distributed Loads - Geometric5.7.5. Distributed Loads - Practice Questions (Geometric Shapes)5.7.6. Quiz: Distributed Loads - Quiz Practice Questions (Geometric Shapes)5.7.7. Quiz: Distributed Loads Practice - Geometric Shapes Quiz5.7.8. Quiz: Distributed Loads - Quiz Practice Questions (Geometric Shapes)5.7.9. Example 1: Distributed Loads5.7.10. Example 2: Distributed Loads5.7.11. Practice 1: Distributed Loads5.7.12. Practice 2: Distributed Loads5.7.13. Distributed Loads - Practice Questions (Geometric Shapes)5.7.14. Example: Distributed Loads (Integration Example)5.7.15. Example: Distributed Loads - Integration5.7.16. Distributed Loads - Practice Questions (Integration)5.7.17. Distributed Loads - Practice Questions (Integration)5.7.18. Distributed Loads Practice - Integration5.7.19. Distributed Loads Practice - Integration5.7.20. Quiz: Distributed Loads Practice - Integration Quiz5.7.21. Quiz: Distributed Loads Practice - Integration Quiz
6. Equilibrium of Rigid Body
7hr6.1.1. Rigid Body Equilibrium (2D)6.1.2. 2D Rigid Body - Free Body Diagram (FBD) Practice 6.1.3. Example 1: 2D Rigid Body Equilibrium (Warm Up!)6.1.4. Example 1: 2D Rigid Body Equilibrium 6.1.5. Example 2: 2D Rigid Body Equilibrium - Part 1 (IMPORTANT!)6.1.6. Example 2: 2D Rigid Body Equilibrium - Part 2 (IMPORTANT!) 6.1.7. Practice 2: 2D Rigid Body Equilibrium 6.1.8. Practice 1: 2D Rigid Body Equilibrium (Try This - Check your work!)6.1.9. Practice 3: Spring Practice Problem 6.1.10. 2D Solution Method6.1.11. 2D Solution Method6.1.12. Example: 2D Solution Method6.1.13. Example: 2D Solution Method6.1.14. Rigid Body - Practice Questions (2D - Part 1)6.1.15. Practice: Rigid Body (2D - Part 1)6.1.16. Quiz: 2D solution Method
6.2.1. 2D Solution Method6.2.2. Example: 2D Solution Method Example6.2.3. Practice: Rigid Body (2D - Part 1)6.2.4. Practice: Rigid Body (2D - Part 2)6.2.5. Quiz: 2D solution Method Quiz6.2.6. Practice: Rigid Body Practice - 2D (Part 1)6.2.7. Practice: Rigid Body 2D (Part 2)6.2.8. Practice: Rigid Body 2D (Part 3)6.2.9. Quiz: 2D Solution Method (New)
6.3.1. 3D Rigid Body Equilibrium6.3.2. 3D Rigid Body - Support Reactions and FBDs6.3.3. Example 1: 3D Rigid Body Equilibrium (IMPORTANT!) - Part 16.3.4. Example 1: 3D Rigid Body Equilibrium - Part 26.3.5. Example 1: 3D Rigid Body Equilibrium - Part 36.3.6. Example 2: 3D Rigid Body Equilibrium6.3.7. Practice 1: 3D Rigid Body Equilibrium (IMPORTANT!)6.3.8. Practice 2: 3D Rigid Body Equilibrium (IMPORTANT!)
7. Structural Analysis - Trusses, Frames, Machines
5hr7.3.1. Method of Sections (MOS)7.3.2. Example 1: Method of Sections 7.3.3. Example 2 - Part 1: Combo of Method of Joints and Method of Sections7.3.4. Example 2 - Part 2: Combo of Method of Joints and Method of Sections7.3.5. Practice 1: Method of Sections7.3.6. Practice 2: Method of Sections7.3.7. Practice 3: Method of Sections 7.3.8. Quiz: Method of Sections Practice7.3.9. Quiz: Method of Sections Practice
7.4.1. Frames and Machines7.4.2. Example 1 - Part 1: Frames and Machines (IMPORTANT-EXAM LIKE!)7.4.3. Example 1 - Part 2: Frames and Machines (IMPORTANT - EXAM LIKE!)7.4.4. Example 2: Frames and Machines (IMPORTANT - EXAM LIKE!)7.4.5. Example - Frames and Machines - Multiple Pulleys 7.4.6. Example - compound beam7.4.7. Practice 1: Frames and Machines (IMPORTANT - EXAM LIKE!)7.4.8. Practice 2: Frames and Machines Practice (IMPORTANT - EXAM LIKE!)7.4.9. Practice 2: Frames and Machines (IMPORTANT-EXAM LIKE!)7.4.10. Practice 3: Frames and Machines Practice (OPTIONAL)7.4.11. Quiz: Frames and Machines Quiz
8. Internal Forces
5hr8.1.1. Internal Forces8.1.2. Example: Internal Force (at a point) Simple Beam8.1.3. Example: Internal Forces (at a point) bar with pulleys8.1.4. Example 1: Internal Forces at a Point (OPTIONAL) 8.1.5. Example: Internal Forces8.1.6. Practice: Internal Forces8.1.7. Practice 1: Internal Forces at a Point (OPTIONAL) 8.1.8. Practice 2: Internal Forces at a Point (OPTIONAL)
8.2.1. Method 1 - using Method of Sections8.2.2. Example 1: Drawing Shear and Moment Diagrams (DO THIS!)8.2.3. Example 2: Drawing Shear and Moment Diagrams8.2.4. Example: Internal Forces Graphs 18.2.5. Example: Internal Forces Graphs 28.2.6. Example 2: Internal Forces as a Function of x (MUST KNOW!) 8.2.7. Practice 1: Drawing Shear and Moment Diagrams (DO THIS!)8.2.8. Practice 2: Drawing Shear and Moment Diagrams (DO THIS!)8.2.9. Example 2 - Part 1: ENGG 1308.2.10. Example 2 - Part 2: ENGG 1308.2.11. Method 2 - using Shortcuts8.2.12. Practice 3 (IMPORTANT - EXAM LIKE!) : Drawing Shear and Moment Diagrams8.2.13. Practice: Internal Forces (Graphical)8.2.14. Practice 3: Internal Forces as a Function of x. (MUST KNOW!) 8.2.15. Practice 4: Internal Forces as a Function of x. (MUST KNOW!) 8.2.16. Practice 5: Internal Forces as a Function of x. (MUST KNOW!)
9. Friction
2.3hr9.1.1. Friction9.1.2. Friction Guidelines9.1.3. Example: Friction9.1.4. Practice 1: Friction (EXAM-LIKE!)9.1.5. Practice 2: Friction (EXAM-LIKE!)9.1.6. Practice 3: Friction (EXAM-LIKE!)9.1.7. Practice: Friction - Multiple Bodies9.1.8. Practice: Friction - Wedges9.1.9. Quiz: Friction Practice Questions
10. Center of Gravity and Centriod
4hr10.1.1. Centroids of Area10.1.2. Centroids of Area10.1.3. Example: Centroids of Area - Geometric (DO THIS!)10.1.4. Example: Centroids of Area - Integration (OPTIONAL)10.1.5. Practice: Centroids Practice - Geometric (DO THIS!)10.1.6. Practice: Centroids Geometric (DO THIS!)10.1.7. Practice: Centroids Geometric10.1.8. Quiz: Centroids Practice - Geometric Quiz (New)10.1.9. Practice: Centroids - Geometric 3D (OPTIONAL)10.1.10. Practice: Centroids - Integration10.1.11. Practice: Centroids - Integration10.1.12. Quiz: Centroids Practice - Integration Quiz (New)
10.3.1. Hydrostatics10.3.2. Example 1: Hydrostatics (IMPORTANT - EXAM LIKE!)10.3.3. Example 2 - Part 1: Hydrostatics (IMPORTANT - EXAM LIKE!)10.3.4. Example 2 - Part 2: Hydrostatics (IMPORTANT - EXAM LIKE!)10.3.5. Practice 1: Hydrostatics (IMPORTANT - EXAM LIKE!)10.3.6. Practice 2: Hydrostatics (IMPORTANT - EXAM LIKE!)
11. Moment of Inertia
35minMidterm Exam Overview
Course Notes
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