Dive into the second volume of an in-depth engineering mechanics tutorial series, focusing on statics. Over the course of 90 minutes, explore crucial concepts such as forces directed along lines, dot products, free body diagrams, and particle equilibrium in both 2D and 3D spaces. Begin with a thorough examination of forces directed along lines, then progress to understanding and applying dot products in various engineering scenarios. Learn to create and interpret free body diagrams, a fundamental skill in engineering mechanics. Conclude by mastering 2D and 3D particle equilibrium problems through multiple detailed lessons, providing a solid foundation for advanced engineering studies.
Overview
Syllabus
Lesson 1 - Force Directed Along A Line, Part 1 (Engineering Mechanics).
Lesson 2 - Force Directed Along A Line, Part 2 (Engineering Mechanics).
Lesson 3 - Force Directed Along A Line, Part 3 (Engineering Mechanics).
Lesson 4 - The Dot Product (Engineering Mechanics).
Lesson 5 - When To Use The Dot Product (Engineering Mechanics).
Lesson 6 - Dot Product Problems, Part 1 (Engineering Mechanics).
Lesson 7 - Dot Product Problems, Part 2 (Engineering Mechanics).
Lesson 8 - Dot Product Problems, Part 3 (Engineering Mechanics).
Lesson 9 - Dot Product Problems, Part 4 (Engineering Mechanics).
Lesson 10 - Free Body Diagram (Engineering Mechanics).
Lesson 11 - 2D Particle Equilibrium, Part 1 (Engineering Mechanics).
Lesson 12 - 2D Particle Equilibrium, Part 2 (Engineering Mechanics).
Lesson 13 - 2D Particle Equilibrium, Part 3 (Engineering Mechanics).
Lesson 14 - 2D Particle Equilibrium, Part 4 (Engineering Mechanics).
Lesson 15 - 2D Particle Equilibrium, Part 5 (Engineering Mechanics).
Lesson 16 - 2D Particle Equilibrium, Part 6 (Engineering Mechanics).
Lesson 17 - 3D Particle Equilibrium, Part 1 (Engineering Mechanics).
Lesson 18 - 3D Particle Equilibrium, Part 2 (Engineering Mechanics).
Lesson 19 - 3D Particle Equilibrium, Part 3 (Engineering Mechanics).
Taught by
mathandscience
