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Engineering Statics - Vol 1

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Overview

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This introductory course develops foundational engineering statics skills, beginning with Newton’s laws, mechanics units, and trigonometry before applying vector methods to forces in two and three dimensions.

Syllabus

01 - Review Of Newtons Laws (Learn Engineering Mechanics Statics).
Lesson 2 - Units In Mechanics (Engineering Mechanics Statics).
Lesson 3 - Review Of Essential Trigonometry (Engineering Mechanics Statics).
Lesson 4 - Adding Vectors Graphically (Engineering Mechanics Statics).
Lesson 5 - Finding The Resultant Of Two Forces, Part 1 (Engineering Mechanics Statics).
Lesson 6 - Finding The Resultant Of Two Forces, Part 2 (Engineering Mechanics Statics).
Lesson 7 - Resolving A Force Into Components, Part 1 (Engineering Mechanics Statics).
Lesson 8 - Resolving A Force Into Components, Part 2 (Engineering Mechanics Statics).
Lesson 9 - Cartesian Vectors And Scalar Components (Engineering Mechanics Statics).
Lesson 10 - Adding Multiple Forces Using Vector Components, Part 1 (Engineering Mechanics Statics).
Lesson 11 - Adding Multiple Forces With Vector Components, Part 2 (Engineering Mechanics Statics).
Lesson 12 - Adding Multiple Forces With Vector Components, Part 3 (Engineering Mechanics Statics).
Lesson 13 - Adding Multiple Forces With Vector Components, Part 4 (Engineering Mechanics Statics).
Lesson 14 - Cartesian Vectors In 3D, Part 1 (Engineering Mechanics Statics).
Lesson 15 - Cartesian Vectors In 3D, Part 2 (Engineering Mechanics Statics).
Lesson 16 - Cartesian Vectors In 3D, Part 3 (Engineering Mechanics Statics).
Lesson 17 - Cartesian Vectors In 3D, Part 4 (Engineering Mechanics Statics).
Lesson 18 - Cartesian Vectors In 3D, Part 5 (Engineering Mechanics Statics).
Lesson 19 - Adding 3D Forces, Part 1 (Engineering Mechanics Statics).
Lesson 20 - Adding 3D Forces, Part 2 (Engineering Mechanics Statics).
Lesson 21 - Adding 3D Forces, Part 3 (Engineering Mechanics Statics).

Taught by

mathandscience

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