This course on dynamics aims to teach students how to successfully use constant acceleration equations, solve problems related to rectilinear and curvilinear motion, understand projectile motion, analyze relative motion, work with torque, and apply equations of motion in different coordinate systems. The course employs a combination of theoretical explanations, example problems, and practical applications to help learners develop a strong foundation in dynamics. The intended audience for this course includes students or professionals interested in physics, engineering, or related fields who want to enhance their understanding of motion and forces.
Overview
Syllabus
Dynamics: How to Use This Online Course Successfully.
Dynamics - Lesson 1: Introduction and Constant Acceleration Equations.
Dynamics - Lesson 2: Rectilinear Motion Example Problem.
Dynamics - Lesson 3: Rectilinear Constant Acceleration Example.
Dynamics - Lesson 4: Rectilinear Constant Acceleration Example 3.
Dynamics - Lesson 5: s-t, v-t, a-t Diagrams Erratic Motion.
Dynamics: Lesson 6 - Projectile Motion Misconception - Funny.
Dynamics - Lesson 7: Projectile Motion Introduction Example.
Dynamics - Lesson 8: Projectile Motion With Parabolic Landing.
Dynamics - Lesson 9: Curvilinear Motion Acceleration Components.
Dynamics - Lesson 10: Curvilinear Motion on a Parabolic Path.
Dynamics - Lesson 11: Absolute Dependent Motion of Two Particles.
Dynamics - Lesson 12: Relative Motion with Translating Axis.
Dynamics - Lesson 13: Additional Relative Motion Problem.
Dynamics - Lesson 14: Rolling Motion with Torque Problem.
Dynamics: Lesson 15 - Drawing Kinetic Diagrams, The Quintessential Dynamics Problem.
Dynamics: Lesson 16 - Equations of Motion Straight Line.
Dynamics: Lesson 17- Equations of Motion with Dependent Motion.
Dynamics: Lesson 18 - Equations of Motion Normal and Tangential Acceleration.
Dynamics: Lesson 19 - Equations of Motion, Normal and Tangential, cont..
Dynamics: Lesson 20 - Cylindrical Coordinate System Review.
Dynamics: Lesson 21 - Equations of Motion Cylindrical Coordinates Example.
Dynamics: Lesson 22 - Intro to Work in Dynamic Systems.
Dynamics: Lesson 23 - Work and Energy Example Problem.
Dynamics: Lesson 24 - Work and Energy Balance Hard Example.
Dynamics: Lesson 25 - Work and Energy Balance with Power and Efficiency.
Taught by
Jeff Hanson
