Dynamics

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About Course

What is Dynamics?

Dynamics is the study of bodies in motion.  In this course, we will cover all the derivations you need for particle motion.  In addition, we will work through many examples of each topic.

Feel like you are teaching yourself in class?

If you are currently taking Dynamics and you have no idea what your professor is talking about, sign up for this course!  I teach in a simple, straightforward method with plenty of examples to help you learn. I show all the steps needed to solve the problems and I don’t assume you know more than you do.

 

We will cover these topics:

Chapter 1 – Kinematics of a Particle

  1. Rectilinear Motion
  2. Curvilinear Motion – Rectangular Coordinates
  3. Projectile Motion
  4. Curvilinear Motion – Normal & Tangential Coordinates
  5. Curvilinear Motion – Polar Coordinates
  6. Relative Motion
  7. Constrained Motion of Particles

Chapter 2 – Kinetics of Particles: Force & Acceleration

  1. Newton’s 2nd Law
  2. Equations of Motion
  3. Rectangular Coordinates
  4. Normal & Tangential Coordinates

Chapter 3 – Kinetics of Particles: Work & Energy

  1. Work of a Force
  2. Work & Energy
  3. Potential Energy

Chapter 4 – Kinetics of Particles:  Impulse & Momentum

  1. Linear Impulse & Momentum
  2. Angular Momentum
  3. Angular Impulse & Momentum

Who this course is for:

  1. Undergraduate engineering students taking Dynamics who need additional teaching resources
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What Will You Learn?

  • Analyze particle motion using kinematics, kinetics, force & acceleration, work energy, and linear & angular impulse momentum methods

Course Content

Dynamics

  • Introduction and Course Overview
    00:00
  • Particle kinematics, Rectilinear continuous motion part 1
    00:00
  • Particle kinematics, Rectilinear continuous motion part 2
    00:00
  • Particle kinematics, Rectilinear motion with constant acceleration
    00:00
  • Particle kinematics, Rectilinear erratic motion
    00:00
  • Particle kinematics, Curvilinear motion rectangular components
    00:00
  • Particle kinematics, Motion of a projectile
    00:00
  • Curvilinear motion: normal and tangential components
    00:00
  • Curvilinear motion cylindrical components
    00:00
  • Absolute dependent motion analysis
    00:00
  • Relative motion using translating reference frame
    00:00
  • Equations of motion, rectangular coordinates
    00:00
  • Equations of motion: normal and tangential coordinates
    00:00
  • Equations of motion: cylindrical coordinates
    00:00
  • The work of a force
    00:00
  • Principle of work and energy
    00:00
  • Conservation of energy
    00:00
  • Principle of linear impulse and momentum
    00:00
  • Conservation of linear momentum for a system of particles
    00:00
  • Impact. Coefficient of restitution
    00:00
  • Angular impulse and momentum
    00:00
  • Rigid body planar motion — Translation
    00:00
  • Ridig body planar motion — Rotation about a fixed axis
    00:00
  • General plane motion — relative motion analysis
    00:00
  • Instantaneous center of zero velocity
    00:00
  • Mass moment of inertia
    00:00
  • Equations of motion for planar motion Translation
    00:00
  • Equations of motion for planar motion Rotation about a fixed axis
    00:00
  • Impulse and momentum for rigid body planar motion
    00:00

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