MIE100 Dynamics YouTube Video Playlist (Complete)

Define what we mean by Particles and Rigid Bodies, Vector fundamentals, Dimensions (English Engineering, British Gravitational and SI) and Dimensional Consistency. You can also watch Some Fundamental Definitions Units Particles Rigid Bodies, Vectors and Dimensional Consistency on MyMedia.

Before we can talk about ways of describing the fundamental quantities of position, velocity and acceleration - we need to define them. You can also watch Particle Position Velocity and Acceleration on MyMedia

Different lecturer on the same topic. You can also watch Particle Velocity Acceleration on MyMedia.

What happens when a particle travels in a 2D path (welcome to the world of the Simpsons).

Start looking at how to describe curvilinear motion in 2D using rectangular coordinates. You can also watch Curvilinear motion Rectilinear Coordinates on MyMedia.

How do you describe motion of a projectile undergoing constant acceleration? You can also watch Projectile Motion on MyMedia.

Look at projectile motion analysis using computer algebra (Useful for units!) You can also watch Falling Projectile SMath and Mathcad on MyMedia.

Another coordinate system important to this course - normal-tangential coordinates. You can also watch nt Coordinates on MyMedia.

What happens when you have motion along a curved path? You can also watch Curvilinear Motion - Cylindrical Coordinates on MyMedia.

Another coordinate system important to this course - r-theta coordinates. You can also watch r-theta Example on MyMedia.

An interesting problem in particle kinematics - what happens when motion of one particle is dependent on another. You can also watch Absolute Dependent Motion on MyMedia.

Looking at absolute dependent motion. You can also watch Absolute Dependent Motion (Atwood Machine) on MyMedia.

Introduction to relative position, velocity and acceleration of particles. You can also watch Relative Velocity of Particles on MyMedia.

Challenging concept in the course – Relative motion – focused on a plane/skydiver. Used in second half of course. You can also watch Relative Motion on MyMedia.

Important concepts from Chapter 12 (Particle Kinematics) covered. You can also watch Particle Kinematics Summary on MyMedia.

Discussion on the first quiz from 2020. You can also watch Quiz 1 on MyMedia.

Just defining all of the terms we use in the rest of the course. You can also watch Gravity Units Mass Weight on MyMedia.

Important concepts from Chapter 13 (Particle Kinetics) covered. You can also watch Particle Kinetics Introduction on MyMedia.

Define base SI and US customary units, Second Law for the three coordinates and direction of forces for curved path. You can also watch Second Law and Units on MyMedia.

Kinetics and friction – nice example from the Physics Teacher journal. You can also watch Friction Friction on MyMedia.

Examples in curvilinear kinetics. You can also watch Curvilinear Kinetics on MyMedia.

Examples in normal-tangential coordinates. You can also watch n-t Coordinate Examples on MyMedia.

Examples looking at absolute dependent motion. You can also watch Absolute Dependent Motion - Applied to Particle Kinetics on MyMedia.

Define central force motion. You can also watch Central Force Motion on MyMedia.

Important concepts from Chapter 14 (Particle Work-Energy) covered. You can also watch Overview of Particle Work-Energy on MyMedia.

Example of work energy of particles (spring/gravity). You can also watch Spring Gravity Work Energy Problems on MyMedia.

Good illustration of gravity and work-energy (standard course example). You can also watch Ski Jumper Problem on MyMedia.

More examples – these tend to be useful as challenging spring/gravity. You can also watch Spring Gravity Work Energy Problems (2) on MyMedia.

More examples – but with absolute dependent motion. You can also watch Work-Energy Examples on MyMedia.

Important concepts from Chapter 15 (Particle Momentum) covered. You can also watch Overview of Particle Momentum on MyMedia.

A look at particle angular momentum. You can also watch Look at Particle Angular Momentum on MyMedia.

Look at linear momentum and simple impact. You can also watch Particle Linear Momentum on MyMedia.

Using central force motion and momentum. You can also watch Central Force Motion - Momentum on MyMedia.

Overview and derivation of the fundamental three motions- translation, rotation and general plane motion. Defines also angular position, velocity and acceleration. You can also watch Three Types of Motion You See in Rigid Bodies on MyMedia.

Important concepts from Chapter 16 (Kinematics) covered. Defines also angular position, velocity and acceleration. You can also watch Kinematics of Rigid Bodies on MyMedia.

Discuss the instantaneous centre of zero velocity. Defines also angular position, velocity and acceleration. You can also watch Instantaneous Centre of Zero Velocity on MyMedia.

Discuss the contents of Midterm (Particle Kinematics and Kinetics, Rigid Body Kinematics (not acceleration). You can also watch MIE100 Midterm 2020 on MyMedia.

Velocity and Acceleration analysis of Rigid Bodies. You can also watch Velocity and Acceleration - Rigid Bodies on MyMedia.

Looking at graphical and vector approaches for rigid bodies. You can also watch Graphical (Scalar) and Vector Velocity Analysis of Rigid Bodies on MyMedia.

Discussion of mass moment of inertia. You can also watch Moment of Inertia on MyMedia.

Important concepts from Chapter 17 (Kinetics) covered. You can also watch Overview of Rigid Body Kinetics on MyMedia.

Look at rolling with and without slip – useful and often challenging concept. You can also watch Rolling With and Without Slip on MyMedia.

More problems to get comfortable with FBDs and also a first step at looking at what could be next (computational modeling). You can also watch Lawnmover Man and Computational Complexity on MyMedia.

Often it is useful to look at problems where there is a point of no-slip and slip. This example looks at two cases to show the impact and help you see the need for careful thought about friction. You can also watch Threading the Spool on MyMedia.

More examples focused on rolling. You can also watch Rigid Body Kinematics and Kinetics on MyMedia.

Important concepts from Chapter 18 (Work-Energy) covered. You can also watch Overview of Rigid Body Work - Energy on MyMedia.

Some more standard examples looking at rigid body kinetics. You can also watch Kinetics - Rigid Bodies on MyMedia.

Set of examples looking at Rigid Body Work-Energy. You can also watch Rigid Bodies Work Energy Examples 2 on MyMedia.

A second set of examples looking at Rigid Body Work-Energy. You can also watch Rigid Bodies - Work Energy on MyMedia.

Look at work-energy with an Instantaneous centre of zero velocity. You can also watch Rigid Body Kinetics - Work and Energy on MyMedia.

Important Concepts from Chapter 19 (Angular and Linear Momentum) covered here. You can also watch Overview of Rigid Body Momentum Chapter on MyMedia.

Rolling motion examples. You can also watch Rigid Body Momentum More Examples on MyMedia.

Rolling motion examples. You can also watch Rigid Body Momentum Angular/Linear on MyMedia.

A couple of momentum problems with rolling. You can also watch Rolling Cylinder on Ramp Friction Direction and Calculation on MyMedia.

Important concepts covered in Vibrations Chapter are derived here. You can also watch Overview of Vibrations Chapter on MyMedia.

Rigid body free vibration. You can also watch Touched by an Angle on MyMedia.

How do you calculate the forces when springs are in parallel or in series? You can also watch Springs - Parallel and Series on MyMedia.

Particle Free and Damped Vibration Example, Introduction of Free Vibration for Rigid Bodies. You can also watch Vibrations Introductory Problems on MyMedia.

Example looking at complex absolute motion. The goal here is to explain the components of the standard equation we have discussed in class. You can also watch Absolute Dependent Motion - Vibration on MyMedia.

Look at how to solve forced vibrations – and a damped vibration problem thrown in as a bonus. You can also watch Forced Vibration Problem (plus a damping problem) on MyMedia.

Useful to look at as the equations of motion are described in more detail. You can also watch Forced Damped Vibrations on MyMedia.

Discussion on MIE100 Final Exam 2020. You can also watch Final Exam 2020 on MyMedia.

This tutorial illustrates concepts in position, velocity and acceleration, with examples. You can also watch Tutorial Week 1 on MyMedia.

This tutorial illustrates curvilinear motion of particles with examples. You can also watch Tutorial Week 2 on MyMedia.

This tutorial illustrates concepts in particle dynamics and introduces free body diagrams, with examples. You can also watch Tutorial Week 3 on MyMedia.

This tutorial illustrates work and energy concepts, with examples. You can also watch Tutorial Week 4 on MyMedia.

This tutorial continues work and energy, including springs, with examples. You can also watch Tutorial Week 5 on MyMedia.

This tutorial illustrates the concepts of impulse and momentum, with examples. You can also watch Tutorial Week 6 on MyMedia.

This tutorial illustrates the concept of rigid body motion/kinetics, with examples. You can also watch Tutorial Week 7 on MyMedia.

This tutorial continues planar rigid body topics, with examples. You can also watch Tutorial Week 8 on MyMedia.

This tutorial illustrates concepts in planar dynamics, with examples. You can also watch Tutorial Week 9 on MyMedia.

This tutorial illustrates introduces energy methods for rotating planar bodies, with examples. You can also watch Tutorial Week 10 on MyMedia.

This tutorial illustrates the concept of conservation of angular momentum, with examples involving collisions. You can also watch Tutorial Week 11 on MyMedia.