Prof. Pierre Sullivan

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

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

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

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

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.

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

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.

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

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