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Too many students view mathematics as merely a hurdle to be jumped in their race for an education rather than as a fundamental tool for understanding and solving scientific and mechanical problems. Using real-world examples—plus plenty of animation and graphics—this comprehensive 15-part series helps students to visualize the relationship between forces and motion through phenomena that characterize them. Each program is presented by Dr. Timothy David, a mathematician at the University of Leeds’ School of Engineering, and consists of two sections: a case study, with a series of questions and a hint as to how to construct the mathematical model, and a detailed explanation of the principles behind the case study, along with the solutions to the equations. 15-part series, 21-58 minutes each.



 
                    

Item#: This title is currently not available.
Copyright date: ©1999



The Series Includes : Parachuting: Moving Bodies with Constant Mass | Take-off: Moving Bodies with Constant Mass | Bows, Arrows, and Aircraft Carriers: Moving Bodies with Constant Mass | Impulse: Moving Bodies with Variable Mass | Rockets and Avalanches: Moving Bodies with Variable Mass | Modeling Vectors | Kites: Modeling with Vectors | Vectors and Moments | Doors, Heart Valves, and Flic-Flacs: Moments | Spinning Tops and Ailerons: Moments and Angular Momentum | Sliding and Toppling: Modeling Forces | Bikes and Cars: Centripetal Acceleration | Pendulum: Simple Harmonic Motion | Damping: Simple Harmonic Motion | Resonance: Simple Harmonic Motion
     


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