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Aristotle was a wise philosopher, but his use of intuitive reasoning misled him in examining the motion of objects. In this lively program, simple experiments and dramatic dialogues with Aristotle, Galileo, and Sir Isaac Newton illustrate how our understanding of motion and gravity has evolved. Students can see how Galileo separated motion into its horizontal and vertical components and how Newton, with his Law of Universal Gravitation, demonstrated that orbits are elliptical and why the Moon does not fall to Earth—but is falling. Produced by the Open University. (25 minutes)



 
    

Item#: This title is currently not available.
Copyright date: ©1993




     


Not available to Home Video, Dealer and Fulfillment Dealer customers. Only available in the US and Canada.




The Physics of Amusement Park Rides
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Want to know where to sit on a roller coaster to get the biggest thrill? In this program, engineers use the principles of physics to design amusement park rides. Viewers will be catapulted along on a roller coaster, slammed into their seats, glued ag...(more details)
 
Galileo's Dialogue
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It is said that the apple fell on Newton's head, but it was Galileo who planted the tree. This program examines The Dialogue-arguably the most controversial book of its time-and the tumultuous events revolving around Galileo's visionary scientific ac...(more details)
 
Understanding Electricity
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From the lighting of homes to the beating of a heart, electricity is an integral and fundamental force in human life. In this program, a variety of experts discuss the study and wide-ranging uses of this pervasive phenomenon, from the physics of moto...(more details)
 
Einstein: Shedding Light on the Universe
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This clever animated biography of Albert Einstein incorporates photos and quotes into a lively overview of the physicist's life and ideas. Careful attention is given to how Einstein reconciled conventional velocity addition with the constant speed of...(more details)
 
Projectile Motion: Get a Grip!
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Presenting a cornerstone of physics, this program explores the motion of projectiles under gravity-initially in one dimension and then in two-through the examples of juggling balls, as well as stunt bikes and paragliders. Frequent summaries are combi...(more details)
 


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