User Login
Forgot your password? Click Here.
Playlist
What are playlists? Click Here.



This creative ten-part series, adapted from the popular series developed for students to enhance their test-taking skills, is designed to reduce the gravity of physics by combining serious academic content with a humorous presentation style. Each program skillfully employs elements such as catchy mnemonics, high-tech computer graphics, and entertaining vignettes to boost retention and confidence while driving home core concepts through concise explanations and engaging examples. Joining the Standard Deviants Academic Team in the creation of this series are Edward Finn, Ph.D., of Georgetown University, and Barry Berman, Ph.D., of George Washington University. Correlates to all applicable state and national standards. A viewable/printable instructor’s guide is available online. 10-part series, 17-34 minutes each.



 
                    

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



The Series Includes : Numbers, Units, Scalars, and Vectors | One-Dimensional Kinematics | Projectile Motion | Circular and Rotational Motion | Linear Momentum and Newton's Laws of Motion | Friction, Work, and Energy | Gravitation | Harmonic Motion and Waves | Heat | Thermodynamics
     


Only available in the US and Canada.




A Journey Through the Cell
View Video Clip
This two-volume set combines live-action video, colorful computer graphics and animations, and interviews with scientists to introduce students to ideas central to understanding cells and their profound role in the living world. Viewable/printable in...(more details)
 
Chemical Bonding
View Video Clip
This four-part series provides a comprehensive introduction to the chemical bonding processes. Using computer-generated models and examples from everyday life, each program illustrates the principles of bonding relevant to high school and college che...(more details)
 
F = ma: Physical Science Concepts
View Video Clip
This engaging three-part series defines the elements of Newton's Second Law-force, mass, and acceleration-plus related topics such as velocity and inertia; demonstrates them using basic calculations; and applies them in real-world examples. Video, an...(more details)
 
The Physics of Amusement Park Rides
View Video Clip
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)
 


See additional titles in Physics