Physics of Toys Introduction:
Why are roller coasters exciting? Why do dominoes fall down? Why is a slinky so fun to watch? The answer is physics!
This curriculum allows both upper elementary and middle school students to conduct experiments with marbles, dominoes, slinkys and tops while exploring such concepts as gravity, inertia, kinetic and potential energy. Each of the ten one-hour lessons (or "Days") in this curriculum explains and demonstrates one or more physics concepts. Enhance your instruction even further by visiting A.C. Gilbert's Discovery Village and exploring in the LaBallatory exhibit, which was the inspiration for this hands-on physics curriculum.
Who Was A.C. Gilbert?
After graduating from Yale with a degree in medicine and earning an Olympic gold medal in the pole vault, A.C. Gilbert created the Erector Set, an engineering toy that enabled a young child to build such items as Ferris wheels and bridges. He later marketed a variety of other educational toys ranging from American Flyer trains to Mysto Magic sets, chemistry and telegraph sets. With his toys, Gilbert hoped to combine fun with an understanding and appreciation of science. Gilbert realized that a child needed playthings that would encourage creative expression and satisfy a natural curiosity about the world.
A.C. Gilbert was born in Salem, OR on February 15th, 1884. Today, his uncle's Victorian home, the A.C. Gilbert House, is one of three structures that house our museum's exhibits. A display of vintage Gilbert toys and inventions along with an exhibit chronicling his exciting life is located in the Parrish House. At the end of his life, A.C. Gilbert held 150 patents for his inventions. This creative genius that believed that "playing is essential to learning," serves as a wonderful inspiration and namesake for our hands-on, interactive museum.
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