mini-science.com
MiniScience.com
http://mini-science.com/projects/modeleye/default.asp
What makes a good project? An Introductory Level Guide to Experimental Science Project. An Intermediate Guide to Experimental Science Project. How to do a Science Project. If you have any question or trouble with this site, please send us an. Email to info@MiniScience.com. If you don't see the products that you are looking for, send us an email or call us. Model of the human eye. A model of human eye can be a 3 X the actual human eye, this craft model of the human eye comes on a stand but can be removed ...
mini-science.com
MiniScience.com
http://mini-science.com/projects/ModelHeart/default.asp
What makes a good project? An Introductory Level Guide to Experimental Science Project. An Intermediate Guide to Experimental Science Project. How to do a Science Project. If you have any question or trouble with this site, please send us an. Email to info@MiniScience.com. If you don't see the products that you are looking for, send us an email or call us. Model of the Human Heart. Are you trying to make a model of human heart? Labeled parts in this model are:. Use this model to teach about human heart.
bronze-powders.com
bronze-powders: Bronze Powders for different applications
http://www.bronze-powders.com/Bronze_Powders.asp?count=11
Brazing powders and pastes. 1059 Main Ave,. Clifton, NJ 07011. Bronze is alloy of copper and tin. We offer a variety of bronze powders for different applications, including flame-spraying, brazing, strip-bearings, metal-bonded grinding wheels and cutting tools, metal filled plastics for bearings, decorative, conductive and high strength applications. Spherical, F.A. Spherical, F.A. Spherical, P.D. Spherical, P.D. Spherical, P.D. Spherical, P.D. Spherical, F.A. Spherical, F.A. Spherical, F.A. High quality...
store.miniscience.com
MiniScience.com
http://store.miniscience.com/projects/modeleye/default.asp
What makes a good project? An Introductory Level Guide to Experimental Science Project. An Intermediate Guide to Experimental Science Project. How to do a Science Project. If you have any question or trouble with this site, please send us an. Email to info@MiniScience.com. If you don't see the products that you are looking for, send us an email or call us. Model of the human eye. A model of human eye can be a 3 X the actual human eye, this craft model of the human eye comes on a stand but can be removed ...
wooden-generator.com
Wooden Electric Generator
http://www.wooden-generator.com/index.html
Wooden electric generator is an educational model made by students as a part of their science project or technology project. How can I make an electric generator? This website provides all the information you need in order to make and test your electric generator. The amount of electricity produced by this model of electrical generator is safe for children. The produced voltage is often equal to a regular flashlight battery. Where can I buy the parts? What if my wooden generator does not work? You may tr...
wooden-generator.com
History of electric generators
http://www.wooden-generator.com/History-Electric_Generator.html
History of Electric Generator. Michael Faraday (1791-1867) builds the first electric generator, the Faraday disk, proving that rotary mechanical power can be converted into electric power. The race for a practical generator begins. Sigvard Strandh, A History of the Machine. 1979 ISBN 0-89479-025-0. New York: A&W Publishers. SS Hall, Inventors and Discoveries: the Age of Electricity. 1988 New York: National Geographic Society. Http:/ www.pixii.com/apparatus.htm. Http:/ shop.MiniScience.com. Immediate acce...
wooden-generator.com
Introduction to Electric Generators
http://www.wooden-generator.com/Introduction.html
Introduction to Electric Generators. Is a device used to convert mechanical energy into electrical energy. Is based on the principle of electromagnetic induction discovered in 1831 by Michael Faraday, a British scientist. Faraday discovered that if an electric conductor, like a copper wire, is moved through a magnetic field, electric current will flow (be induced) in the conductor. So the mechanical energy of the moving wire is converted into the electric energy of the current that flows in the wire.