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Founded in 2008. Natural Born Scientists is a registered trademark
  • Thomas Edison & Make Telegraph
  • Wisconsin Fast Plants
  • Rocket Science
  • Rocket Science
  • History of the Atomic Theory
  • DIY automatic bubble machined
  • Van de Graaf Generator
  • Two gallon aquarium
  • Chemistry grades 2-4
  • Crystal Radio Electronics 8-10
  • Wisconsin Fast Plant
  • Betta in a Bottle
  • My Prehistoric Creatures
  • Sea-Monkeys
  • Painted Lady Butterfly
  • Microworld Blog
  • K-2 Physics Experiments
  • K-1 Biology
  • Fun with Electricity K-1
  • New Cover Page
  • Science Project Classes Taught
  • Arduino Car Blog
  • Natural Born Scientists Store
  • About
  • Read Me
  • Home

Children's Electroscope

March 5, 2016

"Electricity is the flow of electrons" is an important developmental concept for children to learn. The ball electroscope was invented in 1754 by John Canton. Today, a children’s version can be found at www.nuclearconnect.org/in-the-classroom/for-teachers/making-atoms-visible-electroscope. (image from this source) This is a device that a 6-years can make, have fun with, and learn about electrons. A Styrofoam plate is taped to a table and rubbed with wool or polyester. The electroscope is put on top of the Styrofoam plate. The aluminum ball repels from the aluminum plate indicating that they both have excess electrons. If the aluminum plate is touched, then the excess electrons will flow away through the person and the ball will drop to show the loss. This experiment also introduces the concept of conductor and insulator. Touching the Styrofoam cup has no effect because it is a insulator while touching the aluminum discharges because it is a conductor. All electrical circuits depend upon conductors to channel the flow of electricity.

 

← The Children's Electroscope DemonstrationDiscovering electricity has charge. →

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Classes offered through the Super Saturday Program (www.supersaturday.org) to children in the tristate area

 


 

Taught through the

Super Saturday Program

www.supersaturday.org

 

This 6-Saturday course studies electricity through projects followed by lessons explaining the projects.

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