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A LEAF ELECTROSCOPE

A LEAF ELECTROSCOPE. by Richard Terwilliger. Insulating rubber stopper. Knob. Gold Leaves. case. A LEAF ELECTROSCOPE. A LEAF ELECTROSCOPE. The electroscope starts out neutral. This means there are an equal number of electrons and protons. Rubber rod.

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A LEAF ELECTROSCOPE

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  1. A LEAF ELECTROSCOPE byRichard Terwilliger

  2. Insulating rubber stopper Knob Gold Leaves case A LEAF ELECTROSCOPE

  3. A LEAF ELECTROSCOPE The electroscope starts out neutral This means there are an equal number of electrons and protons

  4. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  5. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  6. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  7. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  8. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  9. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  10. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  11. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  12. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  13. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  14. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  15. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  16. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  17. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  18. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  19. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  20. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  21. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  22. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  23. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  24. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  25. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  26. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  27. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  28. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  29. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  30. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  31. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  32. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  33. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  34. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  35. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  36. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  37. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves. Created by Richard J. Terwilliger April 2001

  38. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves. byRichard Terwilliger

  39. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  40. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  41. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  42. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  43. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  44. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  45. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  46. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  47. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  48. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  49. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

  50. Rubber rod We will charge this electroscope net negative using a negatively charged rubber rod. As the negatively charged rod approaches the knob of the electroscope, the electrons in the knob are repelled and move down into the leaves.

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