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Phsyics Jeopardy. Ch 33 Van de Graff. Ch 32 Terms. Ch 32 Main Ideas. Ch 32 Charging. Ch 33 Terms. Ch 33 Main Ideas. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500.

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  1. Phsyics Jeopardy Ch 33 Van de Graff Ch 32 Terms Ch 32 Main Ideas Ch 32 Charging Ch 33 Terms Ch 33 Main Ideas 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500

  2. Allows for the transmission of heat or electricity. A 100

  3. Conductor A 100

  4. The measurement of charge. A 200

  5. Coulomb A 200

  6. To draw off charges by touching it with our hand. A 300

  7. Grounding A 300

  8. Allows for infinite conductivity. A 400

  9. Superconductor A 400

  10. Possesses the properties of a conductor and an insulator. A 500

  11. Semiconductor A 500

  12. Main analogy to electric fields. B 100

  13. Gravitational fields B 100

  14. Defines the reason that charges cannot be created nor destroyed B 200

  15. Conservation of Charge B 200

  16. F=kq1q2/r2 B 300

  17. Coulomb’s Law B 300

  18. The reason that superconductors are not in wide-spread commercial use. B 400

  19. Must be at 4K B 400

  20. The larger force between gravity and electricity. B 500

  21. Electricity B 500

  22. The manner by which you charge yourself and get shocked by a doorknob. C 100

  23. Friction C 100

  24. The manner by which the confetti paper was charged before it flew off the rod. C 200

  25. Contact C 200

  26. The manner by which I can make your hair stand up without touching it. C 300

  27. Induction C 300

  28. DAILY DOUBLE DAILY DOUBLE Place A Wager C 400

  29. The reason that no ones hair stood up with our Van de Graff generator. C 400

  30. Too humid in the room C 400

  31. The reason that water can be deflected by a statically charged balloon. C 500

  32. Charge polarization C 500

  33. Holds a charge in a field. D 100

  34. Capacitor D 100

  35. The space around an electric charge. D 200

  36. Electric field D 200

  37. The electric potential energy per charge D 300

  38. Electric potential D 300

  39. The energy a charge possesses due to its location. D 400

  40. Electric potential energy D 400

  41. The unit of electric potential. D 500

  42. Volt D 500

  43. The charge of a “test charge.” E 100

  44. Positive (always!) E 100

  45. A way to display the strength of a field with field lines. E 200

  46. Either with vector lengths or by the relative proximity of the lines. E 200

  47. The reason you are safe in your car during an electrical storm. E 300

  48. Electric shielding E 300

  49. Objects with mass have gravitational potential energy. The comparison to charged particles is: E 400

  50. Electric potential energy E 400

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