3. THIS IS

4. Review Your For

5. 100 200 300 400 500 Simple Harmonic Motion Electro- magnetic Spectrum Light Basics Light Reflection and Refraction Electricity Sound

6. What is another word that means oscillation? A 100

7. Vibration A 100

8. Which of the following is the equation for the period of a pendulum, and the equation for the period of a mass on a spring system. A 200

9. (a) = Pendulum period (b) = mass-spring period A 200

10. What occurs when there is a vibration about an equilibrium position in which a restoring force is proportional to the displacement from equilibrium. A 300

11. Simple Harmonic Motion A 300

12. What is the term used to describe any body suspended so that it can swing in a back- and-forth manner about a horizontal axis? A 400

13. A pendulum A 400

14. What is the term used to describe the maximum displacement of a pendulum from equilibrium (the height of the pendulum mass’ swing)? A 500

15. amplitude A 500

16. How are electromagnetic waves produced? B 100

17. By the interactions of magnetic and electric fields. B 100

18. What is the correct order for the following types of electromagnetic radiation from longest to shortest wavelength: gamma, visible light, microwaves, radio waves, infrared, x-rays and ultraviolet? B 200

19. Radio, microwaves, infrared, visible light, ultra violet, x-rays and gamma B 200

20. What form of electromagnet radiation are radar waves? B 300

21. Microwave radiation B 300

22. What is the highest frequency and most energetic waves of the electromagnetic spectrum? B 400

23. Gamma radiation B 400

24. Unlike mechanical waves, electromagnetic waves can travel in this. B 500

25. In the vacuum of space. B 500

26. What is the approximate speed of light in a vacuum? C 100

27. 3.0 x 10 8 m/s C 100

28. How did Newton’s model for light differ from Huygen’s model? C 200

29. Newton stated that light was made up of tiny particles, while Huygens said that light traveled in waves. C 200

30. According to the currently accepted model, which combines both Newton’s and Huygen’s model, light is said to have this. C 300

31. Wave-particle duality C 300

32. DAILY DOUBLE C 400 DAILY DOUBLE Wagering is not a good idea.

33. Light is emitted from luminous bodies in little packets of energy referred to by this term. C 400

34. What are photons? C 400

35. Anything that give’s off light is described by this adjective. C 500

36. luminous C 500

37. According to the Law of Reflection, what does the angle of incidence equal? D 100

38. The angle of reflection D 100

39. The angle of incidence and reflection are measured in relation to the normal. What is meant by the normal? D 200

40. The normal is an imaginary line perpendicular to the reflective surface. D 200

41. What type of image, formed from reflection, cannot be projected on a screen? D 300

42. virtual image D 300

43. Which type of mirror is converging, convex or concave? D 400

44. Concave D 400

45. What is the index of refraction? D 500

46. The index of refraction for a substance is the ratio of the speed of light in a vacuum to the speed of light in that substance. D 500

47. What is the unit of electric current? E 100

48. The unit of electric current is the ampere. E 100

49. What is the opposition to the motion of charge through a conductor? E 200

50. Resistance (measured in Ohms  ) E 200

51. What is the Ohm’s law equation? E 300

52. Electrical current = the ratio or potential difference to resistance in the circuit E 300

53. What is a unit of potential difference in a circuit? E 400

54. potential difference (unit = volt) E 400

55. Which of the following circuits allows you to remove one light bulb, and the bulbs left stay lit? parallel or series? E 500

56. A parallel circuit. E 500

57. What is the name given to an observed change in the frequency of sound waves (pitch) when there is relative motion between the source of sound and an observer. F 100

58. The Doppler Effect F 100

59. One object, vibrating at the same natural frequency of a second object, can sometimes force that second object into vibrational motion. What is the term used to describe this effect? F 200

60. resonance F 200

61. If the wavelength and frequency of a sound wave are known, how is the velocity of that sound wave calculated? F 300

62. Multiple the frequency and the velocity F 300

63. What type of wave is a sound wave, longitudinal or transverse? F 400

64. Longitudinal (also called a compression wave) F 400

65. What are the areas of minimum and maximum density of a sound wave called? F 500

66. Rarefactions = minimum density Compressions = maximum density F 500

67. The Final Jeopardy Category is: Standing Wave Please record your wager. Click on screen to begin

68. What is the difference between a node and an antinode in any standing wave harmonic? Click on screen to continue

69. Areas of maximum vibration is an antinode, while areas of no vibration are nodes. Click on screen to continue

70. Thank You for Playing Jeopardy! Good Luck on the Final Exam!!! Game Designed By C. Harr-MAIT