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5. 100 200 300 400 500 MotionGraphingEnergyForceS/V/A Newton’s Laws

6. Give an example of motion. A 100

7. Running is one example. A 100

8. What is the most common frame of reference used? A 200

9. The earth A 200

10. What phrase is used to describe “Frame of Reference?” A 300

11. Point of view A 300

12. What is motion? A 400

13. A change in position over time. A 400

14. Define Frame of Reference A 500

15. An object or background that is assumed to be stationary when compared to a moving object. A 500

16. Describe the shape of a graph that shows constant speed. B 100

17. A straight line B 100

18. What are the units used to describe average speed? B 200

19. m/s or km/h B 200

20. Along which axis is speed graphed in a speed-time graph? B 300

21. The y-axis B 300

22. A slope is negative when it is describing B 400

23. Deceleration or (a negative acceleration) B 400

24. Which axis is the independent variable graphed on? B 500

25. X- axis B 500

26. What is energy of position or condition known as? C 100

27. Potential energy C 100

28. What does the Law of Conservation of Energy state? C 200

29. Energy can not be created nor destroyed, it changes forms. C 200

30. What are the 5 main forms of energy? C 300

31. Chemical, electrical, mechanical, nuclear and heat C 300

32. DAILY DOUBLE C 400 DAILY DOUBLE Place A Wager

33. Describe gravitational potential energy. C 400

34. Potential energy depending upon the object’s height above the earth’s surface C 400

35. What is the SI unit of measurement for energy? C 500

36. Joules, J C 500

37. Define force. D 100

38. A force is a push or a pull D 100

39. What does a force give off? D 200

40. Energy D 200

41. What is the unit for force? D 300

42. Newton, N D 300

43. What is the formula force? D 400

44. F=ma D 400

45. What is the difference between balanced and unbalanced forces? D 500

46. Balanced forces do not change the motion of the object, while unbalanced forces do. D 500

47. What is acceleration? E 100

48. The rate of change in velocity over a period of time. E 100

49. E 200 Mrs. Brady swam the backstroke at a velocity of 20meters per minute upstream. The current flowing against her at a rate of 5 meters per minute. What was her final velocity?

50. 15 meters per minute upstream E 200

51. Stanley and Zoe, Mrs. Brady’s guinea pigs, raced across the 6 meter kitchen floor. Stanley made it in 4 seconds and Zoe took 8 seconds. Calculate their average speed. E 300

52. Total distance / Total time 12 meters / 12 seconds 1m/s E 300

53. What is the formula for acceleration? E 400

54. A= vf - vi time E 400

55. What is the acceleration of a skateboarder who is stopped at a red light and then accelerates to reach a speed of 45 m/s in 9 seconds? E 500

56. A= 45 m/s - 0 m/s 9s A= 5 m/s 2 E 500

57. State Newton’s First Law F 100

58. An object at rest will remain at rest and an object in motion will remain in motion at a constant velocity until acted upon by a net force. F 100

59. What is inertia? F 200

60. The tendency of an object to resist any change in motion. F 200

61. What is the formula used to describe Newton’s Second Law? F 300

62. Force = mass * acceleration F 300

63. Newton’s Third Law describes what kind of forces? F 400

64. Action-Reaction forces F 400

65. Describe the action force of an untied, inflated balloon when it is released. F 500

66. The action force is the air escaping from the balloon. The reaction force is the balloon flying in the opposite direction. F 500

67. The Final Jeopardy Category is: “Circular Motion” Please record your wager. Click on screen to begin

68. Describe whether or not the Moon‘s velocity is constant, if the Moon were to travel at a constant speed in a circular orbit around the Earth. Click on screen to continue

69. The Moon’s velocity is not constant, because it is changing direction while orbiting eventhough it is traveling at a constant speed. Click on screen to continue

70. Thank You for Playing Jeopardy! Game Designed By C. Harr-MAIT