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5. 100 200 300 400 500 Frames of Reference SpeedVelocity Acceleration GraphingPotpourri

6. ___________ is something that is moving and having movement. A 100

7. Motion A 100

8. This is the stationary object/area used for comparison. A 200

9. Frame of Reference OR Reference Point A 200

10. These are the three most common frames of reference. A 300

11. Sun, Earth, Moon A 300

12. Identify the frame of reference: A bus moves past people standing on a sidewalk. A 400

13. People A 400

14. A 500 Identify the frame of reference: A football player crosses the goal line and scores a touchdown.

15. Goal Line A 500

16. This is the equation for speed. B 100

17. Speed = Distance / Time B 100

18. A horse traveled a distance of 50km in 2 hours. What was the horse’s speed? B 200

19. 25 km/hr B 200

20. How much time would it take a storm to travel 80km, if the storm is traveling at 20km/hr. B 300

21. 4 hours B 300

22. How far would you have traveled if you ran 4 m/s for 50 seconds? B 400

23. 200 meters B 400

24. David grandmother’s house is 4 kilometers away. It took him 30 minutes to bicycle to his grandmother’s house. What was his speed in km/hr? B 500

25. 8 km/hr B 500

26. What two components does velocity have? C 100

27. Speed Direction C 100

28. A snowboarder is moving south at 5.5 km/hr. What is her velocity? C 200

29. 5.5 km/hr South C 200

30. You are paddling a canoe at a speed of 10 m/s downstream. If the water’s current has a velocity of 20 m/s downstream, how fast are you traveling? C 300

31. 30 m/s downstream C 300

32. DAILY DOUBLE C 400 DAILY DOUBLE Place A Wager

33. C 400 You are on an airplane traveling 300 miles/hour west. The wind that you are flying through has a velocity of 100 miles/hour east. What is your velocity?

34. 200 miles/hour WEST C 400

35. You are paddling 15 m/s upstream of a river. The current of the river is moving at 20 m/s downstream. What is your overall velocity? C 500

36. 5 m/s downstream C 500

37. This is defined as a change in velocity. D 100

38. Acceleration D 100

39. A merry-go-round is traveling at a constant speed of 2 m/s. Is the merry-go-round accelerating? D 200

40. YES D 200

41. D 300 Acceleration refers to what three things?

42. 1)Increasing speed 2) Decreasing speed 3) Change of direction D 300

43. Is the moon accelerating? Explain D 400

44. YES. Even though it is moving at a constant speed, it is moving in a circular path so it is always changing direction. D 400

45. Assuming that each cyclist did not change direction during the race, which cyclist had no acceleration? D 500

46. John D 500

47. Which race car driver kept a constant speed during the entire race? E 100

48. John E 100

49. How far did Mary travel before she caught up to Brian? E 200

50. 8 km E 200

51. Who came in first….who came in last? E 300

52. First Place – John Last Place - Brian E 300

53. How far did Brian travel in one hour? E 400

54. 10 kilometers E 400

55. What was John’s average speed for the race? E 500

56. 0.2 km/min Or 12 km/hr E 500

57. This is the distance an object travels in one unit of time. F 100

58. Speed F 100

59. This is speed in a given direction. F 200

60. Velocity F 200

61. F 300 This is your speed at any given instant.

62. Instantaneous Speed F 300

63. This is the name for speed when it is the same at all times during it’s motion. F 400

64. Constant Speed F 400

65. Based on the diagram below, what is the total distance and displacement for the object? F 500

66. Distance = 220 km Displacement = 40 km South F 500

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

68. A cyclist is travels 32 kilometers during the first two hours of riding, and 13 kilometers during the next hour. Find the average speed of the cyclist. Click on screen to continue

69. 15 km/hr Click on screen to continue

70. Thank You for Playing Jeopardy!