1. JEOPARDY! First things first 2 nd PlaceScience or math Simple technology What’s left 10 20 30 40 50

2. This causes a person to continue to move forward in his seat when the brakes are suddenly applied to a vehicle.

3. What is inertia?

4. This law explains inertia.

5. What is Newton’s 1 st law?

6. This force is needed to accelerate a 65 kg rider and her 150 kg motor scooter at 2 m/s 2.

7. What 430 N?

8. The net force of a combined force of 10 N north with a force of 7 N south.

9. What is 2 N North?

10. The net force of a combined force of 15 N north with a force of 5 N south.

11. What is 10 N North?

12. The SI unit for speed.

13. What is m/s?

14. The SI unit for force.

15. What is Newton?

16. When there is an increase in force, this will happen to the acceleration of the object.

17. What is increase?

18. A student kicks a 0.5 kg ball. She then kicks a 50 kg rock with the same force. This can be said about the acceleration of the ball as compared to the rock.

19. What is the ball will have a greater acceleration than the rock?

20. All objects accelerate toward the Earth at a rate of 9.8 m/s 2. This is the effect on velocity for every second that an object falls downward.

21. What is it increases by 9.8 m/s 2 until it reaches terminal velocity?

22. This is being calculated if 8.5 km (distance) is divided by 1.5 h (time)

23. What is average speed?

24. This is a hero’s resultant velocity, if in an action film, he is running forward along the top of a train going 55 m/s, and chasing a villain at a rate of 4 m/s.

25. What is 59 m/s?

26. The pressure exerted on the floor by a 6,000 N crate with an area of 20 m 2 (Pa=F/a).

27. What is 300 Pa?

28. The density of a 30 cm 3 sample of liquid with a mass of 180 g (D=m/v).

29. What is 6 g/cm 3 ?

30. Given the formula, (acceleration= final velocity – starting velocity divided by time), this is the plane’s acceleration from Mobile to Saraland if the plane passes over Mobile with a velocity of 4,000 m/s north and then passes over Saraland at a velocity of 8,000 m/s north, 40 s later.

31. What is 100 m/s 2 ?

32. A student is given a 10 kg rock, four boards and a fulcrum to make a lever. This board would have the greatest mechanical advantage if the fulcrum is placed in the same place relative to the load.

33. What is the longest board?

34. Two bicycle ramps have the same height. The first ramp is twice as long as the second ramp. This is why the first ramp has a better mechanical advantage. DAILY DOUBLE!!

35. What is because the first ramp is longer, so less force is required?

36. A student wants to lift a 70 kg box. She has four pulleys (a rope with 1 pulley, a rope with 2 pulleys, a rope with 3 pulleys and a rope with 4 pulleys) and an 18 m rope. This arrangement would have the greatest mechanical advantage.

37. What is the rope with four pulleys?

38. This is what a single pulley changes on an object.

39. What is the direction of the input force?

40. When a machine increases the size of the force exerted, this is what happens to the distance through which the force is exerted.

41. What is the distance must decrease?

42. Where Mr. Smith should aim when shooting at a target due to projectile motion.

43. What is above the bull's-eye?

44. This causes the napkins to stay on the picnic table even though there is a slight breeze.

45. What is static friction?

46. Why hydraulic devices use liquids instead of gases.

47. What is because gases can be compressed and liquids cannot?

48. How gases and air flow.

49. What is from areas of high pressure to areas of low pressure?

50. Why a balloon filled with helium rises to float in the air.

51. What is because helium is less dense than air?

52. Math

53. FINAL JEOPARDY! This is a girl’s resultant velocity, if on a school bus, she is walking backward to her seat going 5 m/s, and the bus is traveling forward at a rate of 50 m/s.