2. THIS IS
Jeopardy

3. With
Your
Host...
Mrs. Prosdocimo

4. Jeopardy A-
Motion B-
Force C-
Vocab D-
Energy E-
Teacher’s Choice
100
100
100
100
100
200
200
200
200
200
300
300
300
300
300
400
400
400
400
400
500
500
500
500
500

5. A- frame of reference B- velocity C- relative motion
You see a ball next to a doorway. Then you see the ball several feet from the doorway. You determine that movement has occurred due to this principle.
A- frame of reference
B- velocity
C- relative motion
D- relative position
A 100

6. You see a ball next to a doorway
You see a ball next to a doorway. Then you see the ball several feet from the doorway. You determine that movement has occurred due to this principle.
C- relative motion
A 100

7. Which best describes the motion of a violin string as it is plucked?
A- back and forth
B- straight line
C- circular
D- curved path
A 200

8. Which best describes the motion of a violin string as it is plucked?
A- back and forth
A 200

9. A car turning around a corner is an example of
A- straight line motion
B- curved path motion
C- fixed object
D- back and forth motion
A 300

10. A car turning around a corner is an example of
B- curved path motion
A 300

11. Any change in speed or direction is
A- speed
B- frame of reference
C- acceleration
D- velocity
A 400

12. Any change in speed or direction is
C- acceleration
A 400

13. To describe the velocity of a moving object, you need to know the….
A- speed and direction
B- speed and position
C- direction and relative motion
D- direction and position
A 500

14. To describe the velocity of a moving object, you need to know the….
A- speed and direction
A 500

15. Which object requires the least amount of force to move it 5 m?
A- golf ball
B- soccer ball
C- bowling ball
D- ping pong ball
B 100

16. Which object requires the least amount of force to move it 5 m?
D- ping pong ball
B 100

17. How can the forces used by the dogs in the picture be described?
A- The one on the left is pulling with more force.
B- The dog on the right is pulling with more force.
C- They are not pulling with any force.
D- They are pulling with the same amount of force.
B 200

18. How can the forces used by the dogs in the picture be described?
D- They are pulling with the same amount of force.
B 200

19. What is one substance that we use to reduce friction between surfaces?
A – steel
B- sandpaper
C- donuts
D- oil
B 300

20. What is one substance that we use to reduce friction between surfaces?
D. - oil
B 300

21. A- tile floor B- grassy field C- cement sidewalk D- paved road
A baseball is rolled across four different surfaces with the same force. Which surface will slow the movement of the soccer ball the most?
A- tile floor
B- grassy field
C- cement sidewalk
D- paved road
B 400

22. A baseball is rolled across four different surfaces with the same force. Which surface will slow the movement of the soccer ball the most?
B- grassy field
B 400

23. Force is measured in what unit?
A- newton
B- watt
C- joule
D- henry
B 500

24. Force is measured in what unit?
A- newton
B 500

25. What combines the speed and direction an object is moving?
A- frame of reference
B- motion
C- acceleration
D- velocity
C 100

26. What combines the speed and direction an object is moving?
D- velocity
C 100

27. What is the force caused when two surfaces rub together?
A- friction
B- speed
C- inertia
D- gravity
C 200

28. What is the force caused when two surfaces rub together?
A- friction
C 200

29. What is the force that makes objects pull toward each other?
A- inertia
B- friction
C- relative motion
D- gravity
C 300

30. What is the force that makes objects pull toward each other?
D- gravity
C 300

31. What is stored energy called?
A- potential energy
B- kinetic energy
C- work
D- fossil fuels
C 400

32. What is stored energy called?
A- potential energy
C 400

33. A- frame of reference B- speed C- relative motion D- acceleration
A train goes around a corner at the same speed it was traveling a straight track. What is this an example of?
A- frame of reference
B- speed
C- relative motion
D- acceleration
C 500

34. A train goes around a corner at the same speed it was traveling a straight track. What is this an example of?
D- acceleration
C 500

35. When does a swing have the most potential energy?
A- at the bottom
B- half way up
C- as high as it can go
D 100

36. When does a swing have the most potential energy?
C- as high as it can go
D 100

37. A compressed or tightened spring is an example of
A- work
B- potential energy
C- kinetic energy
D- gravity
D 200

38. A compressed or tightened spring is an example of
B- potential energy
D 200

39. Plants storing energy from the sun is an example of
A- work
B- potential energy
C- kinetic energy
D- gravity
D 300

40. Plants storing energy from the sun is an example of
B- potential energy
D 300

41. ________ is the ability to do work.
A- energy
B- newtons
C- kinetic energy
D- force
D 400

42. ________ is the ability to do work.
A- energy
D 400

43. A- neither kinetic nor potential energy
Someone is holding a ball in their hand. They are ready to release it, but have not done so yet. What kind of energy does the ball have?
A- neither kinetic nor potential energy
B- both kinetic and potential energy
C- kinetic energy
D- potential energy
D 500

44. Someone is holding a ball in their hand
Someone is holding a ball in their hand. They are ready to release it, but have not done so yet. What kind of energy does the ball have?
D- potential energy
D 500

45. What do all objects that have mass contain?
A- work
B- gravity
C- chocolate
D- acceleration
E 100

46. What do all objects that have mass contain?
B- gravity
E 100

47. Which object has kinetic energy?
A- a ball lying on the floor
B- a stopped merry-go-round
C- a dog running through the yard
D- a car parked in the garage
E 200

48. Which object has kinetic energy?
C- a dog running through the yard
E 200

49. D- It pushes the objects apart.
What happens to the force of gravity between two objects when the mass of one of the objects is increased?
A- It increases.
B- It decreases.
C- It stays the same.
D- It pushes the objects apart.
E 300

50. What happens to the force of gravity between two objects when the mass of one of the objects is increased?
A- It increases.
E 300

51. Speed is expressed in units of
A- time divided by distance
B- distance divided by time
C- direction divided by time
D- force divided by time
E 400

52. Speed is expressed in units of
B- distance divided by time
E 400

53. Objects that don’t seem to move define your
A- frame of reference
B- relative motion
C- potential energy
D- kinetic energy
E 500

54. Objects that don’t seem to move define your
A- frame of reference
E 500