1. Physical Science Unit 3 Review
Jeopardy Game

2. Solids, Liquids, and Gases Kinetic Molecular Theory
Phase Changes
Pressure and Gas Laws
Heat
Kinetic Molecular Theory
Misc.
100
200
300
400
500
600
Jeopardy Home
Final Jeopardy

3. This has a definite volume, but no definite shape
S-L-G 100
This has a definite volume, but no definite shape

4. Solid, Liquid, Gas - 100
Liquid Jeopardy Home

5. This makes up 99% of the universe
S-L-G 200
This makes up 99% of the universe

6. Solid, Liquid, Gas - 200
Plasma Jeopardy Home

7. this has no definite volume, and no definite shape
S-L-G 300
this has no definite volume, and no definite shape

8. Solid, Liquid, Gas - 300
Gas Jeopardy Home

9. S-L-G 400
the forces of attraction between particles in this state of matter are very weak

10. Solid, Liquid, Gas - 400
Gas
Jeopardy Home

11. S-L-G 500
The forces of attraction between particles in this state of matter are very strong, and limit the motion of the particles

12. Solid, Liquid, Gas - 500
Solid Jeopardy Home

13. S-L-G 600
if you move a substance from one container to another, and its volume changes it is a what?

14. Solid, Liquid, Gas - 600
Gas Jeopardy Home

15. Phase change where a substance changes from a solid to a liquid.
P.C. 100
Phase change where a substance changes from a solid to a liquid.

16. Phase Changes 100
Melting Jeopardy Home

17. Phase change from a liquid to a gas is called what?
P.C. 200
Phase change from a liquid to a gas is called what?

18. Evaporation / Vaporization Jeopardy Home
Phase Changes 200
Evaporation / Vaporization Jeopardy Home

19. P.C. 300
What type of change occurs when water changes from a solid to a liquid? Note: The answer isn’t melting. What Type of Change….

20. Phase Changes 300
phase change/ physical change/ reversible change/ both phase and physical Jeopardy Home

21. Phase change where a gas changes directly to a solid
P.C. 400
Phase change where a gas changes directly to a solid

22. Deposition Jeopardy Home
Phase Changes 400
Deposition Jeopardy Home

23. When CO2 goes straight from a solid to a gas, this is called?
P. C. 500
When CO2 goes straight from a solid to a gas, this is called?

24. Sublimation Jeopardy Home
Phase Changes 500
Sublimation Jeopardy Home

25. Is a phase change from a liquid to a gas endothermic or exothermic?
P.C. 600
Is a phase change from a liquid to a gas endothermic or exothermic?

26. Phase Changes 600
Endothermic – It requires energy to be absorbed for it to happen. Jeopardy Home

27. P.G.L - 100
What is pressure?

28. Pressure/ Gas Laws 100
The amount of force exerted over a given area Force / area Jeopardy Home

29. What causes air pressure?
P.G.L. 200
What causes air pressure?

30. collision of atoms with each other and container Jeopardy Home
Pressure / Gas Laws 200
collision of atoms with each other and container Jeopardy Home

31. P.G.L. 300
Charles law says that what and what are directly proportional? What does that mean?

32. Pressure / Gas Laws 300
Volume and Temperature are directly proportional. When one increases, so does the other.
Jeopardy Home

33. What three things affect the pressure of an enclosed gas ?
P.G.L. 400
What three things affect the pressure of an enclosed gas ?

34. Volume, Temperature, and the number of particles Jeopardy Home
Pressure / Gas Laws 400
Volume, Temperature, and the number of particles Jeopardy Home

35. P.G.L. 500
This graph represents which gas law? Why?

36. Pressure / Gas Laws 500
Boyle’s Law; because as volume increases, pressure decreases Jeopardy Home

37. P.G.L. 600
Honors: If the volume of a cylinder is reduced from 8 liters to 4 liters, the pressure of the gas in the cylinder will change from 70kPa to what? Regular: The law that states that the volume of a gas is directly proportional to its temperature, if the pressure and number of molecules remain the same is:

38. Honors: 140 kPa Regular: Charles Law Jeopardy Home
Pressure / Gas Laws 600
Honors: 140 kPa
Regular: Charles Law
Jeopardy Home

39. H 100
heat is thermal energy moving from a ___________ substance to a _____________ substance.

40. Heat 100
heat is thermal energy moving from a Warm / Hot substance to a Cold/ Cooler substance. Jeopardy Home

41. H 200
Heat travelling by direct particle to particle contact is called _____________. Give an example.

42. Heat 200
Conduction; touching a hot pan and getting burned, frying an egg, stepping on hot sand, holding a melting ice cube, etc Jeopardy Home

43. H 300
Heat moving by waves, such as the sun’s heat reaching us is called what? Give an example.

44. Heat 300
Radiation; standing near a fire and feeling warmth, a piece of bread warming up in a toaster Jeopardy Home

45. H 400
On a hot summer day, as you walk across the beach, your feet get hot. Explain the two kinds of heat transfers that are happening.

46. Heat 400
Radiation from the sun is warming the sand, your feet are getting warm because of contact with the sand, which is conduction Jeopardy Home

47. H 500
Heat energy will travel from one substance to another until the two substances have the same temperature. What is this called?

48. Thermal Equilibrium Jeopardy Home
Heat 500
Thermal Equilibrium Jeopardy Home

49. H 600
In convection, hot air/liquid rises forcing cold air down in a continuous pattern, creating a current. Why does the hot air/liquid rise?

50. Heat 600
The heated fluid rises because the particles are moving faster, which causes the substance to become less dense. Jeopardy Home

51. K.M.T. 100
KMT states that tiny constantly moving particles, called what, make up all matter.

52. Kinetic Molecular Theory 100
Atoms / Molecules Jeopardy Home

53. KMT says that the small moving particles collide with what?

54. Kinetic Molecular Theory 200
Each other and walls of the container Jeopardy Home

55. K.M.T 300
KMT says that as the temperature increases, kinetic energy (motion) of the particles _____________

56. Kinetic Molecular Theory 300
Increases Jeopardy Home

57. K.M.T. 400
If I begin to melt a metal, describe what is happening to the energy of the metal molecules?

58. Kinetic Molecular Theory 400
The molecules will begin to move faster, and the temperature will increase until the phase change occurs, at which point the temperature will remain constant until the phase change is complete. Jeopardy Home

59. K.M.T. 500
When water boils, some of its molecules have enough _____________ to break the attraction to neighboring molecules. Explain force of attraction between molecules.

60. Kinetic Molecular Theory 500
Energy Solids: high attraction of particles Liquids: medium attraction of particles Gas: low attraction of particles Jeopardy Home

61. K.M.T. 600
Describe what happens to the kinetic energy of water molecules as water freezes?

62. Kinetic Molecular Theory 600
As water molecules decrease in temperature, they lose kinetic energy. Once water molecules have frozen, their kinetic energy has decreased to the point where the molecules vibrate in place instead of moving freely. Jeopardy Home

63. True / False The force of attraction between gas molecules is strong.

64. False – Gas molecules have low forces of attraction Jeopardy Home
Misc. 100
False – Gas molecules have low forces of attraction Jeopardy Home

65. True / False The energy of particles in a solid is low.
M 200
True / False The energy of particles in a solid is low.

66. Misc 200
True Jeopardy Home

67. M 300
Things are classified as solids, liquids or gases depending on whether their shapes and _____________ are definite or variable.

68. Misc 300
Volumes Jeopardy Home

69. How do gas molecules travel until they collide with something?

70. In a straight line Jeopardy Home
Misc 400
In a straight line Jeopardy Home

71. M 500
A graph representing Charles’ law would look like what? What variables would be on it and what would the line look like?

72. Misc 500
Volume And Temperature Jeopardy Home

73. M 600
Pick one person. Draw the particles in solids/liquids/gases. Explain why they look that way in terms of energy, force of attraction, and definite shape/volume.

74. Misc 600
Varies Jeopardy Home

75. Final Jeopardy
Describe what is happening with marshmallows in a vacuum all the air molecules are sucked out and then back in. Describe what law it is, and how the pressure is working…may use a diagram.