2. THIS IS
JEOPARDY

3. With
Your
Host...
Mrs. Newsham

4. Gas Laws
Kinetic Theory
Phase Changes
States of Matter
Relationships
Misc
100
100
100
100
100
100
200
200
200
200
200
200
300
300
300
300
300
300
400
400
400
400
400
400

5. The total pressure of an O2-Ar-He gas mixture is 755 mm Hg
The total pressure of an O2-Ar-He gas mixture is 755 mm Hg. If the partial pressure of Ar is 174 mm Hg and the partial pressure of He is 389 mm Hg, then the partial pressure of O2 is —
A 100

6. 192 mm Hg
A 100

7. A gas cylinder is filled with 4. 00 moles of oxygen gas at 300. 0 K
A gas cylinder is filled with 4.00 moles of oxygen gas at K. The piston is compressed to yield a pressure of 3.95 atm. What is the volume inside the cylinder?
(R= L*atm/mol *K)
A 200

8. 24.94 L
A 200

9. Gas is confined in a metal tank. At 20
Gas is confined in a metal tank. At 20.20C, the gas exerts a pressure of atm. After heating the tank, the pressure of the gas increases to atm. What is the temperature of the heated gas?
A 300

10. 357.6 K
A 300

11. A sample of nitrogen occupies 10. 0 liters at 25C and 98. 7 kPa
A sample of nitrogen occupies liters at 25C and 98.7 kPa. What would be the volume at 20C and mmHg?
A 400

12. 9.45 L
A 400

13. The Kinetic Molecular Theory states that-
B 100

14. All matter is in constant motion
B 100

15. Water molecules have the greatest kinetic energy in-
Ice at 0C
Water at 373K
Water 98C
Steam at 150C
B 200

16. D. Steam at 150C
B 200

17. According to the kinetic molecular theory, gases move move rapidly, independently, _____?_____, and in straight paths.
B 300

18. Gases move rapidly, independently, randomly, and in straight paths.
B 300

19. Explain in terms of the kinetic theory why a solid does not take the shape of its container while a liquid and a gas will.
B 400

20. Solid has a fixed position and it only vibrates, does not move freely

21. Which numbered process represents condensation?

22. 2
C 100

23. Which change in state requires that energy be added to the substance:
Freezing
Condensing
Vaporizing
Deposition
C 200

24. C: Vaporizing
C 200

25. A decreasing the air pressure B increasing the air pressure
Water can be made to boil above its normal boiling point of 100º C by —
A decreasing the air pressure
B increasing the air pressure
C increasing the heat being applied
D decreasing the volume of the
container
C 300

26. B increasing the air pressure

27. DAILY DOUBLE
DAILY DOUBLE
Place A Wager
C 400

28. A liquid placed in a closed container will evaporate until-

29. vaporizing = condensing
Dynamic equilbrium
C 400

30. This image represents what state of matter-
D 100

31. Liquid
D 100

32. Which state of matter has the most kinetic energy?
D 200

33. plasma
D 200

34. A viscous liquid is one in which-

35. Has a hindered flow, does not move as freely

36. How are the following alike: a plastic water bottle, a rubber band, and a glass pickle jar ?

37. All are amorphous solid

38. If you decrease the temperature of a gas, what happens to the pressure of that gas-

39. Decreases
E 100

40. Each balloon was filled with an identical number of moles of gas at standard pressure. Why is balloon B is larger than balloon A?
E 200

41. Balloon B is at a higher temperature or Balloon A is at a cooler temperature

42. If the pressure exerted on a confined gas is doubled, then the volume of the gas will-

43. Is halved
E 300

44. Which graph represents the relationship that exists between pressure and volume?
A C.
B D.
E 400

45. C
E 400

46. Line D represents water
Line D represents water. If the atmospheric pressure in a flask is lowered to 70 kPa, water would boil at-
F 100

47. 90 C
F 100

48. What temperature will this substance sublime at 0.6 atm?
F 200

49. 70C
F 200

50. How much faster does Helium effuse out of balloon compared to Radon?

51. Helium effuses 7.5 times faster than radon.

52. Why does air effuse, leave, a tire when the tire valve is opened?

53. Pressure outside lower than pressure inside the tire.
Gasses move from high concentration to low concentration until equal
F 400

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

55. Click on screen to continue
Is the average kinetic energy of the particles in a block of ice at 0C the same as or different from the average kinetic energy of the particles in a gas-filled weather balloon at 0C.? Explain.
Click on screen to continue

56. Click on screen to continue
Ice & liquid at 0°C = same temp = same movement of particles= same kinetic energy
Click on screen to continue

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