1. Chapter 16 Test Review

2. Which state of matter is shown below?
A. Plasma
B. Gas
C. Solid
D. Liquid

3. Which state of matter is shown below?
A. Plasma
B. Gas
C. Solid
D. Liquid

4. Matter that has a definite shape and volume?
A. Solid
B. Liquid
C. Gas
D. Plasma

5. Matter that has a definite shape and volume?
A. Solid
B. Liquid
C. Gas
D. Plasma

6. Matter that has no definite volume or shape.
A. Solid
B. Gas
C. Liquid
D. Plasma

7. Matter that has no definite volume or shape.
A. Solid
B. Gas
C. Liquid
D. Plasma

8. Matter with a definite volume but no definite shape
A. Solid
B. Liquid
C. Gas
D. Plasma

9. Matter with a definite volume but no definite shape
A. Solid
B. Liquid
C. Gas
D. Plasma

10. Matter composed of free floating positive and negative chages
A. Plasma
B. Gas
C. Liquid
D. Solid

11. Matter composed of free floating positive and negative chages
A. Plasma
B. Gas
C. Liquid
D. Solid

12. Matter in which the particles are free to move until they fill their container
A. Gas
B. Solid
C. Water
D. Solid

13. Matter in which the particles are free to move until they fill their container
A. Gas
B. Solid
C. Water
D. Solid

14. When matter is heated it will generally _____________.
A. Expand
B. contract
C. Solidifies
D. Condenses

15. When matter is heated it will generally _____________.
A. Expand
B. contract
C. Solidifies
D. Condenses

16. A car has a weight of 18,250 N and is placed on a hydraulic lift, the piston it is on has an area of 5.25 m squared. The other piston has an area of 0.75 m squared. Which principle is being used?
A. Bernoulli’s
B. Pascal’s
C. Charles’s
D. Archimedes

17. A car has a weight of 18,250 N and is placed on a hydraulic lift, the piston it is on has an area of 5.25 m squared. The other piston has an area of 0.75 m squared. Which principle is being used?
A. Bernoulli’s
B. Pascal’s
C. Charles’s
D. Archimedes

18. A car has a weight of 18,250 N and is placed on a hydraulic lift, the piston it is on has an area of 5.25 m squared. The other piston has an area of 0.25 m squared. What force must be exerted on the piston to lift the car?
A N
B N
C N
D N

19. A car has a weight of 18,250 N and is placed on a hydraulic lift, the piston it is on has an area of 5.25 m squared. The other piston has an area of 0.25 m squared. What force must be exerted on the piston to lift the car?
A N
B N
C N
D N

20. A dog has a total area of 1,200 cm squared, at sea level the atmospheric pressure is N/cm squared. What is the total force exerted on the dog?
A. 12,156 N
B N
C. 12,156 cm squared
D cm squared

21. A dog has a total area of 1,200 cm squared, at sea level the atmospheric pressure is N/cm squared. What is the total force exerted on the dog?
A. 12,156 N
B N
C. 12,156 cm squared
D cm squared

23. What is the pressure on a car that is 3
What is the pressure on a car that is 3.5 meters below the surface of the water? (Hint: Density of water = kg/m cubed)
A kg
B kg
C kg/m squared
D kg/ m squared

24. What is the pressure on a car that is 3
What is the pressure on a car that is 3.5 meters below the surface of the water? (Hint: Density of water = kg/m cubed)
A kg
B kg
C kg/m squared
D kg/ m squared

25. The heat of fusion of water is 334 kJ/kg
The heat of fusion of water is 334 kJ/kg. A tank of water holds 45 kg of water. How many kJ of energy are released when the tank freezes?
A. 15,030 kJ
B kJ
C. 2,238 kJ
D. 149 kJ

26. The heat of fusion of water is 334 kJ/kg
The heat of fusion of water is 334 kJ/kg. A tank of water holds 45 kg of water. How many kJ of energy are released when the tank freezes?
A. 15,030 kJ
B kJ
C. 2,238 kJ
D. 149 kJ

27. What is the most common state of matter in the universe?
A. Gas
B. Solid
C. Liquid
D. Plasma

28. What is the most common state of matter in the universe?
A. Gas
B. Solid
C. Liquid
D. Plasma

29. Order the following phases in order from least kinetic energy (molecular motion) to most kinetic energy
A. Solid - Liquid – Gas
B. Liquid – Gas – Solid
C. Gas – Liquid – Solid
D. Solid – Gas – Liquid

30. Order the following phases in order from least kinetic energy (molecular motion) to most kinetic energy
A. Solid - Liquid – Gas
B. Liquid – Gas – Solid
C. Gas – Liquid – Solid
D. Solid – Gas – Liquid

31. The heat of fusion of water is 334 kJ/kg
The heat of fusion of water is 334 kJ/kg. A tank of water holds 500 kg of water. How many kJ of energy are released when the tank freezes?
A kJ
B. 123,836 kJ
C. 86,973 kJ
D. 167,000 kJ

32. The heat of fusion of water is 334 kJ/kg
The heat of fusion of water is 334 kJ/kg. A tank of water holds 500 kg of water. How many kJ of energy are released when the tank freezes?
A kJ
B. 123,836 kJ
C. 86,973 kJ
D. 167,000 kJ

33. Charles’s Law requires temperature to be in _________
A. Fahreneit
B. Celsius
C. Kelvin
D. Absolute Zero

34. Charles’s Law requires temperature to be in _________
A. Fahreneit
B. Celsius
C. Kelvin
D. Absolute Zero

35. As a sample of matter is heated its particles
A. stop Moving
B. Slow down
C. Speed up
D. are Unaffected

36. What is the difference in pressure from 4 meters deep compared to 14 meters deep? (Hint: Water Density: kg/ m cubed)
A. 102,120 kg
B kg
C. 102,120 kg/m squared
D kg/m squared

37. What is the difference in pressure from 4 meters deep compared to 14 meters deep? (Hint: Water Density: kg/ m cubed)
A. 102,120 kg
B kg
C. 102,120 kg/m squared
D kg/m squared

38. A substance going straight from a gas into a solid
A. Sublimation
B. Condensation
C. Evaporation
D. Desublimation

39. A substance going straight from a gas into a solid
A. Sublimation
B. Condensation
C. Evaporation
D. Desublimation

40. A liquid that keeps and ordered structure is a ___________
A. Amorphous
B. Plasma
C. Liquid Crystals
D. Structure Liquids

41. A liquid that keeps and ordered structure is a ___________
A. Amorphous
B. Plasma
C. Liquid Crystals
D. Structure Liquids

42. Compare and Contrast Charles’s Law and Boyle’s Law
Don’t forget your name
Must turn into Mr. Olson as you leave