Study Guide
Chapter 11
I. Define the following terms. State examples where appropriate.
1. Torricelli 11. pressure
2. elastic collision 12. Cape Cod barometer
3. anaeroid barometer 13. sphygmomanometer
4. intermolecular forces 14. unit cell
5. evaporation 15. liquid crystal
6. boiling point 16. anhydrous solid
7. condenser 17. hygroscopic
8. sublimation 18. desiccator
9. distillation 19. deliquescence
10. amorphous solid 20. efflorescence
II. Describe the four basic principles behind the kinetic theory of gases.
III. Calculate the following
1. Calculate the number of grams of boiling water which will evaporate upon the
addition of 1.5 x 107 joules of heat. ( The heat of vaporization for water is
2.26 x 103 j/g )
2. Calculate the amount of heat necessary to melt 150 g of ice at a constant temperature
of 0oC . ( The heat of fusion for water is 335 j/g.
IV. Short essays
1. If one is trapped on thin ice, explain why it is best to lie down rather than continue
standing.
2. Describe how air pressure and weather systems are related.
3. Explain what is occurring when one's blood pressure is taken and also
state the optimum values for a young adult.
4. Describe how pressure affects the boiling point of a liquid.
5. Make a drawing of a distillation apparatus and explain it's operation.
6. State four examples of the process of deliquescence.
7. Describe how it is possible for the snow level on a mountain range to decrease
other than by melting.
8. Explain why an empty glass coffeepot on a hot stove will explode while one filled
with water will not.
9. Explain the meaning of a liquid crystal and state at least two of its uses.
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