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Chapter 15 Test

Matching
 
 
Match each item with the correct statement below.
a.
conduction
e.
ozone
b.
convection
f.
radiation
c.
nitrogen
g.
smog
d.
oxygen
h.
water vapor
 

1. 

the transfer of energy by rays or waves
 

2. 

the transfer of energy that occurs when molecules bump one another
 

3. 

makes up from zero to four percent of the atmosphere
 

4. 

the most common gas in the atmosphere
 

5. 

a gas made up of three oxygen molecules bonded together that occurs naturally in the upper atmosphere
 

6. 

transfer of heat by the flow of a heated material
 

7. 

makes up 21 percent of the atmosphere
 

8. 

a type of pollution
 

Completion
Complete each sentence or statement.
 
 
ch_15_test_files/i0120000.jpg
Figure 15-1
 

9. 

In Figure 15-1, cool air is more dense and forces up ____________________ air.
 

 

10. 

Figure 15-1 is an example of heat transfer by ____________________.
 

 

11. 

Figure 15-1 shows how a(n) ____________________ breeze works.
 

 

12. 

The breeze in Figure 15-1 occurs because ____________________ heats and cools more quickly than ____________________.
 

 

13. 

As you go higher in the troposphere, the temperature ____________________.
 

 

Short Answer
 

14. 

Identify A-D of the water cycle in Figure 15-2. Use the terms precipitation, evaporation, groundwater, and condensation.

ch_15_test_files/i0190000.jpg
Figure 15-2
 

Multiple Choice
Identify the letter of the choice that best completes the statement or answers the question.
 

15. 

Air pressure is greatest ____ because there are more molecules of air pushing down from above.
a.
in the exosphere
c.
in the troposphere
b.
at the top of the mountain
d.
at sea level
 

16. 

The ____ is caused by the Earth's rotation.
a.
sea breeze
c.
jet stream
b.
land breeze
d.
Coriolis effect
 

17. 

Electrically charged particles are found primarily in the ____.
a.
ionosphere
c.
stratosphere
b.
troposphere
d.
exosphere
 

18. 

There are ____ molecules of air at high elevations, so air pressure is less.
a.
more
c.
fewer
b.
no
d.
the same number of
 

19. 

Chlorofluorocarbons may be harming the ozone layer by ____.
a.
destroying ozone molecules
c.
blocking ultraviolet radiation
b.
adding more ozone molecules
d.
destroying oxygen molecules
 

20. 

The ____ are responsible for the movement of much of the weather across the United States and Canada.
a.
trade winds
c.
prevailing westerlies
b.
polar easterlies
d.
doldrums
 

21. 

____ is the transfer of energy in the form of rays or waves.
a.
Conduction
c.
Radiation
b.
Condensation
d.
Convection
 

22. 

Cold air has more molecules occupying a cubic centimeter of space than warm air; therefore, it has ____ pressure.
a.
lower
c.
higher
b.
the same
d.
half the
 

23. 

Air above the equator is heated more than at any other place on Earth because solar rays strike the equator ____.
a.
at a 180° angle
c.
more directly
b.
at a 45° angle
d.
none of the above
 

24. 

____ is the transfer of heat by the flow of a heated material.
a.
Conduction
c.
Condensation
b.
Convection
d.
Radiation
 

25. 

If the ozone layer disappeared, life on Earth would be exposed to ____ concentrations of ultraviolet radiation.
a.
lower
c.
no change in
b.
higher
d.
none of the above
 

26. 

The air above the ____ rises because it has low density and low pressure.
a.
south pole
c.
equator
b.
arctic circle
d.
north pole
 

27. 

The ____ are a windless zone at the equator.
a.
prevailing westerlies
c.
jet streams
b.
polar easterlies
d.
doldrums
 

28. 

Steady winds between the equator and 30° latitude north or south are known as the ____.
a.
doldrums
c.
polar easterlies
b.
trade winds
d.
jet stream
 

29. 

The process of water vapor changing to a liquid is called ____.
a.
evaporation
c.
precipitation
b.
condensation
d.
convection
 

30. 

When cool, dense air from over the water flows inland, it's called a ____.
a.
land breeze
c.
sea breeze
b.
jet stream
d.
polar easterly
 

31. 

The ____ blends into outer space.
a.
stratosphere
c.
mesosphere
b.
exosphere
d.
troposphere
 

32. 

The ____ contains the highest concentration of ozone.
a.
stratosphere
c.
troposphere
b.
mesosphere
d.
exosphere
 

33. 

The ____ is the layer of the atmosphere nearest to Earth's surface.
a.
ionosphere
c.
stratosphere
b.
troposphere
d.
exosphere
 

34. 

The ____ is the source of all energy in our atmosphere.
a.
Moon
c.
Sun
b.
Coriolis effect
d.
water cycle
 

35. 

Some scientists hypothesize that Earth's ozone layer is being damaged by ____.
a.
plant life on Earth
c.
global warming
b.
chlorofluorocarbons
d.
ultraviolet radiation
 

36. 

Temperatures in the thermosphere and exosphere are ____.
a.
very cold
c.
constantly changing
b.
hot and cold
d.
very warm
 

37. 

Sea and land breezes are caused because ____.
a.
air moves more easily over water than over land
b.
the land heats and cools more slowly than the water
c.
the land heats and cools more quickly than the water
d.
air moves more easily over land than over water
 

38. 

Not all areas on Earth's surface receive the same amount of radiation because Earth's surface ____.
a.
has continents on it
c.
is mostly water
b.
is curved
d.
is flat
 

39. 

Reflection and absorption by the atmosphere prevent some ____ from reaching Earth's surface.
a.
nitrogen
c.
radiation
b.
oxygen
d.
ozone
 

40. 

The transfer of energy that occurs when molecules bump into one another is called ____.
a.
radiation
c.
condensation
b.
conduction
d.
convection
 

41. 

In general, atmospheric pressure is greatest near Earth's surface and ____ as you move upward away from sea level.
a.
decreases
c.
doubles
b.
increases
d.
stays the same
 

42. 

When Earth receives energy from the Sun, ____.
a.
some energy is reflected back into space
b.
some is absorbed by the atmosphere
c.
some is absorbed by land and water on Earth's surface
d.
all of the above
 

43. 

The flow of air caused by ____ and the Coriolis effect creates distinct wind patterns on Earth's surface.
a.
differences in heating
c.
magnetic fields
b.
the ozone layer
d.
the jet streams
 

44. 

There is little wind in the doldrums because the air ____.
a.
is moving down
b.
expands, creating a zone of low pressure
c.
is motionless
d.
moves westward
 



 
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