Deck 13: The Atmosphere in Motion

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Question
Which of the following is NOT a local wind?

A)chinook
B)Santa Ana Winds
C)valley breeze
D)upland breeze
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Question
Because unequal heating of Earth's surface generates these pressure differences, ________ is/are the ultimate energy source for most wind.

A)caves
B)hot springs
C)solar radiation
D)the greenhouse effect
Question
Lines on a weather map connecting places of equal air pressure are called ________.

A)isovectors
B)isobars
C)isotherms
D)isopleths
Question
If Earth were not rotating, ________.

A)it would lose its atmosphere
B)air would move directly from high to low pressure
C)all air would move in one direction only
D)friction would be eliminated
Question
<strong>  Which of the four breezes shown in this figure best illustrates a land breeze?</strong> A)A B)B C)C D)D <div style=padding-top: 35px>
Which of the four breezes shown in this figure best illustrates a land breeze?

A)A
B)B
C)C
D)D
Question
<strong>  Which of the four lettered locations on this barometer would correspond to a hurricane (tropical cyclone)?</strong> A)A B)B C)C D)D <div style=padding-top: 35px>
Which of the four lettered locations on this barometer would correspond to a hurricane (tropical cyclone)?

A)A
B)B
C)C
D)D
Question
________ are high-elevation "rivers" of air that travel between 120 and 240 kilometers (75 and 150 miles)per hour in a west-to-east direction.

A)Chinooks
B)Valley breezes
C)Jet streams
D)Anticyclones
Question
Which of the following does not contribute to controlling the motion of the wind?

A)pressure gradient force
B)Coriolis effect
C)friction
D)ozone layer (and hole)
Question
Standard sea level pressure is ________.

A)about 1084 mb (32.01 inches of mercury)
B)about 1013 mb (29.92 inches of mercury)
C)about 902 mb (26.71 inches of mercury)
D)about 870 mb (25.70 inches of mercury)
Question
The wind that mostly closely resembles a chinook is ________.

A)the Santa Ana winds
B)monsoons
C)sea breezes
D)the jet stream
Question
You are getting ready to go for a hike on a summer day. You check the barograph and discover that the pressure tendency has been rising for several hours. Based on this information, what gear should you be sure to pack for your hike?

A)snowshoes
B)sunscreen
C)a rain jacket
D)a helmet
Question
An anemometer measures ________.

A)atmospheric pressure
B)wind direction
C)precipitation
D)wind speed
Question
All of the following instruments are used to measure air pressure except for ________.

A)mercurial barometer
B)aneroid barometer
C)barograph
D)anemometer
Question
When the pressure gradient force is balanced by the Coriolis force, high altitude ________ move parallel to isobars.

A)monsoons
B)geostrophic winds
C)valley breezes
D)chinooks
Question
Together, a high-pressure center and the Coriolis effect produce ________.

A)hurricanes
B)cyclones
C)anticyclones
D)Hadley cells
Question
<strong>  Which of the four lettered locations on the map would have the highest pressure gradient (and thus, the highest potential for winds)?</strong> A)A B)B C)C D)D <div style=padding-top: 35px>
Which of the four lettered locations on the map would have the highest pressure gradient (and thus, the highest potential for winds)?

A)A
B)B
C)C
D)D
Question
<strong>  Examine this map view of isobars (blue lines)and wind directions (red arrows). Based on the information in this map, what kind of winds are these most likely to be?</strong> A)surface winds B)geostrophic winds C)winds on a non-rotating Earth D)Santa Ana winds <div style=padding-top: 35px>
Examine this map view of isobars (blue lines)and wind directions (red arrows). Based on the information in this map, what kind of winds are these most likely to be?

A)surface winds
B)geostrophic winds
C)winds on a non-rotating Earth
D)Santa Ana winds
Question
The zone of subsiding dry air which encircles the globe near 30° latitude, north and south, is known as the ________.

A)Hadley cell
B)subtropical high
C)trade winds
D)polar front
Question
Which of these factors influence the magnitude of the Coriolis force?

A)wind speed
B)latitude
C)wind direction
D)both wind speed and latitude
Question
In Eurasia, the land becomes cold in the winter and develops a seasonal high-pressure system from which surface flow is directed off the land. In the summer, in contrast, the opposite occurs: The landmasses are heated and develop a low-pressure cell, which permits air to flow onto the land. This "switch" in directions of airflow into or off of the continent gives rise to ________.

A)the monsoon
B)cyclones
C)the polar high
D)easterlies and westerlies
Question
Winds occurring as a result of upper-level flow are generally faster than the surface winds directly below.
Question
Anticyclones characteristically have winds blowing out from their centers.
Question
<strong>  Examine the figure. Which of the four lettered latitudes would be the most likely site for clear skies?</strong> A)A B)B C)C D)D <div style=padding-top: 35px>
Examine the figure. Which of the four lettered latitudes would be the most likely site for clear skies?

A)A
B)B
C)C
D)D
Question
The pressure gradient force is always directed parallel to the isobars.
Question
The jet stream is a surface wind feature.
Question
This pressure zone is associated with abundant precipitation and warm temperatures.

A)subtropical high
B)equatorial low
C)subpolar low
D)anticyclone
Question
The Sahara and Australian deserts (among others)are associated with the ________.

A)subtropical high
B)equatorial low
C)subpolar low
D)anticyclone
Question
Low pressure systems are usually associated with clear weather.
Question
A north wind blows from the north toward the south.
Question
Air flows from areas of higher pressure to areas of lower pressure.
Question
Widely spaced isobars indicate strong winds.
Question
Cyclones are usually associated with stormy weather.
Question
The Coriolis effect influences wind speed but not wind direction.
Question
A sea breeze usually originates during the ________.

A)evening and flows toward the land
B)day and flows toward the land
C)evening and flows toward the water
D)day and flows toward the water
Question
If the barometer indicated 1020 millibars, air pressure would be considered high.
Question
  Consider the figure as evidence in evaluating the truthfulness of the following statement: Particular barometer readings always correspond to specific types of weather.<div style=padding-top: 35px>
Consider the figure as evidence in evaluating the truthfulness of the following statement: "Particular barometer readings always correspond to specific types of weather."
Question
<strong>  Examine the figure. Which of the four lettered columns shows the correct order of slowest wind symbols (top)to fastest wind symbols (bottom)?</strong> A)A B)B C)C D)D <div style=padding-top: 35px>
Examine the figure. Which of the four lettered columns shows the correct order of slowest wind symbols (top)to fastest wind symbols (bottom)?

A)A
B)B
C)C
D)D
Question
<strong>  Examine the map showing air pressure in millibars. Which of the four lettered locations deserves a wind hazard alert?</strong> A)A B)B C)C D)D <div style=padding-top: 35px>
Examine the map showing air pressure in millibars. Which of the four lettered locations deserves a wind hazard alert?

A)A
B)B
C)C
D)D
Question
The driving force of wind is the horizontal air pressure gradient that results from unequal heating of Earth's surface by the Sun.
Question
Upper air winds are unaffected by the Coriolis force.
Question
While some barometers express atmospheric pressure in millibars, others use ________ as their basic unit of measurement.
Question
An instrument that measures air pressure using a partially evacuated chamber is called a(n)________.
Question
Polar easterlies may dominate Alaska's prevailing winds, and NE trade winds may dominate in Hawaii, but ________ dominate the prevailing winds of the "lower 48" (contiguous)United States.
Question
If Earth's surface were uniform, ________ belts of pressure oriented east to west would exist in each hemisphere.
Question
________ of air occurs near Earth's surface around an anticyclone.
Question
The average position of the polar jet stream, and hence the paths followed by cyclones and anticyclones, migrates ________ with the approach of winter.
Question
________ is the result of horizontal differences in air pressure.
Question
  Examine the figure. The prevailing wind depicting on this wind rose blows from the ________ towards the ________.<div style=padding-top: 35px>
Examine the figure. The prevailing wind depicting on this wind rose blows from the ________ towards the ________.
Question
Chinook and Santa Ana winds are warm, dry winds created when air descends the leeward side of a mountain and ________ by compression.
Question
In the Northern Hemisphere, the Coriolis effect shifts objects to the ________ of their straight-line paths.
Question
Above a height of a few kilometers, the Coriolis effect is equal to and opposite the pressure gradient force, which results in ________ winds that blow parallel to the isobars.
Question
In the United States, prevailing winds move the "weather" from east to west across the continent.
Question
Match the item in the first column with the correct description in the second column.

A)a night-time wind in coastal regions, moving seaward
B)a day-time wind in coastal regions, moving inland
C)a surface region of low atmospheric pressure around which winds spiral inwards
D)a surface region of high atmospheric pressure around which winds spiral outwards
E)a device that measures wind speed, but not direction
F)a device that measures wind direction, but not speed
G)the equatorial low-pressure zone
H)air movement the occurs between the equator and the subtropical high
1)cyclone
2)anticyclone
3)anemometer
4)wind vane
5)sea breeze
6)land breeze
7)intertropical convergence zone
8)trade wind
Question
A(n)________ provides a rough indication of wind speed and direction, though it's not as precise as a cup anemometer paired with a wind vane.
Question
The faster the wind speed, the ________ the deflection of winds due to the Coriolis force.
Question
In general, regions influenced by high pressure, with its associated subsidence and divergent winds, experience ________ conditions.
Question
Why are coastal and mountainous regions often much more windy than other locations at similar latitudes?
Question
On the basis of vegetation patterns, cloud cover, and sea surface patterns (choppy or calm), identify the directions that the prevailing trade winds blow over the Hawaiian islands. Draw an arrow on this image to express your answer.
On the basis of vegetation patterns, cloud cover, and sea surface patterns (choppy or calm), identify the directions that the prevailing trade winds blow over the Hawaiian islands. Draw an arrow on this image to express your answer.   NASA image<div style=padding-top: 35px>
NASA image
Question
For a low-pressure center to be maintained or strengthened, the surface convergence must be balanced by ________ aloft.
Question
Identify and label the following four features on this diagram:
a. equatorial low
b. polar front
c. subtropical high
d. polar high
Identify and label the following four features on this diagram: a. equatorial low b. polar front c. subtropical high d. polar high  <div style=padding-top: 35px>
Question
  Examine the figure. Compare the precipitation maps in parts A and B with the atmospheric pressure patterns depicted in parts C and D. Does A or B match up with C? Which one matches with D? Explain.<div style=padding-top: 35px>
Examine the figure. Compare the precipitation maps in parts A and B with the atmospheric pressure patterns depicted in parts C and D. Does A or B match up with C? Which one matches with D? Explain.
Question
  Examine the photo. There is a local wind blowing in this photo, though you cannot see the wind itself. Based on the evidence in the photo, which local wind is present here? State your evidence with your interpretation.<div style=padding-top: 35px>
Examine the photo. There is a local wind blowing in this photo, though you cannot see the wind itself. Based on the evidence in the photo, which local wind is present here? State your evidence with your interpretation.
Question
  Examine the barograph shown in the photograph. Based on the data available there, would you expect rainy or clear weather to be more likely? Explain.<div style=padding-top: 35px>
Examine the barograph shown in the photograph. Based on the data available there, would you expect rainy or clear weather to be more likely? Explain.
Question
If divergence in the jet stream above a surface low-pressure center exceeds convergence at the surface, will surface winds likely get stronger or weaker?
Question
Discuss the major factors that influence the global distribution of precipitation.
Question
  Examine the map showing air pressure in millibars. Compare and contrast what sorts of weather situations would you expect at sites B and D on the map.<div style=padding-top: 35px>
Examine the map showing air pressure in millibars. Compare and contrast what sorts of weather situations would you expect at sites "B" and "D" on the map.
Question
Match between columns
a night-time wind in coastal regions, moving seaward
cyclone
a night-time wind in coastal regions, moving seaward
anticyclone
a night-time wind in coastal regions, moving seaward
anemometer
a night-time wind in coastal regions, moving seaward
wind vane
a night-time wind in coastal regions, moving seaward
sea breeze
a night-time wind in coastal regions, moving seaward
land breeze
a night-time wind in coastal regions, moving seaward
intertropical convergence zone
a night-time wind in coastal regions, moving seaward
trade wind
a day-time wind in coastal regions, moving inland
cyclone
a day-time wind in coastal regions, moving inland
anticyclone
a day-time wind in coastal regions, moving inland
anemometer
a day-time wind in coastal regions, moving inland
wind vane
a day-time wind in coastal regions, moving inland
sea breeze
a day-time wind in coastal regions, moving inland
land breeze
a day-time wind in coastal regions, moving inland
intertropical convergence zone
a day-time wind in coastal regions, moving inland
trade wind
a surface region of low atmospheric pressure around which winds spiral inwards
cyclone
a surface region of low atmospheric pressure around which winds spiral inwards
anticyclone
a surface region of low atmospheric pressure around which winds spiral inwards
anemometer
a surface region of low atmospheric pressure around which winds spiral inwards
wind vane
a surface region of low atmospheric pressure around which winds spiral inwards
sea breeze
a surface region of low atmospheric pressure around which winds spiral inwards
land breeze
a surface region of low atmospheric pressure around which winds spiral inwards
intertropical convergence zone
a surface region of low atmospheric pressure around which winds spiral inwards
trade wind
a surface region of high atmospheric pressure around which winds spiral outwards
cyclone
a surface region of high atmospheric pressure around which winds spiral outwards
anticyclone
a surface region of high atmospheric pressure around which winds spiral outwards
anemometer
a surface region of high atmospheric pressure around which winds spiral outwards
wind vane
a surface region of high atmospheric pressure around which winds spiral outwards
sea breeze
a surface region of high atmospheric pressure around which winds spiral outwards
land breeze
a surface region of high atmospheric pressure around which winds spiral outwards
intertropical convergence zone
a surface region of high atmospheric pressure around which winds spiral outwards
trade wind
a device that measures wind speed, but not direction
cyclone
a device that measures wind speed, but not direction
anticyclone
a device that measures wind speed, but not direction
anemometer
a device that measures wind speed, but not direction
wind vane
a device that measures wind speed, but not direction
sea breeze
a device that measures wind speed, but not direction
land breeze
a device that measures wind speed, but not direction
intertropical convergence zone
a device that measures wind speed, but not direction
trade wind
a device that measures wind direction, but not speed
cyclone
a device that measures wind direction, but not speed
anticyclone
a device that measures wind direction, but not speed
anemometer
a device that measures wind direction, but not speed
wind vane
a device that measures wind direction, but not speed
sea breeze
a device that measures wind direction, but not speed
land breeze
a device that measures wind direction, but not speed
intertropical convergence zone
a device that measures wind direction, but not speed
trade wind
the equatorial low-pressure zone
cyclone
the equatorial low-pressure zone
anticyclone
the equatorial low-pressure zone
anemometer
the equatorial low-pressure zone
wind vane
the equatorial low-pressure zone
sea breeze
the equatorial low-pressure zone
land breeze
the equatorial low-pressure zone
intertropical convergence zone
the equatorial low-pressure zone
trade wind
air movement the occurs between the equator and the subtropical high
cyclone
air movement the occurs between the equator and the subtropical high
anticyclone
air movement the occurs between the equator and the subtropical high
anemometer
air movement the occurs between the equator and the subtropical high
wind vane
air movement the occurs between the equator and the subtropical high
sea breeze
air movement the occurs between the equator and the subtropical high
land breeze
air movement the occurs between the equator and the subtropical high
intertropical convergence zone
air movement the occurs between the equator and the subtropical high
trade wind
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Deck 13: The Atmosphere in Motion
1
Which of the following is NOT a local wind?

A)chinook
B)Santa Ana Winds
C)valley breeze
D)upland breeze
D
2
Because unequal heating of Earth's surface generates these pressure differences, ________ is/are the ultimate energy source for most wind.

A)caves
B)hot springs
C)solar radiation
D)the greenhouse effect
C
3
Lines on a weather map connecting places of equal air pressure are called ________.

A)isovectors
B)isobars
C)isotherms
D)isopleths
B
4
If Earth were not rotating, ________.

A)it would lose its atmosphere
B)air would move directly from high to low pressure
C)all air would move in one direction only
D)friction would be eliminated
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5
<strong>  Which of the four breezes shown in this figure best illustrates a land breeze?</strong> A)A B)B C)C D)D
Which of the four breezes shown in this figure best illustrates a land breeze?

A)A
B)B
C)C
D)D
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6
<strong>  Which of the four lettered locations on this barometer would correspond to a hurricane (tropical cyclone)?</strong> A)A B)B C)C D)D
Which of the four lettered locations on this barometer would correspond to a hurricane (tropical cyclone)?

A)A
B)B
C)C
D)D
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7
________ are high-elevation "rivers" of air that travel between 120 and 240 kilometers (75 and 150 miles)per hour in a west-to-east direction.

A)Chinooks
B)Valley breezes
C)Jet streams
D)Anticyclones
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8
Which of the following does not contribute to controlling the motion of the wind?

A)pressure gradient force
B)Coriolis effect
C)friction
D)ozone layer (and hole)
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9
Standard sea level pressure is ________.

A)about 1084 mb (32.01 inches of mercury)
B)about 1013 mb (29.92 inches of mercury)
C)about 902 mb (26.71 inches of mercury)
D)about 870 mb (25.70 inches of mercury)
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10
The wind that mostly closely resembles a chinook is ________.

A)the Santa Ana winds
B)monsoons
C)sea breezes
D)the jet stream
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11
You are getting ready to go for a hike on a summer day. You check the barograph and discover that the pressure tendency has been rising for several hours. Based on this information, what gear should you be sure to pack for your hike?

A)snowshoes
B)sunscreen
C)a rain jacket
D)a helmet
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12
An anemometer measures ________.

A)atmospheric pressure
B)wind direction
C)precipitation
D)wind speed
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13
All of the following instruments are used to measure air pressure except for ________.

A)mercurial barometer
B)aneroid barometer
C)barograph
D)anemometer
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14
When the pressure gradient force is balanced by the Coriolis force, high altitude ________ move parallel to isobars.

A)monsoons
B)geostrophic winds
C)valley breezes
D)chinooks
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15
Together, a high-pressure center and the Coriolis effect produce ________.

A)hurricanes
B)cyclones
C)anticyclones
D)Hadley cells
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16
<strong>  Which of the four lettered locations on the map would have the highest pressure gradient (and thus, the highest potential for winds)?</strong> A)A B)B C)C D)D
Which of the four lettered locations on the map would have the highest pressure gradient (and thus, the highest potential for winds)?

A)A
B)B
C)C
D)D
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17
<strong>  Examine this map view of isobars (blue lines)and wind directions (red arrows). Based on the information in this map, what kind of winds are these most likely to be?</strong> A)surface winds B)geostrophic winds C)winds on a non-rotating Earth D)Santa Ana winds
Examine this map view of isobars (blue lines)and wind directions (red arrows). Based on the information in this map, what kind of winds are these most likely to be?

A)surface winds
B)geostrophic winds
C)winds on a non-rotating Earth
D)Santa Ana winds
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18
The zone of subsiding dry air which encircles the globe near 30° latitude, north and south, is known as the ________.

A)Hadley cell
B)subtropical high
C)trade winds
D)polar front
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19
Which of these factors influence the magnitude of the Coriolis force?

A)wind speed
B)latitude
C)wind direction
D)both wind speed and latitude
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20
In Eurasia, the land becomes cold in the winter and develops a seasonal high-pressure system from which surface flow is directed off the land. In the summer, in contrast, the opposite occurs: The landmasses are heated and develop a low-pressure cell, which permits air to flow onto the land. This "switch" in directions of airflow into or off of the continent gives rise to ________.

A)the monsoon
B)cyclones
C)the polar high
D)easterlies and westerlies
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21
Winds occurring as a result of upper-level flow are generally faster than the surface winds directly below.
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22
Anticyclones characteristically have winds blowing out from their centers.
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23
<strong>  Examine the figure. Which of the four lettered latitudes would be the most likely site for clear skies?</strong> A)A B)B C)C D)D
Examine the figure. Which of the four lettered latitudes would be the most likely site for clear skies?

A)A
B)B
C)C
D)D
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24
The pressure gradient force is always directed parallel to the isobars.
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25
The jet stream is a surface wind feature.
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26
This pressure zone is associated with abundant precipitation and warm temperatures.

A)subtropical high
B)equatorial low
C)subpolar low
D)anticyclone
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27
The Sahara and Australian deserts (among others)are associated with the ________.

A)subtropical high
B)equatorial low
C)subpolar low
D)anticyclone
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28
Low pressure systems are usually associated with clear weather.
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29
A north wind blows from the north toward the south.
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30
Air flows from areas of higher pressure to areas of lower pressure.
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31
Widely spaced isobars indicate strong winds.
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32
Cyclones are usually associated with stormy weather.
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33
The Coriolis effect influences wind speed but not wind direction.
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34
A sea breeze usually originates during the ________.

A)evening and flows toward the land
B)day and flows toward the land
C)evening and flows toward the water
D)day and flows toward the water
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35
If the barometer indicated 1020 millibars, air pressure would be considered high.
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36
  Consider the figure as evidence in evaluating the truthfulness of the following statement: Particular barometer readings always correspond to specific types of weather.
Consider the figure as evidence in evaluating the truthfulness of the following statement: "Particular barometer readings always correspond to specific types of weather."
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37
<strong>  Examine the figure. Which of the four lettered columns shows the correct order of slowest wind symbols (top)to fastest wind symbols (bottom)?</strong> A)A B)B C)C D)D
Examine the figure. Which of the four lettered columns shows the correct order of slowest wind symbols (top)to fastest wind symbols (bottom)?

A)A
B)B
C)C
D)D
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38
<strong>  Examine the map showing air pressure in millibars. Which of the four lettered locations deserves a wind hazard alert?</strong> A)A B)B C)C D)D
Examine the map showing air pressure in millibars. Which of the four lettered locations deserves a wind hazard alert?

A)A
B)B
C)C
D)D
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39
The driving force of wind is the horizontal air pressure gradient that results from unequal heating of Earth's surface by the Sun.
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40
Upper air winds are unaffected by the Coriolis force.
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41
While some barometers express atmospheric pressure in millibars, others use ________ as their basic unit of measurement.
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42
An instrument that measures air pressure using a partially evacuated chamber is called a(n)________.
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43
Polar easterlies may dominate Alaska's prevailing winds, and NE trade winds may dominate in Hawaii, but ________ dominate the prevailing winds of the "lower 48" (contiguous)United States.
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44
If Earth's surface were uniform, ________ belts of pressure oriented east to west would exist in each hemisphere.
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45
________ of air occurs near Earth's surface around an anticyclone.
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46
The average position of the polar jet stream, and hence the paths followed by cyclones and anticyclones, migrates ________ with the approach of winter.
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47
________ is the result of horizontal differences in air pressure.
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48
  Examine the figure. The prevailing wind depicting on this wind rose blows from the ________ towards the ________.
Examine the figure. The prevailing wind depicting on this wind rose blows from the ________ towards the ________.
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49
Chinook and Santa Ana winds are warm, dry winds created when air descends the leeward side of a mountain and ________ by compression.
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50
In the Northern Hemisphere, the Coriolis effect shifts objects to the ________ of their straight-line paths.
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51
Above a height of a few kilometers, the Coriolis effect is equal to and opposite the pressure gradient force, which results in ________ winds that blow parallel to the isobars.
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52
In the United States, prevailing winds move the "weather" from east to west across the continent.
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53
Match the item in the first column with the correct description in the second column.

A)a night-time wind in coastal regions, moving seaward
B)a day-time wind in coastal regions, moving inland
C)a surface region of low atmospheric pressure around which winds spiral inwards
D)a surface region of high atmospheric pressure around which winds spiral outwards
E)a device that measures wind speed, but not direction
F)a device that measures wind direction, but not speed
G)the equatorial low-pressure zone
H)air movement the occurs between the equator and the subtropical high
1)cyclone
2)anticyclone
3)anemometer
4)wind vane
5)sea breeze
6)land breeze
7)intertropical convergence zone
8)trade wind
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54
A(n)________ provides a rough indication of wind speed and direction, though it's not as precise as a cup anemometer paired with a wind vane.
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55
The faster the wind speed, the ________ the deflection of winds due to the Coriolis force.
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56
In general, regions influenced by high pressure, with its associated subsidence and divergent winds, experience ________ conditions.
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57
Why are coastal and mountainous regions often much more windy than other locations at similar latitudes?
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58
On the basis of vegetation patterns, cloud cover, and sea surface patterns (choppy or calm), identify the directions that the prevailing trade winds blow over the Hawaiian islands. Draw an arrow on this image to express your answer.
On the basis of vegetation patterns, cloud cover, and sea surface patterns (choppy or calm), identify the directions that the prevailing trade winds blow over the Hawaiian islands. Draw an arrow on this image to express your answer.   NASA image
NASA image
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59
For a low-pressure center to be maintained or strengthened, the surface convergence must be balanced by ________ aloft.
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60
Identify and label the following four features on this diagram:
a. equatorial low
b. polar front
c. subtropical high
d. polar high
Identify and label the following four features on this diagram: a. equatorial low b. polar front c. subtropical high d. polar high
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61
  Examine the figure. Compare the precipitation maps in parts A and B with the atmospheric pressure patterns depicted in parts C and D. Does A or B match up with C? Which one matches with D? Explain.
Examine the figure. Compare the precipitation maps in parts A and B with the atmospheric pressure patterns depicted in parts C and D. Does A or B match up with C? Which one matches with D? Explain.
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62
  Examine the photo. There is a local wind blowing in this photo, though you cannot see the wind itself. Based on the evidence in the photo, which local wind is present here? State your evidence with your interpretation.
Examine the photo. There is a local wind blowing in this photo, though you cannot see the wind itself. Based on the evidence in the photo, which local wind is present here? State your evidence with your interpretation.
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63
  Examine the barograph shown in the photograph. Based on the data available there, would you expect rainy or clear weather to be more likely? Explain.
Examine the barograph shown in the photograph. Based on the data available there, would you expect rainy or clear weather to be more likely? Explain.
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64
If divergence in the jet stream above a surface low-pressure center exceeds convergence at the surface, will surface winds likely get stronger or weaker?
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65
Discuss the major factors that influence the global distribution of precipitation.
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66
  Examine the map showing air pressure in millibars. Compare and contrast what sorts of weather situations would you expect at sites B and D on the map.
Examine the map showing air pressure in millibars. Compare and contrast what sorts of weather situations would you expect at sites "B" and "D" on the map.
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68
Match between columns
a night-time wind in coastal regions, moving seaward
cyclone
a night-time wind in coastal regions, moving seaward
anticyclone
a night-time wind in coastal regions, moving seaward
anemometer
a night-time wind in coastal regions, moving seaward
wind vane
a night-time wind in coastal regions, moving seaward
sea breeze
a night-time wind in coastal regions, moving seaward
land breeze
a night-time wind in coastal regions, moving seaward
intertropical convergence zone
a night-time wind in coastal regions, moving seaward
trade wind
a day-time wind in coastal regions, moving inland
cyclone
a day-time wind in coastal regions, moving inland
anticyclone
a day-time wind in coastal regions, moving inland
anemometer
a day-time wind in coastal regions, moving inland
wind vane
a day-time wind in coastal regions, moving inland
sea breeze
a day-time wind in coastal regions, moving inland
land breeze
a day-time wind in coastal regions, moving inland
intertropical convergence zone
a day-time wind in coastal regions, moving inland
trade wind
a surface region of low atmospheric pressure around which winds spiral inwards
cyclone
a surface region of low atmospheric pressure around which winds spiral inwards
anticyclone
a surface region of low atmospheric pressure around which winds spiral inwards
anemometer
a surface region of low atmospheric pressure around which winds spiral inwards
wind vane
a surface region of low atmospheric pressure around which winds spiral inwards
sea breeze
a surface region of low atmospheric pressure around which winds spiral inwards
land breeze
a surface region of low atmospheric pressure around which winds spiral inwards
intertropical convergence zone
a surface region of low atmospheric pressure around which winds spiral inwards
trade wind
a surface region of high atmospheric pressure around which winds spiral outwards
cyclone
a surface region of high atmospheric pressure around which winds spiral outwards
anticyclone
a surface region of high atmospheric pressure around which winds spiral outwards
anemometer
a surface region of high atmospheric pressure around which winds spiral outwards
wind vane
a surface region of high atmospheric pressure around which winds spiral outwards
sea breeze
a surface region of high atmospheric pressure around which winds spiral outwards
land breeze
a surface region of high atmospheric pressure around which winds spiral outwards
intertropical convergence zone
a surface region of high atmospheric pressure around which winds spiral outwards
trade wind
a device that measures wind speed, but not direction
cyclone
a device that measures wind speed, but not direction
anticyclone
a device that measures wind speed, but not direction
anemometer
a device that measures wind speed, but not direction
wind vane
a device that measures wind speed, but not direction
sea breeze
a device that measures wind speed, but not direction
land breeze
a device that measures wind speed, but not direction
intertropical convergence zone
a device that measures wind speed, but not direction
trade wind
a device that measures wind direction, but not speed
cyclone
a device that measures wind direction, but not speed
anticyclone
a device that measures wind direction, but not speed
anemometer
a device that measures wind direction, but not speed
wind vane
a device that measures wind direction, but not speed
sea breeze
a device that measures wind direction, but not speed
land breeze
a device that measures wind direction, but not speed
intertropical convergence zone
a device that measures wind direction, but not speed
trade wind
the equatorial low-pressure zone
cyclone
the equatorial low-pressure zone
anticyclone
the equatorial low-pressure zone
anemometer
the equatorial low-pressure zone
wind vane
the equatorial low-pressure zone
sea breeze
the equatorial low-pressure zone
land breeze
the equatorial low-pressure zone
intertropical convergence zone
the equatorial low-pressure zone
trade wind
air movement the occurs between the equator and the subtropical high
cyclone
air movement the occurs between the equator and the subtropical high
anticyclone
air movement the occurs between the equator and the subtropical high
anemometer
air movement the occurs between the equator and the subtropical high
wind vane
air movement the occurs between the equator and the subtropical high
sea breeze
air movement the occurs between the equator and the subtropical high
land breeze
air movement the occurs between the equator and the subtropical high
intertropical convergence zone
air movement the occurs between the equator and the subtropical high
trade wind
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