Deck 8: Circulation of the Atmosphere
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Deck 8: Circulation of the Atmosphere
1
Where are the more complex atmospheric cells located?
A) The equator
B) The northern pole
C) The mid-latitudes
D) The southern pole
A) The equator
B) The northern pole
C) The mid-latitudes
D) The southern pole
C
2
What occurs when air is subjected to less pressure?
A) The air becomes compressed.
B) The air expands
C) The air rises in temperature.
D) The water vapor is able to condense.
A) The air becomes compressed.
B) The air expands
C) The air rises in temperature.
D) The water vapor is able to condense.
B
3
What causes the solar heating of Earth to have seasonal variations?
A) The length of the Earth's rotation
B) The tilt of the Earth's axis from the sun
C) The Coriolis Effect
D) The shape of the Earth's rotation around the sun
A) The length of the Earth's rotation
B) The tilt of the Earth's axis from the sun
C) The Coriolis Effect
D) The shape of the Earth's rotation around the sun
B
4
What is true of the intertropical convergence zone?
A) It coincides with the geographical equator.
B) It is the result of the convergence of a Hadley cell and Ferrel cell.
C) It is subject to seasonal variations.
D) It coincides with areas of strong winds.
A) It coincides with the geographical equator.
B) It is the result of the convergence of a Hadley cell and Ferrel cell.
C) It is subject to seasonal variations.
D) It coincides with areas of strong winds.
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5
What caused the greatest loss of life and property during Hurricane Katrina?
A) Winds
B) Storm surge
C) Rainfall
D) The high pressure
A) Winds
B) Storm surge
C) Rainfall
D) The high pressure
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6
Which is not an example of a tropical cyclone?
A) Hurricane
B) Nor'easter
C) Willi-willi
D) Typhoon
A) Hurricane
B) Nor'easter
C) Willi-willi
D) Typhoon
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7
How many atmospheric cells are present in each hemisphere?
A) 3
B) 4
C) 6
D) 8
A) 3
B) 4
C) 6
D) 8
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8
What moves the water evaporated from the ocean's surface?
A) Precipitation
B) Weather
C) Climate
D) Wind
A) Precipitation
B) Weather
C) Climate
D) Wind
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9
How do seasons affect the surface winds?
A) During the northern summer, the surface winds shift to the south.
B) During the northern winter, the surface winds shift to the south.
C) During the northern winter, the surface winds shift to the north.
D) Surface winds are not affected by seasons
A) During the northern summer, the surface winds shift to the south.
B) During the northern winter, the surface winds shift to the south.
C) During the northern winter, the surface winds shift to the north.
D) Surface winds are not affected by seasons
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10
What occurs at the boundaries of circulation cells?
A) Winds move eastward due to the Coriolis Effect
B) Winds moves towards the poles
C) Winds move horizontally and at high speeds
D) Winds move vertically where the boundaries meet
A) Winds move eastward due to the Coriolis Effect
B) Winds moves towards the poles
C) Winds move horizontally and at high speeds
D) Winds move vertically where the boundaries meet
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11
If a ship is trying to sail from the eastern United States to Europe, what route would be the most efficient to take?
A) A southern route to take advantage of the easterlies
B) A southern route to take advantage of the westerlies
C) A northern route to take advantage of the easterlies
D) A northern route to take advantage of the westerlies
A) A southern route to take advantage of the easterlies
B) A southern route to take advantage of the westerlies
C) A northern route to take advantage of the easterlies
D) A northern route to take advantage of the westerlies
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12
Where do the most intense summer monsoons occur?
A) Asia
B) Africa
C) South America
D) Gulf of Mexico
A) Asia
B) Africa
C) South America
D) Gulf of Mexico
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13
Extratropical cyclones form between which two types of atmospheric cells?
A) Two Hadley cells
B) A Hadley cell and a Ferrel cell
C) A polar cell and a Hadley cell
D) A polar cell and a Ferrel cell
A) Two Hadley cells
B) A Hadley cell and a Ferrel cell
C) A polar cell and a Hadley cell
D) A polar cell and a Ferrel cell
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14
Which are the most persistent surface winds?
A) Doldrums
B) Westerlies
C) Easterlies
D) Trades
A) Doldrums
B) Westerlies
C) Easterlies
D) Trades
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15
What is a cause of atmospheric circulation?
A) The temperature of Earth's surface
B) Conduction currents
C) The amount of reflection of solar radiation
D) The Coriolis Effect
A) The temperature of Earth's surface
B) Conduction currents
C) The amount of reflection of solar radiation
D) The Coriolis Effect
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16
Why is air never completely dry?
A) Water vapor makes up as much as 4% of the atmosphere
B) Clouds and fog are actually liquid droplets of water
C) Water's very presence in the atmosphere accounts for dew, rain, and snow
D) All of these choices
A) Water vapor makes up as much as 4% of the atmosphere
B) Clouds and fog are actually liquid droplets of water
C) Water's very presence in the atmosphere accounts for dew, rain, and snow
D) All of these choices
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17
Why does the heat budget vary with latitude?
A) The angle of the sun at varying latitudes
B) The proximity to magnetic poles
C) Atmospheric circulation currents disperse solar radiation
D) The axis of the Earth
A) The angle of the sun at varying latitudes
B) The proximity to magnetic poles
C) Atmospheric circulation currents disperse solar radiation
D) The axis of the Earth
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18
Why are east-west variation patterns more pronounced in the middle latitudes of the Northern Hemisphere?
A) There is a wide range of temperatures that occur in the Northern Hemisphere.
B) There is an almost equal ration of land and water in the Northern Hemisphere.
C) There is a high pressure system that always forms over land in the Northern Hemisphere.
D) The Coriolis Effect influences the wind pattern more in these regions.
A) There is a wide range of temperatures that occur in the Northern Hemisphere.
B) There is an almost equal ration of land and water in the Northern Hemisphere.
C) There is a high pressure system that always forms over land in the Northern Hemisphere.
D) The Coriolis Effect influences the wind pattern more in these regions.
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19
Where do tropical cyclones come from?
A) High pressure systems
B) Between air masses
C) Within a single warm and humid air mass
D) Within a single cool and dry air mass
A) High pressure systems
B) Between air masses
C) Within a single warm and humid air mass
D) Within a single cool and dry air mass
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20
What causes most of the differences in winds in comparison to normal surface wind directions?
A) Geographical distribution of landmasses
B) The different responses of land and ocean to solar heating
C) Chaotic flow
D) All of these choices
A) Geographical distribution of landmasses
B) The different responses of land and ocean to solar heating
C) Chaotic flow
D) All of these choices
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21
What determines the availability of energy in a tropical cyclone?
A) Evaporation rates
B) The storm needs to stay over warm waters
C) Condensation
D) Latent heat of vaporization
A) Evaporation rates
B) The storm needs to stay over warm waters
C) Condensation
D) Latent heat of vaporization
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22
The lower atmosphere is a homogeneous mixture of gasses with nitrogen and oxygen being the most abundant.
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23
Horse latitudes at sea correspond to ____ on land.
A) tropical rainforests
B) great deserts
C) glaciers
D) mountain ranges
A) tropical rainforests
B) great deserts
C) glaciers
D) mountain ranges
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24
Climate is the state of the atmosphere at a particular time while weather is more a statistical view of an area.
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25
What is the tendency of pausing air masses over land?
A) They become low pressure systems when they pause.
B) They become high pressure systems when they pause.
C) They take on the characteristics of the land below them.
D) They finally become uniform in temperature, humidity, and density.
A) They become low pressure systems when they pause.
B) They become high pressure systems when they pause.
C) They take on the characteristics of the land below them.
D) They finally become uniform in temperature, humidity, and density.
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26
What is the residence time of water vapor in the lower atmosphere?
A) 2 days
B) 5 days
C) 10 days
D) 20 days
A) 2 days
B) 5 days
C) 10 days
D) 20 days
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27
Humid air is more dense than dry air at the same temperature.
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28
The weak Coriolis effect at the equator does not allow tropical cyclones to form.
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29
What made the 2005 hurricane season so unusual?
A) Hurricanes peaked early in their life cycle
B) Hurricanes were able to retain energy for longer periods of time
C) The season was the most active with 28 tropical storms formed
D) All of these choices
A) Hurricanes peaked early in their life cycle
B) Hurricanes were able to retain energy for longer periods of time
C) The season was the most active with 28 tropical storms formed
D) All of these choices
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30
Cyclones are rotating high pressure systems in which winds converge and ascend.
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31
The intensity and location of monsoon activity is dependent upon the proximity to the geographical equator.
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32
Why are there multiple atmospheric cells as air moves from the equator to the poles instead of one single cell?
A) There are variations in the solar radiation.
B) There are intermediate precipitation events which break up the air into circulation cells.
C) There are variations in the speed of wind.
D) The Coriolis effect breaks the air mass into atmospheric cells.
A) There are variations in the solar radiation.
B) There are intermediate precipitation events which break up the air into circulation cells.
C) There are variations in the speed of wind.
D) The Coriolis effect breaks the air mass into atmospheric cells.
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33
Higher than normal sea-surface temperatures in the Gulf of Mexico in 2005 led NOAA meteorologists to forecast high storm activity in the Atlantic.
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34
What is the name given by sailors to the area where Hadley cells converge?
A) Horse latitudes
B) Intertropical convergence zone
C) Doldrums
D) Trade winds
A) Horse latitudes
B) Intertropical convergence zone
C) Doldrums
D) Trade winds
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35
The Coriolis effect causes the wind directions of circulation cells.
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36
Polar latitude heating is heavily impacted by seasonal variations of solar radiation.
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37
What is a storm surge?
A) Severe flooding due to rapid rainfall
B) Higher than normal tides
C) Movement of water due to the low atmospheric pressure creates a dome of water
D) Movement of water due to the high atmospheric pressure creates a dome of water
A) Severe flooding due to rapid rainfall
B) Higher than normal tides
C) Movement of water due to the low atmospheric pressure creates a dome of water
D) Movement of water due to the high atmospheric pressure creates a dome of water
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38
What is not a factor in the amount of light penetrating the ocean?
A) The angle at which the light approaches the Earth
B) The surface turbulence of the ocean
C) The amount of light absorbed by clouds
D) The presence of ice or foam on the surface
A) The angle at which the light approaches the Earth
B) The surface turbulence of the ocean
C) The amount of light absorbed by clouds
D) The presence of ice or foam on the surface
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39
The prevailing westerlies are more consistent than the easterlies.
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40
What is the term for a pattern of wind circulation that changes with season?
A) Land breeze
B) Monsoon
C) Doldrums
D) Atmospheric cell
A) Land breeze
B) Monsoon
C) Doldrums
D) Atmospheric cell
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41
What is the Coriolis effect? What impact does it have on global circulation? Be specific.
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42
What are the characteristics of tropical cyclones and extratropical cyclones? Compare and contrast these two kinds of large storms.
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43
Do tropical cyclones seemingly follow wind patterns associated with the Coriolis effect? How does the Coriolis effect influence tropical cyclones? Why are there no cyclones found at the equator?
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44
Why is there a difference in the heat budget at various latitudes despite the Earth as a whole having a balanced heat budget? What happens at polar and tropical latitudes?
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45
Low pressure systems form over heated landmasses in the summer while high pressure systems form over the ocean.
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46
Most of mid-latitude weather is generated from an unstable zone between Ferrel and polar cells.
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47
In tropical cyclones, condensation energy is able to produce more heat.
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48
Extratropical cyclones move eastward because they are rooted in the westerly winds.
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49
The intertropical convergence zone coincides with Earth's meteorological equator which is different than the 0 ° latitude line.
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50
What kind of surface wind patterns occur due to the interaction of atmospheric cells. What are some of the effects on climate where these occur?
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