Deck 6: Air-Sea Interface

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Question
The jet stream is a fast moving easterly flowing air mass.
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Question
The percentage of incident light radiation reflected back to space is termed albedo.
Question
A mole of methane is able to absorb much more heat than one mole of carbon dioxide.
Question
An iceberg is a variety of sea ice.
Question
Near the poles, more energy is reflected back into space than is absorbed.
Question
The wavelength of energy radiated from the Earth back into the atmosphere is longer than the incoming solar radiation.
Question
A maritime polar air mass is likely to be dry and cold.
Question
A hurricane contains more energy than has been generated in the U.S. over the last twenty years.
Question
Sound travels more slowly in the SOFAR channel than in the areas of the ocean immediately above and below it.
Question
The trade winds can be found between 30° and 60°N and S latitudes.
Question
A hurricane is a very strong high-pressure system.
Question
The autumnal equinox occurs when the sun is directly overhead along the equator in March.
Question
A cold front is likely to have heavy, brief showers associated with it.
Question
The greenhouse gas that accounts for most of the natural greenhouse effect in Earth's atmosphere is carbon dioxide.
Question
The angle at which direct sunlight strikes the ocean's surface is important in determining the amount of solar energy that is absorbed.
Question
The best climate models indicate that Earth's average surface temperature has risen by 5°C in the last 100 years.
Question
Glaciers and sea ice have a high albedo.
Question
The doldrums can be found at the Equator.
Question
Low pressure systems in the northern hemisphere rotate:

A) at a 45º angle from the prevailing wind direction.
B) clockwise.
C) counterclockwise.
D) to the left.
E) to the right.
Question
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The area of the globe (latitude) that is characterized by falling air masses and little precipitation is:</strong> A) 1. B) 2. C) 3. D) 5. E) 6. <div style=padding-top: 35px>
The area of the globe (latitude) that is characterized by falling air masses and little precipitation is:

A) 1.
B) 2.
C) 3.
D) 5.
E) 6.
Question
Winds blowing from the north in the southern hemisphere will appear to :

A) be deflected toward the east.
B) be deflected toward the west.
C) circulate counterclockwise.
D) circulate clockwise.
E) travel in a straight line.
Question
A cold air mass moving into an area occupied by relatively warm air is called a(n):

A) cold front.
B) high pressure system.
C) low pressure system.
D) occluded front.
E) warm front.
Question
The Saffir-Simpson scale rates the relative intensity of tropical cylones.
Question
As a result of the Coriolis effect in the northern hemisphere, winds are deflected:

A) at a 45° angle form the original direction.
B) at a 90° angle from the original direction.
C) to the east of the original direction.
D) to the left of the original direction.
E) to the right of the original direction.
Question
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The westerlies wind belt is the area corresponding to:</strong> A) 1. B) 2. C) 3. D) 4. E) 5. <div style=padding-top: 35px>
The westerlies wind belt is the area corresponding to:

A) 1.
B) 2.
C) 3.
D) 4.
E) 5.
Question
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The strongest winds on Earth are:</strong> A) 1 & 2. B) 1 & 3. C) 2 & 3. D) 2 & 4. E) 3 & 4. <div style=padding-top: 35px>
The strongest winds on Earth are:

A) 1 & 2.
B) 1 & 3.
C) 2 & 3.
D) 2 & 4.
E) 3 & 4.
Question
The Tropic of Capricorn is located at:

A) 0° longitude.
B) 23.5°N latitude.
C) 23.5°S latitude.
D) 30°N latitude.
E) 60°S latitude.
Question
The temperate regions are characterized by:

A) cold fronts.
B) high pressure.
C) easterly winds.
D) trade winds.
E) westerly winds.
Question
A maritime tropical air mass is likely to be:

A) dry and cold.
B) dry and warm.
C) wet and cold.
D) wet and the same temperature.
E) wet and warm.
Question
The percentage of solar radiation absorbed by the Earth's oceans and landmasses is about:

A) 25%.
B) 30%.
C) 50%.
D) 70%.
E) 90%.
Question
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The wind belt that corresponds to the doldrums is labeled:</strong> A) 1. B) 2. C) 3. D) 5. E) 6. <div style=padding-top: 35px>
The wind belt that corresponds to the doldrums is labeled:

A) 1.
B) 2.
C) 3.
D) 5.
E) 6.
Question
With respect to the amount of energy absorbed by the atmosphere, the amount of energy radiated back into space between 35°N and 40°S latitude is:

A) about the same as the amount of energy absorbed by the atmosphere.
B) dependent upon the weather conditions, such as cloud cover, in the local area.
C) greater than the amount of energy absorbed by the atmosphere.
D) less than the amount of energy absorbed by the atmosphere,
E) unrelated to latitude.
Question
Idealized pressure belts and wind systems are significantly modified by Earth's tilted axis of rotation and:

A) differences in the heat capacity of ocean and land.
B) differences in the latitudinal albedo.
C) Ekman transport.
D) latitudinal variations in the Coriolis effect.
E) variations in incoming solar radiation over many years.
Question
The deflection of air masses to the right or left (depending on latitude) as they move from one latitude to another is called the:

A) Coriolis effect.
B) Cyclonic effect.
C) Ekman spiral.
D) Hadley cell.
E) Saffir-Simpson scale.
Question
With respect to incoming solar radiation, radiation emitted back into the atmosphere has:

A) a longer wave frequency.
B) a longer wavelength.
C) a shorter wave period.
D) a shorter wavelength.
E) the same wavelength.
Question
The percentage of solar radiation directed to Earth absorbed by the clouds and the atmosphere is about:

A) 10%.
B) 25%.
C) 30%.
D) 50%.
E) 70%.
Question
The doldrums refer to the same region as the:

A) intertropical convergence zone.
B) jet stream.
C) subtropical jet stream.
D) subtropics.
E) trade winds.
Question
Wind is initiated by thermal heating from the sun and cooling by the ocean creating a thermal convection cell.
Question
Discuss the formation of land breezes and sea breezes.
Question
What are the differences between hurricanes, typhoons, and tropical cyclones?
Question
The oceanic climate region(s) in the majority of strong cyclonic storms are produced is indicated by the number:

A) 1.
B) 1 & 2.
C) 2.
D) 3.
E) 3 & 4.
Question
Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern.
A)max. sustained winds
B)min. central pressure
C)sea surface temp.
D)storm surge
E)wind field di

A)
Question
Discuss the impact of the Coriolis effect on atmospheric circulation. Provide at least two examples where the Coriolis effect significantly impacts global atmospheric circulation.
Question
Distinguish between weather and climate.
Question
Describe the impact of cyclones on the Earth's heat budget? How are the number and frequency of cyclones related to latitude and season?
Question
Discuss uneven solar heating as a function of latitude and how this contributes to the formation of global wind belts.
Question
The wind belt(s) with strong, reliable, generally easterly winds is (are) the:

A) doldrums
B) horse latitudes.
C) polar easterlies.
D) trade winds.
E) westerlies.
Question
The strength of a hurricane is ranked from 1 to 5 on the:

A) Coriolis Scale.
B) Fujita Scale.
C) Moh's Scale.
D) Richter Scale.
E) Saffir-Simpson Scale.
Question
Colder air moving over significantly warmer ocean surface water may produce:

A) a cold front.
B) a warm front.
C) changes in coastal wind direction.
D) increased coastal precipitation..
E) sea smoke.
Question
Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern.

A)doldrums
B)northeast trades
C)polar easterlies
D)southeast trades
E)westerlies
Question
Hurricanes are an efficient way to:

A) decrease salinity in affected estuaries.
B) eradicate rainfall deficits.
C) raise local sea level due to storm surge.
D) redistribute heat from one area to another.
E) remove old-growth coastal forests.
Question
Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).
<strong>Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).   The oceanic climate region that is characterized by sea ice coverage in the winter and open water (but cold) in the summer is indicated by the number:</strong> A) 2. B) 3. C) 4. D) 5. E) 6. <div style=padding-top: 35px>
The oceanic climate region that is characterized by sea ice coverage in the winter and open water (but cold) in the summer is indicated by the number:

A) 2.
B) 3.
C) 4.
D) 5.
E) 6.
Question
How do water vapor and particles in the atmosphere complicate the creation of models of the Earth's atmosphere?
Question
Compare and contrast the formation of high pressure and low pressure atmospheric systems on precipitation and temperature in the areas where they form.
Question
Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).
<strong>Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).   The oceanic climate region(s) in the majority of strong cyclonic storms are produced is indicated by the number:</strong> A) 1. B) 1 & 2. C) 2. D) 3. E) 3 & 4. <div style=padding-top: 35px>
The oceanic climate region(s) in the majority of strong cyclonic storms are produced is indicated by the number:

A) 1.
B) 1 & 2.
C) 2.
D) 3.
E) 3 & 4.
Question
Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern.

A)continent
B)glacier
C)ice floe
D)ocean
E)sea ice
Question
When ice forms from seawater, the remaining seawater will have a:

A) darker color.
B) decreased density.
C) higher salinity.
D) higher temperature.
E) lower temperature.
Question
All of the following are true of the Earth's climate except:

A) a column of cool, dense air produces high pressure at the Earth's surface.
B) a column of warm, less dense air produces low pressure at the Earth's surface.
C) cool air is more dense than warm air so it tends to sink toward the Earth's surface.
D) the movement of air within the atmospheric convection cells generates the Earth's major wind belts.
E) warm air is less dense than cool air so it tends to sink toward the Earth's surface.
Question
Match between columns
Trade Winds
H2O
Trade Winds
prevailing wind pattern at polar latitudes
Trade Winds
located at 90º N latitude
Trade Winds
located at 30º S latitude
Trade Winds
area where air falls close to the equator
Trade Winds
prevailing wind pattern at tropical latitudes
Trade Winds
located at 23.5º N latitude
Trade Winds
located at 23.5º S latitude
Trade Winds
prevailing wind pattern at temperate latitudes
Trade Winds
CO2
Westerlies
H2O
Westerlies
prevailing wind pattern at polar latitudes
Westerlies
located at 90º N latitude
Westerlies
located at 30º S latitude
Westerlies
area where air falls close to the equator
Westerlies
prevailing wind pattern at tropical latitudes
Westerlies
located at 23.5º N latitude
Westerlies
located at 23.5º S latitude
Westerlies
prevailing wind pattern at temperate latitudes
Westerlies
CO2
Tropic of Capricorn
H2O
Tropic of Capricorn
prevailing wind pattern at polar latitudes
Tropic of Capricorn
located at 90º N latitude
Tropic of Capricorn
located at 30º S latitude
Tropic of Capricorn
area where air falls close to the equator
Tropic of Capricorn
prevailing wind pattern at tropical latitudes
Tropic of Capricorn
located at 23.5º N latitude
Tropic of Capricorn
located at 23.5º S latitude
Tropic of Capricorn
prevailing wind pattern at temperate latitudes
Tropic of Capricorn
CO2
Tropic of Cancer
H2O
Tropic of Cancer
prevailing wind pattern at polar latitudes
Tropic of Cancer
located at 90º N latitude
Tropic of Cancer
located at 30º S latitude
Tropic of Cancer
area where air falls close to the equator
Tropic of Cancer
prevailing wind pattern at tropical latitudes
Tropic of Cancer
located at 23.5º N latitude
Tropic of Cancer
located at 23.5º S latitude
Tropic of Cancer
prevailing wind pattern at temperate latitudes
Tropic of Cancer
CO2
Intertropical Convergence Zone
H2O
Intertropical Convergence Zone
prevailing wind pattern at polar latitudes
Intertropical Convergence Zone
located at 90º N latitude
Intertropical Convergence Zone
located at 30º S latitude
Intertropical Convergence Zone
area where air falls close to the equator
Intertropical Convergence Zone
prevailing wind pattern at tropical latitudes
Intertropical Convergence Zone
located at 23.5º N latitude
Intertropical Convergence Zone
located at 23.5º S latitude
Intertropical Convergence Zone
prevailing wind pattern at temperate latitudes
Intertropical Convergence Zone
CO2
anthropogenic greenhouse gas
H2O
anthropogenic greenhouse gas
prevailing wind pattern at polar latitudes
anthropogenic greenhouse gas
located at 90º N latitude
anthropogenic greenhouse gas
located at 30º S latitude
anthropogenic greenhouse gas
area where air falls close to the equator
anthropogenic greenhouse gas
prevailing wind pattern at tropical latitudes
anthropogenic greenhouse gas
located at 23.5º N latitude
anthropogenic greenhouse gas
located at 23.5º S latitude
anthropogenic greenhouse gas
prevailing wind pattern at temperate latitudes
anthropogenic greenhouse gas
CO2
Question
Match between columns
produced only in burning hydrocarbons
methane
produced only in burning hydrocarbons
CFCs
produced only in burning hydrocarbons
N₂O
produced only in burning hydrocarbons
O₃
component of the troposphere
methane
component of the troposphere
CFCs
component of the troposphere
N₂O
component of the troposphere
O₃
atmospheric compound with greatest infrared absorption rate
methane
atmospheric compound with greatest infrared absorption rate
CFCs
atmospheric compound with greatest infrared absorption rate
N₂O
atmospheric compound with greatest infrared absorption rate
O₃
methane
CFCs
N₂O
O₃
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Deck 6: Air-Sea Interface
1
The jet stream is a fast moving easterly flowing air mass.
True
2
The percentage of incident light radiation reflected back to space is termed albedo.
True
3
A mole of methane is able to absorb much more heat than one mole of carbon dioxide.
True
4
An iceberg is a variety of sea ice.
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5
Near the poles, more energy is reflected back into space than is absorbed.
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6
The wavelength of energy radiated from the Earth back into the atmosphere is longer than the incoming solar radiation.
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7
A maritime polar air mass is likely to be dry and cold.
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8
A hurricane contains more energy than has been generated in the U.S. over the last twenty years.
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9
Sound travels more slowly in the SOFAR channel than in the areas of the ocean immediately above and below it.
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10
The trade winds can be found between 30° and 60°N and S latitudes.
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11
A hurricane is a very strong high-pressure system.
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12
The autumnal equinox occurs when the sun is directly overhead along the equator in March.
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13
A cold front is likely to have heavy, brief showers associated with it.
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14
The greenhouse gas that accounts for most of the natural greenhouse effect in Earth's atmosphere is carbon dioxide.
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15
The angle at which direct sunlight strikes the ocean's surface is important in determining the amount of solar energy that is absorbed.
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16
The best climate models indicate that Earth's average surface temperature has risen by 5°C in the last 100 years.
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17
Glaciers and sea ice have a high albedo.
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18
The doldrums can be found at the Equator.
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19
Low pressure systems in the northern hemisphere rotate:

A) at a 45º angle from the prevailing wind direction.
B) clockwise.
C) counterclockwise.
D) to the left.
E) to the right.
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20
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The area of the globe (latitude) that is characterized by falling air masses and little precipitation is:</strong> A) 1. B) 2. C) 3. D) 5. E) 6.
The area of the globe (latitude) that is characterized by falling air masses and little precipitation is:

A) 1.
B) 2.
C) 3.
D) 5.
E) 6.
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21
Winds blowing from the north in the southern hemisphere will appear to :

A) be deflected toward the east.
B) be deflected toward the west.
C) circulate counterclockwise.
D) circulate clockwise.
E) travel in a straight line.
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22
A cold air mass moving into an area occupied by relatively warm air is called a(n):

A) cold front.
B) high pressure system.
C) low pressure system.
D) occluded front.
E) warm front.
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23
The Saffir-Simpson scale rates the relative intensity of tropical cylones.
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24
As a result of the Coriolis effect in the northern hemisphere, winds are deflected:

A) at a 45° angle form the original direction.
B) at a 90° angle from the original direction.
C) to the east of the original direction.
D) to the left of the original direction.
E) to the right of the original direction.
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25
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The westerlies wind belt is the area corresponding to:</strong> A) 1. B) 2. C) 3. D) 4. E) 5.
The westerlies wind belt is the area corresponding to:

A) 1.
B) 2.
C) 3.
D) 4.
E) 5.
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26
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The strongest winds on Earth are:</strong> A) 1 & 2. B) 1 & 3. C) 2 & 3. D) 2 & 4. E) 3 & 4.
The strongest winds on Earth are:

A) 1 & 2.
B) 1 & 3.
C) 2 & 3.
D) 2 & 4.
E) 3 & 4.
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27
The Tropic of Capricorn is located at:

A) 0° longitude.
B) 23.5°N latitude.
C) 23.5°S latitude.
D) 30°N latitude.
E) 60°S latitude.
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28
The temperate regions are characterized by:

A) cold fronts.
B) high pressure.
C) easterly winds.
D) trade winds.
E) westerly winds.
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29
A maritime tropical air mass is likely to be:

A) dry and cold.
B) dry and warm.
C) wet and cold.
D) wet and the same temperature.
E) wet and warm.
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30
The percentage of solar radiation absorbed by the Earth's oceans and landmasses is about:

A) 25%.
B) 30%.
C) 50%.
D) 70%.
E) 90%.
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31
Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).
<strong>Refer to the figure below and use the numbers that correspond to global wind belts and latitudes to answer the following question(s).   The wind belt that corresponds to the doldrums is labeled:</strong> A) 1. B) 2. C) 3. D) 5. E) 6.
The wind belt that corresponds to the doldrums is labeled:

A) 1.
B) 2.
C) 3.
D) 5.
E) 6.
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32
With respect to the amount of energy absorbed by the atmosphere, the amount of energy radiated back into space between 35°N and 40°S latitude is:

A) about the same as the amount of energy absorbed by the atmosphere.
B) dependent upon the weather conditions, such as cloud cover, in the local area.
C) greater than the amount of energy absorbed by the atmosphere.
D) less than the amount of energy absorbed by the atmosphere,
E) unrelated to latitude.
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33
Idealized pressure belts and wind systems are significantly modified by Earth's tilted axis of rotation and:

A) differences in the heat capacity of ocean and land.
B) differences in the latitudinal albedo.
C) Ekman transport.
D) latitudinal variations in the Coriolis effect.
E) variations in incoming solar radiation over many years.
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34
The deflection of air masses to the right or left (depending on latitude) as they move from one latitude to another is called the:

A) Coriolis effect.
B) Cyclonic effect.
C) Ekman spiral.
D) Hadley cell.
E) Saffir-Simpson scale.
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35
With respect to incoming solar radiation, radiation emitted back into the atmosphere has:

A) a longer wave frequency.
B) a longer wavelength.
C) a shorter wave period.
D) a shorter wavelength.
E) the same wavelength.
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36
The percentage of solar radiation directed to Earth absorbed by the clouds and the atmosphere is about:

A) 10%.
B) 25%.
C) 30%.
D) 50%.
E) 70%.
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37
The doldrums refer to the same region as the:

A) intertropical convergence zone.
B) jet stream.
C) subtropical jet stream.
D) subtropics.
E) trade winds.
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38
Wind is initiated by thermal heating from the sun and cooling by the ocean creating a thermal convection cell.
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39
Discuss the formation of land breezes and sea breezes.
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40
What are the differences between hurricanes, typhoons, and tropical cyclones?
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41
The oceanic climate region(s) in the majority of strong cyclonic storms are produced is indicated by the number:

A) 1.
B) 1 & 2.
C) 2.
D) 3.
E) 3 & 4.
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42
Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern.
A)max. sustained winds
B)min. central pressure
C)sea surface temp.
D)storm surge
E)wind field di

A)
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43
Discuss the impact of the Coriolis effect on atmospheric circulation. Provide at least two examples where the Coriolis effect significantly impacts global atmospheric circulation.
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44
Distinguish between weather and climate.
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45
Describe the impact of cyclones on the Earth's heat budget? How are the number and frequency of cyclones related to latitude and season?
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46
Discuss uneven solar heating as a function of latitude and how this contributes to the formation of global wind belts.
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47
The wind belt(s) with strong, reliable, generally easterly winds is (are) the:

A) doldrums
B) horse latitudes.
C) polar easterlies.
D) trade winds.
E) westerlies.
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48
The strength of a hurricane is ranked from 1 to 5 on the:

A) Coriolis Scale.
B) Fujita Scale.
C) Moh's Scale.
D) Richter Scale.
E) Saffir-Simpson Scale.
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49
Colder air moving over significantly warmer ocean surface water may produce:

A) a cold front.
B) a warm front.
C) changes in coastal wind direction.
D) increased coastal precipitation..
E) sea smoke.
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50
Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern.

A)doldrums
B)northeast trades
C)polar easterlies
D)southeast trades
E)westerlies
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51
Hurricanes are an efficient way to:

A) decrease salinity in affected estuaries.
B) eradicate rainfall deficits.
C) raise local sea level due to storm surge.
D) redistribute heat from one area to another.
E) remove old-growth coastal forests.
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52
Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).
<strong>Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).   The oceanic climate region that is characterized by sea ice coverage in the winter and open water (but cold) in the summer is indicated by the number:</strong> A) 2. B) 3. C) 4. D) 5. E) 6.
The oceanic climate region that is characterized by sea ice coverage in the winter and open water (but cold) in the summer is indicated by the number:

A) 2.
B) 3.
C) 4.
D) 5.
E) 6.
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53
How do water vapor and particles in the atmosphere complicate the creation of models of the Earth's atmosphere?
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54
Compare and contrast the formation of high pressure and low pressure atmospheric systems on precipitation and temperature in the areas where they form.
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55
Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).
<strong>Refer to the figure below, and use the information on the map corresponding to the ocean's climatic regions to answer the following question(s).   The oceanic climate region(s) in the majority of strong cyclonic storms are produced is indicated by the number:</strong> A) 1. B) 1 & 2. C) 2. D) 3. E) 3 & 4.
The oceanic climate region(s) in the majority of strong cyclonic storms are produced is indicated by the number:

A) 1.
B) 1 & 2.
C) 2.
D) 3.
E) 3 & 4.
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56
Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern.

A)continent
B)glacier
C)ice floe
D)ocean
E)sea ice
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57
When ice forms from seawater, the remaining seawater will have a:

A) darker color.
B) decreased density.
C) higher salinity.
D) higher temperature.
E) lower temperature.
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58
All of the following are true of the Earth's climate except:

A) a column of cool, dense air produces high pressure at the Earth's surface.
B) a column of warm, less dense air produces low pressure at the Earth's surface.
C) cool air is more dense than warm air so it tends to sink toward the Earth's surface.
D) the movement of air within the atmospheric convection cells generates the Earth's major wind belts.
E) warm air is less dense than cool air so it tends to sink toward the Earth's surface.
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59
Match between columns
Trade Winds
H2O
Trade Winds
prevailing wind pattern at polar latitudes
Trade Winds
located at 90º N latitude
Trade Winds
located at 30º S latitude
Trade Winds
area where air falls close to the equator
Trade Winds
prevailing wind pattern at tropical latitudes
Trade Winds
located at 23.5º N latitude
Trade Winds
located at 23.5º S latitude
Trade Winds
prevailing wind pattern at temperate latitudes
Trade Winds
CO2
Westerlies
H2O
Westerlies
prevailing wind pattern at polar latitudes
Westerlies
located at 90º N latitude
Westerlies
located at 30º S latitude
Westerlies
area where air falls close to the equator
Westerlies
prevailing wind pattern at tropical latitudes
Westerlies
located at 23.5º N latitude
Westerlies
located at 23.5º S latitude
Westerlies
prevailing wind pattern at temperate latitudes
Westerlies
CO2
Tropic of Capricorn
H2O
Tropic of Capricorn
prevailing wind pattern at polar latitudes
Tropic of Capricorn
located at 90º N latitude
Tropic of Capricorn
located at 30º S latitude
Tropic of Capricorn
area where air falls close to the equator
Tropic of Capricorn
prevailing wind pattern at tropical latitudes
Tropic of Capricorn
located at 23.5º N latitude
Tropic of Capricorn
located at 23.5º S latitude
Tropic of Capricorn
prevailing wind pattern at temperate latitudes
Tropic of Capricorn
CO2
Tropic of Cancer
H2O
Tropic of Cancer
prevailing wind pattern at polar latitudes
Tropic of Cancer
located at 90º N latitude
Tropic of Cancer
located at 30º S latitude
Tropic of Cancer
area where air falls close to the equator
Tropic of Cancer
prevailing wind pattern at tropical latitudes
Tropic of Cancer
located at 23.5º N latitude
Tropic of Cancer
located at 23.5º S latitude
Tropic of Cancer
prevailing wind pattern at temperate latitudes
Tropic of Cancer
CO2
Intertropical Convergence Zone
H2O
Intertropical Convergence Zone
prevailing wind pattern at polar latitudes
Intertropical Convergence Zone
located at 90º N latitude
Intertropical Convergence Zone
located at 30º S latitude
Intertropical Convergence Zone
area where air falls close to the equator
Intertropical Convergence Zone
prevailing wind pattern at tropical latitudes
Intertropical Convergence Zone
located at 23.5º N latitude
Intertropical Convergence Zone
located at 23.5º S latitude
Intertropical Convergence Zone
prevailing wind pattern at temperate latitudes
Intertropical Convergence Zone
CO2
anthropogenic greenhouse gas
H2O
anthropogenic greenhouse gas
prevailing wind pattern at polar latitudes
anthropogenic greenhouse gas
located at 90º N latitude
anthropogenic greenhouse gas
located at 30º S latitude
anthropogenic greenhouse gas
area where air falls close to the equator
anthropogenic greenhouse gas
prevailing wind pattern at tropical latitudes
anthropogenic greenhouse gas
located at 23.5º N latitude
anthropogenic greenhouse gas
located at 23.5º S latitude
anthropogenic greenhouse gas
prevailing wind pattern at temperate latitudes
anthropogenic greenhouse gas
CO2
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60
Match between columns
produced only in burning hydrocarbons
methane
produced only in burning hydrocarbons
CFCs
produced only in burning hydrocarbons
N₂O
produced only in burning hydrocarbons
O₃
component of the troposphere
methane
component of the troposphere
CFCs
component of the troposphere
N₂O
component of the troposphere
O₃
atmospheric compound with greatest infrared absorption rate
methane
atmospheric compound with greatest infrared absorption rate
CFCs
atmospheric compound with greatest infrared absorption rate
N₂O
atmospheric compound with greatest infrared absorption rate
O₃
methane
CFCs
N₂O
O₃
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