Deck 4: Atmospheric and Oceanic Circulation
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Deck 4: Atmospheric and Oceanic Circulation
1
Which of the following refers to ?
A) migratory high and low pressure systems
B) weather patterns
C) general circulation of the atmosphere
D) mountain-valley breezes
A) migratory high and low pressure systems
B) weather patterns
C) general circulation of the atmosphere
D) mountain-valley breezes
migratory high and low pressure systems
2
An isoline of equal pressure plotted on a weather map is known as
A) an isotherm.
B) an equilibrium line.
C) an isobar.
D) the thermal equator.
A) an isotherm.
B) an equilibrium line.
C) an isobar.
D) the thermal equator.
C
3
Air flow is initiated by the
A) Coriolis force.
B) pressure gradient force.
C) friction force.
D) centrifugal force.
A) Coriolis force.
B) pressure gradient force.
C) friction force.
D) centrifugal force.
B
4
The sulfate particles produced by the eruption of Mount Pinatubo ________ the albedo of the atmosphere, and this ________ Earth.
A) increased; warmed
B) increased; cooled
C) decreased; warmed
D) decreased; cooled
A) increased; warmed
B) increased; cooled
C) decreased; warmed
D) decreased; cooled
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5
Which of the following refers to ?
A) migratory high and low pressure systems
B) subtropical high pressure systems
C) general circulation of the atmosphere
D) land-sea breezes
A) migratory high and low pressure systems
B) subtropical high pressure systems
C) general circulation of the atmosphere
D) land-sea breezes
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6
Which of the following describes the ?
A) It drives air from areas of higher to lower barometric pressure.
B) It decreases with height above the surface.
C) It causes apparent deflection of winds from a straight path.
D) It is the only force acting on atmospheric flows in the upper troposphere.
A) It drives air from areas of higher to lower barometric pressure.
B) It decreases with height above the surface.
C) It causes apparent deflection of winds from a straight path.
D) It is the only force acting on atmospheric flows in the upper troposphere.
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7
An increase in air pressure will cause the mercury in a barometer to ________.
A) rise
B) fall
C) freeze
D) None of the above-barometers do not measure air pressure.
A) rise
B) fall
C) freeze
D) None of the above-barometers do not measure air pressure.
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8
________ is used in a barometer because ________.
A) Water; it is liquid at normal air temperature
B) Water; it weighs more than mercury
C) Mercury; it will rise more than water will under the same air pressure
D) Mercury; it weighs more than water
A) Water; it is liquid at normal air temperature
B) Water; it weighs more than mercury
C) Mercury; it will rise more than water will under the same air pressure
D) Mercury; it weighs more than water
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9
As air temperature increases, the speed of the molecules in a mass of air ________ and the air pressure ________.
A) increases; increases
B) increases; decreases
C) decreases; increases
D) decreases; decreases
A) increases; increases
B) increases; decreases
C) decreases; increases
D) decreases; decreases
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10
Which of the following is a correct expression for standard atmospheric pressure at sea level?
A) 1 kg/cm²
B) 30.00 millibars
C) 29.92 inches of Hg
D) 760 mm of Hg (mercury)
E) 1013.2 mb
A) 1 kg/cm²
B) 30.00 millibars
C) 29.92 inches of Hg
D) 760 mm of Hg (mercury)
E) 1013.2 mb
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11
Air flows ________ a surface high pressure area because the density of the air in the high pressure zone is ________ than that of the surrounding air.
A) into; more dense
B) into; less dense
C) out of; more dense
D) out of; less dense
A) into; more dense
B) into; less dense
C) out of; more dense
D) out of; less dense
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12
The height of a column of mercury (Hg) in a barometer at sea level is
A) 760 mm (76 cm).
B) 1013 inches.
C) something that cannot be determined without knowing air temperature.
D) 29.00 millibars.
A) 760 mm (76 cm).
B) 1013 inches.
C) something that cannot be determined without knowing air temperature.
D) 29.00 millibars.
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13
An instrument used to measure air pressure is
A) a thermometer.
B) an aneroid barometer.
C) a mercury thermometer.
D) a bowl of mercury.
E) an anemometer.
A) a thermometer.
B) an aneroid barometer.
C) a mercury thermometer.
D) a bowl of mercury.
E) an anemometer.
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14
The eruption of Mount Pinatubo in June 1991
A) lofted several million tons of ash, dust, and SO₂ into the atmosphere.
B) was tracked by AVHRR instruments aboard Earth-orbiting satellites.
C) eventually affected almost half the planet after only a few weeks of circulation.
D) produced spectacular sunrises and sunsets for almost two years.
E) All of these are correct.
A) lofted several million tons of ash, dust, and SO₂ into the atmosphere.
B) was tracked by AVHRR instruments aboard Earth-orbiting satellites.
C) eventually affected almost half the planet after only a few weeks of circulation.
D) produced spectacular sunrises and sunsets for almost two years.
E) All of these are correct.
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15
The horizontal motion of air relative to Earth's surface is
A) barometric pressure.
B) wind.
C) convection flow.
D) a result of equalized pressure across the surface.
A) barometric pressure.
B) wind.
C) convection flow.
D) a result of equalized pressure across the surface.
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16
Which of the following is false regarding the wind?
A) It is initiated by the pressure gradient force.
B) It blows from regions of high pressure to regions of low pressure.
C) The direction of flow can be affected by the rotation of Earth.
D) Air blows from regions of hotter air to regions of colder air.
E) Winds are named based on the direction from which they blow.
A) It is initiated by the pressure gradient force.
B) It blows from regions of high pressure to regions of low pressure.
C) The direction of flow can be affected by the rotation of Earth.
D) Air blows from regions of hotter air to regions of colder air.
E) Winds are named based on the direction from which they blow.
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17
Normal sea level pressure has a value of
A) 1013.2 millibars or 29.92 inches of mercury in a barometer.
B) 28.50 inches of lead.
C) 32.01 millibars of mercury.
D) 500 mb.
A) 1013.2 millibars or 29.92 inches of mercury in a barometer.
B) 28.50 inches of lead.
C) 32.01 millibars of mercury.
D) 500 mb.
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18
The surface air pressure ever recorded occurred when the air was
A) very cold.
B) very warm.
C) very wet.
D) very high above the surface of Earth.
A) very cold.
B) very warm.
C) very wet.
D) very high above the surface of Earth.
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19
The normal range for air pressure at sea level is
A) 500 to 1000 mb.
B) 100 to 650 mb.
C) 980 to 1050 mb.
D) 1060 to 210 mb.
A) 500 to 1000 mb.
B) 100 to 650 mb.
C) 980 to 1050 mb.
D) 1060 to 210 mb.
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20
Which of the following refers to ?
A) migratory high and low pressure systems
B) the monsoons
C) general circulation of the atmosphere
D) land-sea breezes
A) migratory high and low pressure systems
B) the monsoons
C) general circulation of the atmosphere
D) land-sea breezes
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21
Which of the following is true of high pressure areas?
A) Air converges and ascends within high pressure systems.
B) Air descends and diverges within high pressure systems.
C) They generally involve atmospheric pressures lower than 1000 mb.
D) They are characteristic for areas along the equator.
A) Air converges and ascends within high pressure systems.
B) Air descends and diverges within high pressure systems.
C) They generally involve atmospheric pressures lower than 1000 mb.
D) They are characteristic for areas along the equator.
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22
The dominant surface winds from the subtropics to high latitudes are the
A) westerlies.
B) trade winds.
C) polar easterlies.
D) geostrophic winds.
A) westerlies.
B) trade winds.
C) polar easterlies.
D) geostrophic winds.
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23
Which of the following matches is incorrect relative to air circulation?
A) anticyclone = high pressure center
B) cyclone = low pressure center
C) anticyclone = clockwise circulation in the Southern Hemisphere
D) cyclone = counterclockwise in the Northern Hemisphere
A) anticyclone = high pressure center
B) cyclone = low pressure center
C) anticyclone = clockwise circulation in the Southern Hemisphere
D) cyclone = counterclockwise in the Northern Hemisphere
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24
In the absence of friction, the combined effect of the Coriolis force and the pressure gradient force produces
A) geostrophic winds at high altitudes above the ground.
B) surface winds.
C) air flow from low to high pressure centers.
D) air flow in a north-south direction.
E) air flow perpendicular to the isobars.
A) geostrophic winds at high altitudes above the ground.
B) surface winds.
C) air flow from low to high pressure centers.
D) air flow in a north-south direction.
E) air flow perpendicular to the isobars.
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25
Which of the following is true of objects and wind moving over distance and time on Earth's surface?
A) They are always deflected from a straight path to the in the Southern Hemisphere.
B) They are affected only by the pressure gradient and friction force.
C) They are always deflected to the right by the friction force.
D) They are apparently deflected from a straight path to the in the Northern Hemisphere.
A) They are always deflected from a straight path to the in the Southern Hemisphere.
B) They are affected only by the pressure gradient and friction force.
C) They are always deflected to the right by the friction force.
D) They are apparently deflected from a straight path to the in the Northern Hemisphere.
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26
Between 20° to 35° north latitude and 20° to 35° south latitude are
A) the largest zone of water surpluses in the world.
B) warm and wet conditions, and the world's great tropical forests.
C) the world's arid and semi-arid desert regions.
D) cyclonic systems of low pressure.
A) the largest zone of water surpluses in the world.
B) warm and wet conditions, and the world's great tropical forests.
C) the world's arid and semi-arid desert regions.
D) cyclonic systems of low pressure.
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27
Light and variable winds-which caused difficulties for mariners in the days of sailing ships-occur under the
A) subpolar low and equatorial low.
B) subpolar low and subtropical high.
C) equatorial low and subtropical high.
D) equatorial low and subpolar low.
A) subpolar low and equatorial low.
B) subpolar low and subtropical high.
C) equatorial low and subtropical high.
D) equatorial low and subpolar low.
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28
Which of the following matches is correct relative to air circulation?
A) anticyclone = low pressure center
B) cyclone = high pressure center
C) cyclone = clockwise circulation in the Southern Hemisphere
D) anticyclone = counterclockwise circulation in the Northern Hemisphere
A) anticyclone = low pressure center
B) cyclone = high pressure center
C) cyclone = clockwise circulation in the Southern Hemisphere
D) anticyclone = counterclockwise circulation in the Northern Hemisphere
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29
The deflection produced by the Coriolis force is caused by
A) the fact that Earth's rotation decreases in speed toward the poles.
B) differing pressure gradients.
C) forces that affect winds but not ocean currents.
D) air temperature.
E) the fact that Earth revolves.
A) the fact that Earth's rotation decreases in speed toward the poles.
B) differing pressure gradients.
C) forces that affect winds but not ocean currents.
D) air temperature.
E) the fact that Earth revolves.
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30
If Earth did not rotate, air would flow
A) perpendicular to the isobars, i.e., straight across the isobars.
B) to the right of its direction of motion in the Northern Hemisphere.
C) to the left of its direction of motion in the Northern Hemisphere.
D) parallel to the isobars.
A) perpendicular to the isobars, i.e., straight across the isobars.
B) to the right of its direction of motion in the Northern Hemisphere.
C) to the left of its direction of motion in the Northern Hemisphere.
D) parallel to the isobars.
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31
Which of the following is true regarding the effects of the Coriolis force?
A) The amount of Coriolis deflection is uniform from equator to poles.
B) Coriolis deflection occurs only along parallels, not meridians.
C) The Coriolis force is zero at the poles, increasing to maximum along the equator.
D) The Coriolis force is zero along the equator, increasing to one-half of maximum at 30° latitude and maximum at the poles.
A) The amount of Coriolis deflection is uniform from equator to poles.
B) Coriolis deflection occurs only along parallels, not meridians.
C) The Coriolis force is zero at the poles, increasing to maximum along the equator.
D) The Coriolis force is zero along the equator, increasing to one-half of maximum at 30° latitude and maximum at the poles.
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32
Which of the following primary pressure areas are produced by factors, rather than dynamic factors?
A) subtropical high and subpolar low
B) equatorial low and polar high
C) equatorial low and Bermuda high
D) Aleutian low and Icelandic low
A) subtropical high and subpolar low
B) equatorial low and polar high
C) equatorial low and Bermuda high
D) Aleutian low and Icelandic low
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33
The wind belts used by mariners to travel from Europe to North America during the days of sailing ships were the
A) polar easterlies.
B) westerlies.
C) SE trades.
D) NE trades.
A) polar easterlies.
B) westerlies.
C) SE trades.
D) NE trades.
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34
The intertropical convergence zone is characterized by
A) convergence and uplift of warm surface air.
B) convergence and subsidence of cold surface air.
C) divergence and uplift of warm surface air.
D) divergence and subsidence of cold surface air.
A) convergence and uplift of warm surface air.
B) convergence and subsidence of cold surface air.
C) divergence and uplift of warm surface air.
D) divergence and subsidence of cold surface air.
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35
The effect of the Coriolis force is ________ in the upper atmosphere because ________.
A) enhanced; the pressure gradient is weaker
B) enhanced; there is less friction
C) enhanced; there is more friction
D) diminished; the pressure gradient is weaker
E) diminished; there is less friction
A) enhanced; the pressure gradient is weaker
B) enhanced; there is less friction
C) enhanced; there is more friction
D) diminished; the pressure gradient is weaker
E) diminished; there is less friction
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36
If Earth's direction of rotation were , the SE trades would become
A) SW trades.
B) NE trades.
C) NW trades.
D) easterlies.
A) SW trades.
B) NE trades.
C) NW trades.
D) easterlies.
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37
If you were between 40° and 50° north latitude and you wanted to stand with the average winds blowing , you would stand facing
A) north.
B) south.
C) east.
D) west.
A) north.
B) south.
C) east.
D) west.
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38
Winds that blow predominantly from the northeast and the southeast are the
A) westerlies.
B) polar easterlies.
C) horse latitudes.
D) trade winds.
A) westerlies.
B) polar easterlies.
C) horse latitudes.
D) trade winds.
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39
On a weather map of air pressure, what can you infer from a closer spacing of isobars?
A) little without knowing temperature patterns
B) a steep pressure gradient creating a slower flow of air
C) a steep pressure gradient creating a faster flow of air
D) higher pressures
E) a weak pressure gradient creating a slower flow of air
A) little without knowing temperature patterns
B) a steep pressure gradient creating a slower flow of air
C) a steep pressure gradient creating a faster flow of air
D) higher pressures
E) a weak pressure gradient creating a slower flow of air
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40
Which of the following describes the ?
A) It drives air from areas of higher to lower barometric pressure.
B) It decreases with height above the surface.
C) It causes the apparent deflection of winds from a straight path.
D) It is the only force acting on flows of air in the upper troposphere.
A) It drives air from areas of higher to lower barometric pressure.
B) It decreases with height above the surface.
C) It causes the apparent deflection of winds from a straight path.
D) It is the only force acting on flows of air in the upper troposphere.
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41
The jet streams help control
A) the movement of high and low pressure systems.
B) the movement of storms.
C) the boundary between cold polar air to the north and warm air to the south.
D) all of the above
E) None of these-jet streams do not affect surface weather phenomena.
A) the movement of high and low pressure systems.
B) the movement of storms.
C) the boundary between cold polar air to the north and warm air to the south.
D) all of the above
E) None of these-jet streams do not affect surface weather phenomena.
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42
The western side of subtropical high pressure cells tend to be
A) cool and moist.
B) warm, moist, and unstable.
C) dry, stable, and warm, with cooler ocean currents.
D) generally in the same position all year, i.e., they do not migrate with the high Sun.
A) cool and moist.
B) warm, moist, and unstable.
C) dry, stable, and warm, with cooler ocean currents.
D) generally in the same position all year, i.e., they do not migrate with the high Sun.
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43
The Aleutian low and Icelandic low are
A) strongest during the winter months because the ocean temperatures are than land temperatures at the same latitude.
B) strongest during the winter months because the ocean temperatures are than land temperatures at the same latitude.
C) weakest during the summer months because the ocean temperatures are than land temperatures at the same latitude.
A) strongest during the winter months because the ocean temperatures are than land temperatures at the same latitude.
B) strongest during the winter months because the ocean temperatures are than land temperatures at the same latitude.
C) weakest during the summer months because the ocean temperatures are than land temperatures at the same latitude.
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44
The Pacific high and Bermuda high are
A) strongest during the summer months because the ocean temperatures are than land temperatures at the same latitude.
B) strongest during the summer months because the ocean temperatures are than land temperatures at the same latitude.
C) weakest during the winter months because the ocean temperatures are than land temperatures at the same latitude.
A) strongest during the summer months because the ocean temperatures are than land temperatures at the same latitude.
B) strongest during the summer months because the ocean temperatures are than land temperatures at the same latitude.
C) weakest during the winter months because the ocean temperatures are than land temperatures at the same latitude.
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45
Upper atmospheric winds refer to
A) winds in the thermosphere.
B) winds that are unrelated to surface weather patterns.
C) middle and upper tropospheric circulation.
D) winds that flow principally from the east.
E) mesospheric wind flow.
A) winds in the thermosphere.
B) winds that are unrelated to surface weather patterns.
C) middle and upper tropospheric circulation.
D) winds that flow principally from the east.
E) mesospheric wind flow.
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46
Which of the following is true of the polar front zone?
A) The polar jet stream is usually located above it.
B) It is a zone in which warm and cold air mix.
C) It is a zone of frequently strong winds.
D) All of the above are true.
E) A and B only
A) The polar jet stream is usually located above it.
B) It is a zone in which warm and cold air mix.
C) It is a zone of frequently strong winds.
D) All of the above are true.
E) A and B only
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47
Air flow in a Northern Hemisphere pressure zone is
A) downward, outward and clockwise.
B) downward, outward and counterclockwise.
C) inward, upward and clockwise.
D) inward, upward and counterclockwise.
E) downward, inward and clockwise.
A) downward, outward and clockwise.
B) downward, outward and counterclockwise.
C) inward, upward and clockwise.
D) inward, upward and counterclockwise.
E) downward, inward and clockwise.
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48
During the winter, the Bermuda high migrates to the ________ and becomes the ________.
A) east; Aleutian low
B) west; Pacific high
C) west; Aleutian low
D) west; Azores high
E) east; Azores high
A) east; Aleutian low
B) west; Pacific high
C) west; Aleutian low
D) west; Azores high
E) east; Azores high
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49
The Polar high above the North Pole is a ________ pressure system that produces variable winds that flow in a/an ________ pattern.
A) strong; cyclonic
B) strong; anticyclonic
C) weak; cyclonic
D) weak; anticyclonic
A) strong; cyclonic
B) strong; anticyclonic
C) weak; cyclonic
D) weak; anticyclonic
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50
Which of the following is true of Hadley cells?
A) They dominate the polar circulation.
B) They appear most vertically symmetrical on either side of the equator at the equinoxes.
C) They are associated with the subpolar low pressure systems.
D) They occur at great depth in the oceans.
A) They dominate the polar circulation.
B) They appear most vertically symmetrical on either side of the equator at the equinoxes.
C) They are associated with the subpolar low pressure systems.
D) They occur at great depth in the oceans.
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51
The intertropical convergence zone (ITCZ) is associated with
A) the horse latitudes.
B) the principal midlatitude circulations.
C) the equatorial low-pressure trough.
D) subtropical high-pressure development.
A) the horse latitudes.
B) the principal midlatitude circulations.
C) the equatorial low-pressure trough.
D) subtropical high-pressure development.
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52
The polar high pressure cells
A) are the strongest of the four primary pressure areas.
B) are cyclonic in nature.
C) produce the weak, variable polar easterlies.
D) are more pronounced at the North Pole than at the South Pole.
A) are the strongest of the four primary pressure areas.
B) are cyclonic in nature.
C) produce the weak, variable polar easterlies.
D) are more pronounced at the North Pole than at the South Pole.
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53
Which of the following is regarding the subpolar low-pressure cells?
A) They are known as the Aleutian and Icelandic lows.
B) They develop more strongly over the ocean than over land.
C) In the Northern Hemisphere, they are generally stronger in summer than in winter.
D) They are associated with the polar front.
A) They are known as the Aleutian and Icelandic lows.
B) They develop more strongly over the ocean than over land.
C) In the Northern Hemisphere, they are generally stronger in summer than in winter.
D) They are associated with the polar front.
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54
Which of the following is true regarding multiyear oscillations?
A) Although it is most famous, the El Niño - La Niña system is not a multiyear oscillation.
B) The Arctic Oscillation alternates with the Antartcic Oscillation.
C) The Pacific Decadal Oscillation has a 20-30 year cycle.
D) The North Atlantic Oscillation is unrelated to the Arctic Oscillation.
A) Although it is most famous, the El Niño - La Niña system is not a multiyear oscillation.
B) The Arctic Oscillation alternates with the Antartcic Oscillation.
C) The Pacific Decadal Oscillation has a 20-30 year cycle.
D) The North Atlantic Oscillation is unrelated to the Arctic Oscillation.
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55
Which of the following is true?
A) The polar and the subtropical jet streams both occur near the tropopause boundary.
B) Jet stream flows undulate, producing a wavy pattern when viewed from above.
C) The polar jet stream can migrate as far south as Texas.
D) All of these are true.
A) The polar and the subtropical jet streams both occur near the tropopause boundary.
B) Jet stream flows undulate, producing a wavy pattern when viewed from above.
C) The polar jet stream can migrate as far south as Texas.
D) All of these are true.
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56
The polar jet tends to flow above the
A) ITCZ.
B) subtropical high.
C) subpolar low.
D) polar high.
A) ITCZ.
B) subtropical high.
C) subpolar low.
D) polar high.
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57
During the day along the coast, the wind tends to blow toward the ________ because ________.
A) land; land heats more rapidly than water
B) land; land heats more slowly than water
C) water; water heats more slowly than land
D) water; water heats more rapidly than land
A) land; land heats more rapidly than water
B) land; land heats more slowly than water
C) water; water heats more slowly than land
D) water; water heats more rapidly than land
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58
Within the upper-air westerly wind flow are great waving undulations
A) that were first described by Hadley, an 18th century English scientist.
B) known as Rossby waves that involve contact between cooler and warmer air masses.
C) that are unrelated to the jet stream.
D) that are called Hadley cells.
A) that were first described by Hadley, an 18th century English scientist.
B) known as Rossby waves that involve contact between cooler and warmer air masses.
C) that are unrelated to the jet stream.
D) that are called Hadley cells.
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59
Land-sea breezes are caused by
A) the fact that water heats and cools than land surfaces.
B) cooler air flowing offshore (toward the ocean) in the afternoon.
C) onshore (toward the land) air flows that develop in the afternoon as the land heats faster than neighboring water surfaces.
D) the fact that warmer air is denser and settles to the surface of the land.
A) the fact that water heats and cools than land surfaces.
B) cooler air flowing offshore (toward the ocean) in the afternoon.
C) onshore (toward the land) air flows that develop in the afternoon as the land heats faster than neighboring water surfaces.
D) the fact that warmer air is denser and settles to the surface of the land.
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60
Which of the following are correctly matched?
A) high pressure - ascending, converging air movements
B) cyclones - low pressure cells
C) high pressure cells - cyclonic circulation
D) anticyclones - subpolar pressure cells
A) high pressure - ascending, converging air movements
B) cyclones - low pressure cells
C) high pressure cells - cyclonic circulation
D) anticyclones - subpolar pressure cells
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61
Mountain-valley breezes are caused by
A) warmer air descending mountain slopes during the day.
B) valley air ascending the mountain slopes at night.
C) warm air rising upslope during the day and cooler air descending the slopes at night.
D) gravity-drainage.
A) warmer air descending mountain slopes during the day.
B) valley air ascending the mountain slopes at night.
C) warm air rising upslope during the day and cooler air descending the slopes at night.
D) gravity-drainage.
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62
Relative to the costs (cost per kilowatt hour) for wind turbines,
A) coal power is much cheaper and safer.
B) nuclear power is much cheaper and safer.
C) electricity generated from natural gas is much cheaper.
D) coal, nuclear power, and natural gas are all much cheaper.
E) coal, nuclear power, and natural gas are all more expensive.
A) coal power is much cheaper and safer.
B) nuclear power is much cheaper and safer.
C) electricity generated from natural gas is much cheaper.
D) coal, nuclear power, and natural gas are all much cheaper.
E) coal, nuclear power, and natural gas are all more expensive.
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63
Which of the following is true of India's weather patterns?
A) Monsoonal rains are heaviest in winter from December to February.
B) The shifting of the intertropical convergence zone and upper air circulation brings heavy precipitation in summer from June to September.
C) Dry winds desiccate the land during each summer.
D) They are characterized by an even distribution of precipitation throughout the year.
A) Monsoonal rains are heaviest in winter from December to February.
B) The shifting of the intertropical convergence zone and upper air circulation brings heavy precipitation in summer from June to September.
C) Dry winds desiccate the land during each summer.
D) They are characterized by an even distribution of precipitation throughout the year.
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64
Which of the following is true of the monsoons in the Indian subcontinent?
A) Dry winds blow offshore from March through May.
B) A wet period occurs in the summer between June and September.
C) Cool dry winds blow out from Asia during winter months.
D) Spring is characterized by dust and heat, and the summer by heavy rains.
E) All of these are correct.
A) Dry winds blow offshore from March through May.
B) A wet period occurs in the summer between June and September.
C) Cool dry winds blow out from Asia during winter months.
D) Spring is characterized by dust and heat, and the summer by heavy rains.
E) All of these are correct.
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65
Which of the following is false regarding thermohaline circulation?
A) Fresh water is entering the ocean from melting glaciers.
B) Its speed is increasing.
C) A complete cycle can take 1000 years to complete.
D) Surface polar waters are becoming less saline, while surface tropical waters are becoming more saline.
A) Fresh water is entering the ocean from melting glaciers.
B) Its speed is increasing.
C) A complete cycle can take 1000 years to complete.
D) Surface polar waters are becoming less saline, while surface tropical waters are becoming more saline.
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66
Ocean currents are produced by
A) the frictional drag of winds.
B) the Coriolis force and water density differences.
C) land-sea breezes.
D) Both A and B are correct.
A) the frictional drag of winds.
B) the Coriolis force and water density differences.
C) land-sea breezes.
D) Both A and B are correct.
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67
An understanding of atmospheric air circulation was an impetus for the development of a nuclear test ban treaty for above-ground explosions.
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68
Which of the following is false regarding wind power?
A) There has been an 700% increase in installed capacity since 1998.
B) 70% of wind power installations are in the United States.
C) 11% of jobs in Nolan County, Texas are related to wind power.
D) By 2020, wind power could supply 12% of worldwide energy.
A) There has been an 700% increase in installed capacity since 1998.
B) 70% of wind power installations are in the United States.
C) 11% of jobs in Nolan County, Texas are related to wind power.
D) By 2020, wind power could supply 12% of worldwide energy.
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69
Which of the following is false regarding wind power in the United States?
A) Farmers in Iowa and Minnesota earn $20,000 per acre "farming" wind power.
B) Wind power is cheaper and less risky than nuclear power.
C) Seasonal production and demand are well matched.
D) Texas, North Dakota, and South Dakota could provide enough electricity from wind to power the entire country.
E) None of these is false, they are all true.
A) Farmers in Iowa and Minnesota earn $20,000 per acre "farming" wind power.
B) Wind power is cheaper and less risky than nuclear power.
C) Seasonal production and demand are well matched.
D) Texas, North Dakota, and South Dakota could provide enough electricity from wind to power the entire country.
E) None of these is false, they are all true.
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70
Monsoonal winds are
A) katabatic in nature.
B) regional wind systems that seasonally vary.
C) limited to the Indian subcontinent.
D) a form of mountain-valley wind.
A) katabatic in nature.
B) regional wind systems that seasonally vary.
C) limited to the Indian subcontinent.
D) a form of mountain-valley wind.
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71
The monsoon occurs because
A) the Asian landmass is warmer than the ocean during winter.
B) the Asian landmass is colder than the ocean during winter.
C) high pressures develop over the Asian landmass during winter.
D) both A and C
E) both B and C
A) the Asian landmass is warmer than the ocean during winter.
B) the Asian landmass is colder than the ocean during winter.
C) high pressures develop over the Asian landmass during winter.
D) both A and C
E) both B and C
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72
The equatorial currents are driven by
A) the upper-level easterlies.
B) the trade winds.
C) salinity differences in the ocean.
D) monsoon winds.
A) the upper-level easterlies.
B) the trade winds.
C) salinity differences in the ocean.
D) monsoon winds.
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73
Which of the following is true of upwelling zones?
A) They are nutrient-rich.
B) They occur along the west coasts of continents.
C) They are most common above deep ocean basins.
D) All of the above are true.
E) A and B only
A) They are nutrient-rich.
B) They occur along the west coasts of continents.
C) They are most common above deep ocean basins.
D) All of the above are true.
E) A and B only
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74
The United States has less installed wind-generating capacity than
A) Portugal.
B) Germany.
C) Denmark.
D) France.
A) Portugal.
B) Germany.
C) Denmark.
D) France.
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75
This country has the highest installed wind-generating capacity
A) United States.
B) India.
C) China.
D) Germany.
A) United States.
B) India.
C) China.
D) Germany.
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76
A monsoon climate is characterized by ________ summers and ________ winters.
A) dry; dry
B) dry; wet
C) wet; dry
D) wet; wet
A) dry; dry
B) dry; wet
C) wet; dry
D) wet; wet
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77
Forceful flowing warm currents in the Northern Hemisphere are the
A) equatorial countercurrents.
B) California and Peru currents.
C) upwelling and downwelling currents.
D) Gulf Stream current and Kuroshio.
A) equatorial countercurrents.
B) California and Peru currents.
C) upwelling and downwelling currents.
D) Gulf Stream current and Kuroshio.
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78
Which of the following is a benefit of wind power as opposed to other, more traditional power sources?
A) It does not produce radioactive wastes.
B) It is renewable.
C) It does not produce air pollution and acid rain.
D) It does not require mining.
E) All of the above are benefits.
A) It does not produce radioactive wastes.
B) It is renewable.
C) It does not produce air pollution and acid rain.
D) It does not require mining.
E) All of the above are benefits.
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79
The winds that blow off the ice sheets of Antarctica and Greenland are
A) similar to land-sea breezes.
B) mountain-valley breezes.
C) unrelated to pressure differences.
D) called katabatic winds.
A) similar to land-sea breezes.
B) mountain-valley breezes.
C) unrelated to pressure differences.
D) called katabatic winds.
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80
E. Torricelli invented a device used for the measurement of air pressure.
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