A) The Intertropical Convergence Zone (ITCZ)
B) The subtropics
C) The belt of westerlies
D) The polar easterlies
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Multiple Choice
A) air cools because of decreasing atmospheric pressure; eventually air cools to the dew point.
B) air warms because of decreasing atmospheric pressure; eventually air cools to the dew point.
C) air cools because of increasing atmospheric pressure; eventually air cools to the dew point.
D) air warms because of decreasing atmospheric pressure; eventually air warms to the dew point.
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Multiple Choice
A) by increasing the moisture content until vapor pressure reaches the water-vapor capacity.
B) by decreasing the moisture content of the air and increasing temperature.
C) by cooling the air until it reaches the dew-point (or frost-point) temperature.
D) by a combination of cooling and increasing humidity.
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Multiple Choice
A) The northern part
B) Along the equator
C) The east coast
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Multiple Choice
A) decreases poleward,inland,and downwind from major mountain ranges.
B) increases poleward,inland,and downwind from major mountain ranges.
C) decreases poleward,inland,and upwind of major mountain ranges.
D) increases poleward,inland,and upwind of major mountain ranges.
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Multiple Choice
A) stratus.
B) nimbostratus.
C) altostratus.
D) cirrostratus.
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Multiple Choice
A) 4 years.
B) 5 years.
C) 20 years.
D) 100 years.
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Multiple Choice
A) The steepness of the lapse rate curves are identical.
B) Release of latent heat warms the local environment.
C) Absorption of latent heat causes a parcel of air to contract.
D) Absorption of latent heat warms the local environment.
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Multiple Choice
A) surface tension.
B) polarity.
C) capillary action.
D) dipole molarity.
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Multiple Choice
A) A
B) B
C) C
D) D
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Multiple Choice
A) More water vapor can exist in air that is in contact with ice than in air that is in contact with liquid water,regardless of temperature.
B) Less water vapor can exist in air that is in contact with ice than in air that is in contact with liquid water,regardless of temperature.
C) Less water vapor can exist in air that is in contact with ice than in air that is in contact with liquid water,even if both are at the same temperature.
D) More water vapor can exist in air that is in contact with ice than in air that is in contact with liquid water,even if both are at the same temperature.
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Multiple Choice
A) more insolation is used for evaporation and more for sensible heating of the ground surface.
B) less insolation is used for evaporation and more for sensible heating of the ground surface.
C) more insolation is used for evaporation and less for sensible heating of the ground surface.
D) less insolation is used for evaporation and less for sensible heating of the ground surface.
Correct Answer
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Multiple Choice
A) A
B) B
C) C
D) D
Correct Answer
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Multiple Choice
A) It is highest close to the equator,and lower to the north and to the south
B) It is lowest along the equator
C) Northernmost Africa receives more precipitation than the central part
D) None of these choices are correct
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Multiple Choice
A) zonal flow,which neither suppresses nor supports storms,
B) a trough of low pressure,supporting storm formation,
C) a ridge of high pressure,suppressing storm formation,
D) zonal flow,supporting storm formation,
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Multiple Choice
A) rolling blackouts.
B) drop in groundwater levels.
C) decrease in tourism.
D) low dissolved oxygen content in reservoirs.
Correct Answer
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Multiple Choice
A) path of midlatitude cyclones.
B) distance from oceans.
C) distance from cities.
D) latitude.
Correct Answer
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Multiple Choice
A) cools adiabatically but it is still cooler than the surrounding air; the surrounding air is cooled to the dew point.
B) warms adiabatically but it is still cooler than the surrounding air; the surrounding air is cooled to the dew point.
C) warms adiabatically but it is still warmer than the surrounding air; the surrounding air is warmed to the dew point.
D) cools adiabatically but it is still warmer than the surrounding air; the surrounding air is cooled to the dew point.
Correct Answer
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Multiple Choice
A) A
B) B
C) C
D) D
Correct Answer
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Multiple Choice
A) Cold currents promote unstable atmospheric conditions and enhanced water vapor capacity.
B) Cold currents promote stable atmospheric conditions and limited water vapor capacity.
C) Warm currents promote stable atmospheric conditions and limited water vapor capacity.
D) Warm currents promote unstable atmospheric conditions and limited water vapor capacity.
Correct Answer
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