A) exhibits a lag of several hours between the plotted lines.
B) shows little or no relationship between the two variables.
C) shows that peak temperatures occur near noon,whereas peak insolation receipt is at 3:00 or 4:00 P.M.
D) coincide at noon.
E) shows an inverse relationship.
Correct Answer
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Multiple Choice
A) the expenditure for LE is very similar for both places.
B) the expenditure for G is very similar for both places.
C) the NET R for the desert surface and the moist vegetated surface are similar even though the values for individual terms in the heat balance equation may differ from one another.
D) the expenditure for H is very similar for both places.
E) there is no difference between the two locations with respect to the daily surface energy balances.
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Multiple Choice
A) the atmospheric albedo decreased.
B) a decrease occurred in the amount of energy absorbed in the atmosphere.
C) a worldwide decrease in surface temperatures occurred in the two years after the eruption.
D) the atmosphere above the Philippines was destroyed.
E) there was no effect on the atmosphere.
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Multiple Choice
A) the + SW↓ (insolation) term is large.
B) the - SW↑ (albedo) term is large.
C) the - LW↑ (outgoing longwave infrared energy) term is small.
D) the - LW↑ and +LW (outgoing and incoming infrared energy) are equal.
E) the + SW↓ (insolation) term is small.
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Multiple Choice
A) tropics because it is always warm there.
B) subtropics because of the lack of cloud cover.
C) midlatitudes because of the high amount of rainfall.
D) polar regions because of the large amount of snow available for evaporation.
E) areas closest to land in all latitudes.
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Multiple Choice
A) gasses in the atmosphere scatter blue light well.
B) light reflects off of the oceans.
C) dust in the atmosphere changes the black colour of space to sky blue.
D) light from the Sun is mainly blue.
E) compression of the atmosphere creates blue molecules.
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Multiple Choice
A) insolation = shortwave radiation = UV,visible,and near infrared
B) insolation = longwave radiation = thermal infrared radiation
C) terrestrial radiation = shortwave radiation = UV,visible,and near infrared
D) terrestrial radiation = shortwave radiation = thermal infrared radiation
E) insolation = longwave energy = cosmic and gamma rays
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Multiple Choice
A) occurs because the materials cities are constructed from are rougher than natural soils.
B) occurs because the materials cities are constructed from move heat downward better than natural soils.
C) occurs because the albedo of urban environments is substantially lower than that of natural landscapes.
D) is exacerbated by the concentration of people,machines and heat generating devices that add more heat to the urban environment.
E) results from more evaporation from city surfaces.
Correct Answer
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Multiple Choice
A) transmission
B) reflection
C) convection
D) refraction
E) conduction
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Multiple Choice
A) is between 10° N and 10° S latitudes.
B) coincides with the distribution of the value for H.
C) is between 15° to 30° N and S latitudes.
D) is the same for both the El Mirage and Pitt Meadows examples.
E) is highest over polar regions.
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Multiple Choice
A) colour reflection
B) colour refraction
C) colour Rayleigh scattering
D) speed and direction reflection
E) speed and direction refraction
Correct Answer
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Not Answered
Correct Answer
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Multiple Choice
A) conduction.
B) absorption.
C) albedo.
D) scattering.
E) transmission.
Correct Answer
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Multiple Choice
A) +SW? ,- SW? ,+LW? ,- LW?.
B) temperature and plants.
C) sensible heat transfer,latent heat of evaporation,and ground heating.
D) ground heating and evapotranspiration.
E) conduction and convection.
Correct Answer
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Multiple Choice
A) natural gas
B) nuclear power
C) fusion power
D) fire wood
E) petroleum fuel oil
Correct Answer
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True/False
Correct Answer
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Multiple Choice
A) usually low at the equator.
B) generally greater at high latitudes because of daylength.
C) greatest over low-latitude deserts with their cloudless skies.
D) inadequate to sustain life.
E) equal to that received at the top of the atmosphere.
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Multiple Choice
A) is used to heat the atmosphere.
B) increases the energy surplus of the planet.
C) does not act to heat the atmosphere.
D) heats the atmosphere on its way in and on its way out.
E) powers all processes on Earth's surface.
Correct Answer
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Multiple Choice
A) Net R is constant throughout the year.
B) there is a surplus of Net R during the summer and a deficit during the winter.
C) there is a deficit of Net R during the summer and a surplus during the winter.
D) the season at which surpluses and deficits occur varies from one year to the next.
E) there is always a deficit of Net R.
Correct Answer
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Multiple Choice
A) it changes,depending upon the Sun angle.
B) it is greatest when the Sun is low in the sky.
C) it never changes-albedos are constant values
D) it is less for frozen water than for liquid water.
E) it is greatest at the equator where the water is warmest.
Correct Answer
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