Earth Systems & Environment Chapter 11 quiz
Near the surface, what happens to the temperature of the atmosphere with increasing altitude?
decreases
The temperature at which condensation begins is the
dew point.
A layer of the atmosphere where the temperature increases with height is a (an)
inversion
Air moving down a mountain slope is often warm because
it is compressed as it moves to lower elevations
The science that studies the atmosphere and weather phenomena is
meteorology.
A general horizontal movement of air is called
wind
Atmospheric pressure is measured using a
barometer
The amount of water vapor at a particular temperature is defined as
relative humidity
Approximately how much of the total volume of the atmosphere is oxygen?
21%
Up from the surface, 99 percent of the mass of Earth's atmosphere is found within
32 km (20 mi).
How much of the total amount of solar radiation reaching the outermost part of Earth's atmosphere reaches the surface?
About one-half
The solar radiation that does reach Earth's surface
All of the above are correct.
What is the process of heating the atmosphere by the absorption of solar radiation and reemission of infrared radiation?
Greenhouse effect
What is the boundary between the troposphere and the stratosphere?
Tropopause
What is the layer of the atmosphere where we live?
Troposphere
Which molecules in the atmosphere absorb infrared radiation?
a and c
A rapidly moving "stream" of air near the top of the troposphere is
a jet stream
Tiny solid or liquid smoke, soot, dust, and salt crystals found in the atmosphere are
aerosols.
The most abundant gas in the atmosphere is
nitrogen
The temperature increases with altitude in the stratosphere because
of a concentration of ozone.
Ultraviolet radiation is filtered by
ozone shield
The relationship between the actual absolute humidity at a particular temperature and the maximum absolute humidity that can occur at that temperature is called the ________________.
relative humidity
Air moving from the ocean to the land is called a
sea breeze
The greenhouse effect results in warmer temperatures near the surface because
some of the energy is reradiated back toward the surface.
Fog and clouds are composed of
tiny droplets of liquid water