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WorksheetsHigher
Total questions: 27
Worksheet time: 13mins
Which gases combine with water to form acid rain?
radon and carbon oxides
ozone and carbon monoxide
nitrogen oxides and sulfur oxides
car emissions and ozone
Ozone...
good for humans when near Earth's ssurface
a harmful pollutant no matter where it happens
found near Earth's surface all the time
protects Earth when high in the atmosphere, but is a pollutant near Earth's surface
Protective layer in atmosphere that shields earth from UV radiation.
ozone layer
air pollution
smog
acid deposition
the contamination of the atmosphere by the introduction of pollutants from human and natural sources
air pollution
smog
acid deposition
climate change
What guide rates the quality of the air at a given location?
Air Quality Guide
Air Quality Index
Air Quality Information
Air Quality Bulletin
What is one example of natural source pollution?
Human/Environmental Interaction
Industrial Exhaust
Chlorine and Ammonia
Forest Fires
Respiratory and Heart problems
What do greenhouse gases do?
Make the sky blue
Trap heat inside our atmosphere
Keep out sunlight
Keep plants growing
We can reduce air pollution by:
Car pool and walk/bike more
Limit factories burning fossil fuels
Use more renewable energy sources
All of the above
what causes air pollution?
Cars
Fossil fuels
Wildfires
All of the above
Acid rain will cause our concrete and limestone building more fragile
True
False
Source: Combustion of fossil fuels that contain sulfur, including coal, oil, gasoline
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Can harm stomates and other plant tissues
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Converts to sulfuric acid in the atmosphere which is harmful to aquatic life and some vertebrates
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Respiratory irritant (can exacerbate asthma, cardiovascular disease, and other respiratory ailments; can increase susceptibility to respiratory infections; can affect lung function) - SELECT ALL THAT APPLY
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Sources: Malfunctioning exhaust systems and poorly ventilated cooking fires that cause incomplete combustion
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
An ozone precursor, leads to the formation of photochemical smog
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Converts to nitric acid in the atmosphere, which is harmful to aquatic life and some vegetation
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Contributes to over-fertilizing terrestrial and aquatic systems
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Considered an asphyxiant because it bonds to hemoglobin, thereby interfering with oxygen transport in the bloodstream
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Can cause headaches at low concentrations or death with prolonged exposure at high concentrations
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Reduces visibility and contributes to haze and smog
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Sources: Combustion of fossil fuels and biomass as well as agriculture, road construction, and other activities that mobilize soil, soot, and dust
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
A secondary pollutant formed by the combination of sunlight, water, oxygen, VOCs, and NOx
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
A degrading agent to plant surfaces, rubber, and plastics
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
Solid or liquid particles suspended in air
particulate matter
sulfur dioxide (SO2)
carbon monoxide (CO)
nitrogen dioxide (NO2)
ozone (O3)
