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AP Environmental Pollutants

Total questions: 30

Worksheet time: 15mins

Name
Class
Date
1.

Which is NOT a criteria pollutant?

a)

Sulfur dioxide

b)

Lead

c)

Carbon dioxide

d)

Particulate matter

e)

Tropospheric ozone

2.

A secondary pollutant

a)

forms in the stratosphere.

b)

is transformed by sunlight or water.

c)

cannot be directly tracked.

d)

does not directly harm humans.

e)

forms primarily from incomplete combustion.

3.

Which is a source of sulfur dioxide found in nature?

a)

Forest fires

b)

Lightning strikes

c)

Plant emissions

d)

Volcanoes

e)

Soil

4.

Which size of particulate matter causes the greatest health concerns?

a)

PM2.5

b)

PM10

c)

PM100

d)

PM30

e)

PM15

5.

Carbon monoxide

a)

increases lung cancer rates.

b)

leads to the formation of photochemical smog.

c)

is most problematic in rural areas

d)

does not directly cause deaths.

e)

is produced by incomplete combustion.

6.

High levels of photochemical smog are due to

I. nitrogen dioxide.

II. sulfur dioxide.

III. VOCs

a)

I only

b)

I and II only

c)

II and III only

d)

I and III only

e)

I, II, and III

7.

Recent increases in acid deposition in the western United States are due to

a)

increased emissions in the United States.

b)

decreased precipitation due to climate change.

c)

increased emissions in China.

d)

increased precipitation due to climate change.

e)

increased emissions in Europe.

8.

Thermal inversions

a)

increase the rate of smog formation.

b)

trap high concentrations of pollution at ground level.

c)

result in increased levels of acid deposition.

d)

are caused by high levels of precipitation.

e)

reduce the negative effects of VOCs.

9.

Acid deposition forms as a result of

a)

nitrogen oxides and photochemical smog.

b)

carbon monoxide and VOCs.

c)

sulfur dioxide and VOCs.

d)

nitrogen oxides and sulfur dioxide.

e)

carbon monoxide and photochemical smog.

10.

The effects of acid deposition include

a)

increased cancer rates in aquatic organisms.

b)

decreased aquatic biodiversity.

c)

decreased mobilization of metals.

d)

increased pH of lake water.

e)

decreased human health in impacted areas.

11.

Which method is used to reduce nitrogen oxide emissions?

a)

Installation of catalytic converters

b)

Increased temperature of combustion

c)

The addition of oxygen to combustion processes

d)

The use of fluidized bed combustion

e)

The use of calcium carbonate to absorb emissions

12.

Which is NOT used to prevent the emission of particulate matter?

a)

Gravitational settling

b)

Fabric filters

c)

Electrostatic preciptators

d)

Catalytic convertors

e)

Scrubbers

13.

Which pollution control method was proposed by an amendment of the Clean Air Act?

a)

Allowing tolls to limit the use of automobiles

b)

A market for sulfur emissions

c)

The regulation of radon emissions

d)

The use of catalytic converters

e)

Chemicals developed to prevent the formation of ozone.

14.

If carbon monoxide emissions decreased from 145 million tons annually to 80 million tons annually, by what percentage have emissions been reduced?

a)

41 percent

b)

45 percent

c)

47 percent

d)

52 percent

e)

55 percent

15.

The formation of ozone begins when an 02 molecule is split by

a)

UV-A radiation.

b)

UV-B radiation.

c)

UV-C radiation.

d)

UV-A or UV-B radiation.

e)

UV-B or UV-C radiation.

16.

How many ozone atoms can a single chlorine atom break down?

a)

5,000

b)

10,000

c)

50,000

d)

100,000

e)

500,000

17.

Which is NOT a result of the reduction in stratospheric ozone?

a)

Reduced photosynthetic activity

b)

Increased skin cancer

c)

Increased eye problems

d)

Increased birth defects

e)

Suppressed immune systems

18.

Through international cooperation, the concentration of chlorine in the atmosphere

a)

has already decreased below 3 ppb.

b)

will stabilize around 3 ppb by 2030.

c)

has stabilized at 5 ppb.

d)

is expected to stabilize at 5 ppb by 2100.

e)

is expected to fall below 3 ppb by 2020.

19.

When is the Antarctic ozone hole largest?

a)

Early spring

b)

Late summer

c)

Mid-summer

d)

Late fall

e)

Early winter

20.

What percentage of worldwide deaths due to indoor pollution occurs in developing countries?

a)

30 percent

b)

50 percent

c)

60 percent

d)

70 percent

e)

90 percent

21.

Which outdoor air pollutant is also a significant indoor air pollutant?

a)

Sulfur dioxide

b)

Nitrogen oxides

c)

Carbon monoxide

d)

Lead

e)

Ozone

22.

The primary source of radon is

a)

electronics.

b)

indoor fires.

c)

household chemical fumes.

d)

rocks and soils.

e)

construction materials

23.

Sick building syndrome

a)

occurs most often in old buildings.

b)

is a primary cause of lung cancer.

c)

is a result of off-gassing.

d)

can be prevented by renovations.

e)

occurs most often in wet tropical areas.

24.

Asbestos

a)

is used for insulation.

b)

can be easily removed and treated.

c)

can be a problem in new construction.

d)

causes skin irritation, nausea, and fatigue.

e)

is commonly used in furniture.

25.

Anthropogenic ozone is formed and located in which layer?

a)

Troposphere

b)

Stratosphere

c)

Mesosphere

d)

Thermosphere

e)

Exosphere

26.

Greenhouse gases change the composition of this layer?

a)

Troposphere

b)

Stratosphere

c)

Mesosphere

d)

Thermosphere

e)

Exosphere

27.

Nitrogen accounts for what percentage of the atmosphere?

a)

less than 1%

b)

7%

c)

21%

d)

52%

e)

78%

28.

Which of the following would be the best description secondary pollutants?

a)

They only harm a small vulnerable percentage of a population.

b)

They become harmful after reacting in the atmosphere.

c)

They are produced in lesser quantities than primary pollutants.

d)

They are less environmentally damaging than other pollutants.

e)

They are classified by the EPA as the second most dangerous and abundant.

29.

Which of the following would be classified as a volatile organic compound air pollutants? (Mark all that apply)

a)

benzene

b)

methane

c)

formaldehyde

d)

chlorofluorocarbons

e)

terpene

30.

Which of the following is the most likely route for mercury to enter the food web?

a)

Municipal waste → landfill → groundwater→ plants and vegetation

b)

Coal-burning emissions → deposition→ ocean → plankton → fishes

c)

Organic fertilizers →soil →groundwater→ lake → trout

d)

Medical waste incinerators → stratosphere→ grass → cows

e)

Mining waste → acid deposition → surface runoff → plants and vegetation