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Atmospheric Pollution

Total questions: 12

Worksheet time: 6mins

Name
Class
Date
1.

Which pollutant is most commonly associated with acid rain?

a)

Carbon Monoxide

b)

Nitrogen dioxide

c)

Chlorofluorocarbons(CFCs)

d)

Lead(Pb)

2.

Which of the following best describes the role of CFCs in atmospheric pollution?

a)

Formation of photochemical smog

b)

contribution to global warming and ozone depletion

c)

generation of acid rain

d)

Emission of greenhouse gases from industrial plants

3.

Which of the following is a major environmental effect of acid rain?

a)

Increase of nutrients in water bodies

b)

depletion of the ozone layer

c)

Damage to aquatic ecosystems by lowering pH levels

d)

Decrease in soil saltiness

4.

Which of the following is not a greenhouse gas?

a)

Methane

b)

Nitrous oxide

c)

Oxygen

d)

Carbon dioxide

5.

Which of the following contributes most to indoor air pollution in rural areas?

a)

Use of air conditioners

b)

Burning of biomass fuel

c)

Release of ozone from electronic devices

d)

Emission from vehicles

6.

The Air Quality Index measures the concentration of which of the following pollutants?

a)

Carbon Monoxide,ozone,Nitrogen dioxide, sulphur dioxide, particular matter

b)

Carbon dioxide, methane,water vapour,ozone

c)

Sulpher dioxide, lead,methane,Nitrogen

d)

Oxygen,Nitrogen, argon,Carbon dioxide

7.

Imagine a futuristic city that uses acid rain as an energy source through novel chemical process. Which of these potential methods might be used to harness this energy ?

a)

electrolysis of acidic water to produce hydrogen fuel

b)

direct combustion of acid rain in power plants

c)

solar panels converting acid rain into electricity

d)

wind turbines driven by acid rain droplets

8.

Acid rain can affect the conductivity of water bodies. How might this change impact aquatic ecosystems?

a)

increase in the breeding of predatory fish

b)

Enhanced growth of submerged plants

c)

Disruption of electroreception in fish and amphibians

d)

improved water clarity

9.

How might the historical use of milestone in building construction unintentionally contribute to increased acid rain damage in modern cities?

a)

Limestone buildings absorb pollutants and release them as acid rain

b)

Limestone reacts with acid rain, accelerating structural decay

c)

Limestone surfaces repel water,causing acid rain to pool

d)

Limestone emits gases that contribute to acid rain formation

10.

What unexpected consequence might arise

from the complete recovery of the ozone layer on global climate patterns?

a)

increase in global temperatures due to enhanced greenhouse effect

b)

stabilization of polar vortex and altered jet streams

c)

decrease in sea levels due to less UV-induced water evaporation

d)

enhanced growth of phytoplankton in the oceans

11.

What unexpected consequence could arise from large scale tree planting initiatives aimed at mitigating atmospheric pollution?

a)

overuse of water resources in arid regions

b)

increased atmospheric pollution from decaying organic matter

c)

enhancement of urban heat islands

d)

depletion of soil nutrients affecting crop yields

12.

How could the shift to telecommuting as a result of the COVID-19 pandemic lead to unexpected consequences for atmospheric pollution?

a)

increased residential energy use offsetting transportation emission reactions

b)

decrease in overall pollution levels due to fewer commutes

c)

improved air quality in urban centers without any trade offs

d)

Telecommuting has no impact on atmospheric pollution