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APES Unit 9 Part 1

Total questions: 29

Worksheet time: 15mins

Name
Class
Date
1.

What type of radiation does stratospheric ozone absorb?

a)

UV-A and UV-B

b)

UV-C and UV-B

c)

UV-A and UV-C

d)

Infrared and UV-B

2.

What is the role of tropospheric ozone?

a)

It is a respiratory irritant and damages plant tissue.

b)

It absorbs UV radiation.

c)

It provides oxygen for breathing.

d)

It cools the Earth's surface.

3.

What does UV-C radiation do to O₂ molecules?

a)

Combines them into ozone (O₃)

b)

Breaks them into two free oxygen atoms

c)

Converts them into carbon dioxide

d)

Turns them into water molecules

4.

What is the significance of the continued formation and breakdown of O₃ in the stratosphere?

a)

It releases harmful gases into the atmosphere

b)

It absorbs all UV-C and much UV-B radiation, protecting organisms on Earth

c)

It causes global warming

d)

It depletes the oxygen supply on Earth

5.

What are CFCs primarily used as?

a)

Cleaning agents

b)

Refrigerant chemicals and propellants

c)

Fertilizers

d)

Fuel additives

6.

How many ozone molecules can a single chlorine atom destroy?

a)

1,000

b)

10,000

c)

100,000

d)

1,000,000

7.

What is the role of chlorine atoms in ozone depletion?

a)

They create ozone

b)

They break O₃ down into O₂

c)

They stabilize O₃

d)

They convert O₂ into O₃

8.

What was the purpose of the Montreal Protocol of 1987?

a)

To increase the production of CFCs

b)

To phase CFCs out of production

c)

To ban the use of HCFCs

d)

To promote the use of aerosols

9.

What are HFOs?

a)

HFCs with C-C double bonds

b)

HCFCs with C-C double bonds

c)

CFCs with C-C double bonds

d)

Ozone molecules with C-C double bonds

10.

How much of the incoming solar radiation is absorbed by the atmosphere and clouds and then radiated out into space and down to Earth?

a)

10%

b)

19%

c)

26%

d)

30%

11.

What would happen to Earth without the greenhouse effect?

a)

It would be too cold to support life

b)

It would become too hot to sustain life

c)

It would have no atmosphere

d)

It would be covered in ice

12.

Which type of radiation strikes Earth's surface, heating it?

a)

Solar radiation

b)

Infrared radiation

c)

Microwave radiation

d)

Gamma radiation

13.

What does Earth's surface release after being heated by solar radiation?

a)

Infrared radiation

b)

Ultraviolet radiation

c)

Visible light

d)

Gamma rays

14.

How do greenhouse gases interact with infrared radiation?

a)

They absorb it and radiate it both out into space and back toward Earth

b)

They completely block it from escaping into space

c)

They reflect it back into space without absorption

d)

They convert it into visible light

15.

What is a significant source of nitrous oxide (N₂O) emissions?

a)

Deforestation

b)

Agricultural soils

c)

Blowing agents in aerosol products

d)

Evaporation from plants

16.

What role does water vapor (H₂O) play in the atmosphere according to the document?

a)

Drives atmospheric temperature change

b)

Controls atmospheric H₂O vapor level

c)

Major source of methane

d)

Source of nitrous oxide

17.

What does Global Warming Potential (GWP) measure?

a)

The amount of sunlight a gas reflects

b)

The contribution of a gas to atmospheric warming over 100 years relative to CO₂

c)

The cooling effect of a gas in the atmosphere

d)

The density of a gas in the atmosphere

18.

What is the GWP of CO₂?

a)

23

b)

300

c)

1

d)

1600

19.

Which gas absorbs much more infrared radiation than CO₂?

a)

CO₂

b)

Methane (CH₄)

c)

Nitrous Oxide (N₂O)

d)

Oxygen

20.

What is the range of years CFCs can remain in the atmosphere?

a)

12-50 years

b)

50-500 years

c)

115-300 years

d)

1,600-13,000 years

21.

What is the effect of increased greenhouse gases on the climate?

a)

Cooler climate

b)

Stable climate

c)

Warmer climate

d)

No change in climate

22.

What is the approximate increase in global sea level from 1993 to 2018 according to the graph?

a)

2 centimeters

b)

5 centimeters

c)

8 centimeters

d)

10 centimeters

23.

What is saltwater intrusion and how does it affect groundwater?

a)

Freshwater pushing into saltwater, purifying wells

b)

Saltwater pushing into groundwater, contaminating wells

c)

Saltwater evaporating, leaving freshwater behind

d)

Freshwater mixing with saltwater, creating brackish water

24.

How do warmer temperatures affect insect-transmitted diseases?

a)

They decrease the spread of diseases

b)

They have no effect on disease spread

c)

They allow diseases to spread to previously too cold areas

d)

They eliminate the vectors

25.

How many months of the year does the red color on the map indicate Aedes aegypti is present?

a)

1-3 months

b)

4-6 months

c)

7-9 months

d)

10-12 months

26.

What is the primary cause of variations in Earth's climate over geologic time?

a)

Variations in Earth's orbit around the sun

b)

Changes in ocean currents

c)

Volcanic eruptions

d)

Human activities

27.

What causes the rising sea levels mentioned in the effects of climate change?

a)

Increased rainfall

b)

Glacial and ice sheet melt

c)

Volcanic eruptions

d)

Earthquakes

28.

What is the role of anaerobic decomposition in the context of melting permafrost?

a)

It prevents methane release

b)

It releases methane and CO₂

c)

It absorbs CO₂

d)

It cools the soil

29.

What is the risk level for crop yields at a 1.5°C increase?

a)

Undetectable

b)

Moderate

c)

High

d)

Very high