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Weather and Climate Part 1

Total questions: 45

Worksheet time: 24mins

Name
Class
Date
1.

What is the main difference between weather and climate in terms of measurement?

a)

Measured over short-term (day-to-day)

b)

Measured as an average over a long period of time

c)

Measured by humidity levels

d)

Measured by wind speed

2.

Which of the following is a characteristic of climate?

a)

Changes of the condition of the atmosphere at a certain place and time

b)

Measured as an average over a long period of time

c)

Reported as a temporary forecast

d)

Local - occurs differently in smaller regions

3.

How is weather typically reported?

a)

As averages over a long period of time

b)

As a temporary forecast

c)

By the amount of sunlight

d)

By the number of storms

4.

Which of the following is NOT a major climate zone?

a)

Polar

b)

Temperate

c)

Arid

d)

Equatorial

5.

How does climate occur in terms of region?

a)

Occurs similarly over a large region

b)

Occurs differently in smaller regions

c)

Changes daily

d)

Is unpredictable

6.

What is the greenhouse effect?

a)

The cooling of Earth's surface and atmosphere

b)

The natural warming of Earth's surface and lower atmosphere

c)

The process of photosynthesis in plants

d)

The reflection of sunlight by clouds

7.

What causes the greenhouse effect?

a)

Ultraviolet radiation from the sun

b)

Infrared radiation (heat) from the sun being absorbed and emitted into the atmosphere

c)

Visible light from the sun

d)

X-rays from the sun

8.

Why are certain gases called greenhouse gases?

a)

They reflect sunlight back into space

b)

They absorb and trap heat from the sun

c)

They cool the Earth's surface

d)

They are only found in greenhouses

9.

What is the primary role of greenhouse gases in Earth's atmosphere?

a)

They absorb solar radiation and release it as light.

b)

They trap infrared energy from the sun and reemit it as heat.

c)

They reflect solar energy back into space.

d)

They convert heat energy into chemical energy.

10.

What happens to solar radiation when it enters Earth's atmosphere?

a)

It is completely absorbed by the oceans.

b)

It is converted into chemical energy.

c)

It enters as heat energy.

d)

It is immediately reflected back into space.

11.

What effect do greenhouse gases have on global temperatures?

a)

They cause global temperatures to decrease.

b)

They have no effect on global temperatures.

c)

They cause global temperatures to rise.

d)

They stabilize global temperatures.

12.

What is the role of greenhouse gases in Earth's atmosphere?

a)

They make Earth too cold for life.

b)

They maintain a comfortable temperature on Earth.

c)

They have no effect on Earth's temperature.

d)

They make Earth too warm for life.

13.

What happens if there are too few greenhouse gases in the atmosphere?

a)

Earth becomes too warm for life.

b)

Earth becomes too cold for life.

c)

Earth remains unaffected.

d)

Earth becomes more humid.

14.

What can a small change in global temperature cause?

a)

No effect on Earth's systems.

b)

Changes to climate that cause challenges for life on Earth.

c)

Immediate extinction of all life.

d)

A permanent ice age.

15.

Which of the following is a source of carbon dioxide (CO₂)?

a)

Fossil fuel production

b)

Fertilizer application

c)

Cement production

d)

Agriculture

16.

What is a major source of methane (CH₄)?

a)

Deforestation

b)

Landfills

c)

Cement production

d)

Industrial processes

17.

Which greenhouse gas is associated with fertilizer application?

a)

Carbon dioxide

b)

Methane

c)

Nitrous oxide

d)

Oxygen

18.

Which human activity involves the burning of fossil fuels and organic matter, releasing large amounts of greenhouse gases?

a)

Photosynthesis

b)

Combustion

c)

Recycling

d)

Irrigation

19.

What is the environmental impact of deforestation?

a)

Increases carbon dioxide absorption

b)

Reduces carbon dioxide in the atmosphere

c)

Causes less carbon dioxide to be taken out of the atmosphere

d)

Enhances oxygen production

20.

Which of the following activities releases methane and other greenhouse gases as organic wastes decompose?

a)

Agriculture

b)

Decomposition

c)

Industrial Products

d)

Transportation

21.

What is a byproduct of digestion in livestock such as cows that contributes to greenhouse gas emissions?

a)

Carbon dioxide

b)

Nitrous oxide

c)

Methane

d)

Oxygen

22.

Which of the following industrial products release powerful greenhouse gases called HFCs?

a)

Fertilizers

b)

Refrigerants

c)

Pesticides

d)

Biofuels

23.

Which of the following is a natural source of greenhouse gas emissions?

a)

Automobile exhaust

b)

Volcanic eruptions

c)

Industrial waste

d)

Deforestation

24.

What role does Earth play in managing greenhouse gases?

a)

It increases the amount of gases.

b)

It has systems to balance gases released naturally.

c)

It eliminates all greenhouse gases.

d)

It only releases gases through human activities.

25.

How does the amount of natural greenhouse gas emissions compare to those produced by human activities?

a)

Natural emissions are much larger.

b)

Natural emissions are slightly larger.

c)

Natural emissions are very small.

d)

Natural emissions are equal.

26.

What is the most abundant greenhouse gas that stays in the atmosphere longer than most others?

a)

Methane

b)

Nitrous Oxide

c)

Carbon Dioxide

d)

Ozone

27.

How do human activities primarily increase atmospheric CO₂ levels?

a)

Planting trees

b)

Using solar panels

c)

Burning fossil fuels for transportation, heating, and electricity

d)

Recycling waste

28.

By what percentage are current carbon dioxide levels higher than the pre-industrial era?

a)

20%

b)

30%

c)

50%

d)

70%

29.

What was the increase in CO2 concentration in 2020 despite lower emissions during the pandemic?

a)

1.5 parts per million

b)

2.4 parts per million

c)

3.0 parts per million

d)

0.5 parts per million

30.

What is the current CO2 concentration compared to before the industrial era?

a)

280 ppm

b)

350 ppm

c)

415 ppm

d)

500 ppm

31.

What is the carbon cycle?

a)

The process of burning fossil fuels

b)

The cycling of carbon molecules between oceans, air, organisms, and rocks

c)

The formation of carbon compounds in plants

d)

The release of carbon dioxide from vehicles

32.

What are carbon sinks?

a)

Sources of carbon emissions

b)

Factors that store or deduct the amount of carbon dioxide in the atmosphere

c)

Machines that capture carbon

d)

Areas with high carbon dioxide levels

33.

Why are carbon sinks important?

a)

They increase carbon dioxide levels

b)

They remove and/or store carbon dioxide

c)

They produce carbon dioxide

d)

They have no effect on carbon dioxide levels

34.

Which of the following is an example of a carbon sink?

a)

Cars

b)

Factories

c)

Oceans

d)

Plastic

35.

What is the largest carbon sink in the world?

a)

Forests

b)

Oceans

c)

Soil

d)

Atmosphere

36.

What happens to the ocean's ability to absorb carbon as atmospheric carbon dioxide increases?

a)

It increases

b)

It remains the same

c)

It decreases

d)

It fluctuates randomly

37.

What is one effect of excessive carbon dioxide in the ocean?

a)

Decreases ocean temperature

b)

Causes ocean acidification

c)

Increases fish population

d)

Reduces coral growth

38.

What is a consequence of ocean acidification?

a)

Enhanced coral growth

b)

Fish population increase

c)

Coral bleaching and fish kills

d)

Improved shell formation

39.

Illustration of carbon dioxide effects in the ocean, showing CO2 bubbles, fish, and coral.

a)

CO2 bubbles increase oxygen levels in the ocean.

b)

CO2 bubbles contribute to ocean acidification.

c)

CO2 bubbles have no effect on marine life.

d)

CO2 bubbles help in coral bleaching.

40.

What does the red line in the graph represent?

a)

Annual mean

b)

Five-year smoothing

c)

Monthly average

d)

Decadal average

41.

Between which years did the global average temperature show a significant increase?

a)

1880 to 1900

b)

1940 to 1960

c)

1980 to 2020

d)

1920 to 1940

42.

What is global warming primarily caused by?

a)

Natural climate cycles

b)

Increased greenhouse gas emissions from human activity

c)

Volcanic eruptions

d)

Solar flares

43.

Since the pre-industrial era, how much has Earth's global average temperature increased per decade?

a)

0.5°C

b)

1°C

c)

2°C

d)

1.5°C

44.

What effect do high greenhouse gas concentrations have on global temperatures?

a)

They decrease global temperatures

b)

They have no effect on global temperatures

c)

They cause global temperatures to increase

d)

They stabilize global temperatures

45.

Is this an example of weather or climate?

We can expect rain on Saturday.

a)
Weather
b)
Climate