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Atmosphere

Total questions: 46

Worksheet time: 47mins

Name
Class
Date
1.

How many neutrons does sulfur have?

(a)  

2.

Wat is the correct electron configuration for sulfur?

a)

2,6,6

b)

2,8,6

c)

2,2,2,2,2,2,2,2

d)

2,8,8

3.

Sulfur reacts with oxygen to produce sulfur dioxide.

Complete the word equation for this reaction

Sulfur + ​ (a)   --> ​ (b)  

Choose from the below words
Oxygen
Sulfur Dioxide
Hydrogen Sulfide
Carbon Dioxide 
Sulfur
4.

What effect is caused by sulfur dioxide?

a)

Acid Rain

b)

Global Dimming

c)

Global Warming

d)

Sea Levels Rising

5.
Question Image

Match the trend in the fraph

a)

Increases

1.

1984-1987

b)

Constant

2.

1988-1990

c)

Decreases

3.

1990-1994

6.

Calculate the percentage of sulfur dioxide released by industry

(a)  

7.

What percentage of the Earth’s atmosphere is nitrogen?

a)

5%

b)

20%

c)

50%

d)

80%

8.

During the first billion years of the Earth’s existence the amount of nitrogen in the atmosphere increased.

Give one source of this nitrogen.

(a)  

9.

This question is about the Earth’s atmosphere.

Carbon dioxide is a greenhouse gas.

What is another greenhouse gas?

a)

Argon

b)

Methane

c)

Nitrogen

d)

Oxygen

10.

Greenhouse gases cause global climate change.

Give two effects of global climate change.

a)
Rising sea levels and increased frequency of extreme weather events.
b)
Lower temperatures and reduced rainfall.
c)
Decreased biodiversity and improved air quality.
d)
Increased agricultural yields and less pollution.
e)

Melting Ice Caps

11.

4.1 kg of a plastic, used to make plastic bottles, has a carbon footprint of 6.0 kg of carbon dioxide.

Calculate the carbon footprint of one plastic bottle of mass 23.5 g

(a)  

12.

Explain how the percentages of nitrogen, oxygen and carbon dioxide in the Earth’s atmosphere today have changed from the Earth’s early atmosphere.

Categorise the statements for each gas

Categorize the following

Produced by algae and plants

Volcanoes released it over time

Produced from the conversion of ammonia

Produced by bacteria

Produced by photosynthesis

Used up in photosynthesis

Used by plants and algae

Dissolved into the oceans

Formed carbonates and sedimentary rock

Nitrogen
Oxygen
Carbon Dioxide
13.

Give two reasons why the percentage of carbon dioxide in the air has

decreased in the last 2.7 billion years.

Tick 2 Boxes

a)

Combustion

b)

Dissolved in the oceans

c)

Intense volcanic activity

d)

Photosynthesis

e)

Respiration

14.

The ​ (a)   temperatures of a car engine allow nitrogen in the ​ (b)   to react with ​ (c)   and form nitrogen oxides

Choose from the below words
high
air
oxygen
oxide
low
soil
petrol 
15.

Which statements match each car

Categorize the following

produces the most CO2 during manufacture

produces the most CO2 per km when driving

produces the most CO2 from manufacture and 40,000km when driving

produces the most CO2 from manufacture and 100,000km when driving

produces least CO2 during manufacture, but most CO2 per km

produces most CO2 during manufacture, but least CO2 per km

produces least CO2 during manufacture, but car C produces the least CO2 per km

Car A
Car B
Car C
16.

What was the highest percentage of carbon dioxide in the Earth’s atmosphere?

Use Figure 2.

(a)  

17.

The percentage of carbon dioxide in the atmosphere has decreased since Earth’s

early atmosphere.

Which two processes have decreased the percentage of carbon dioxide in the

Earth’s atmosphere?

Tick () two boxes.

a)

Combustion of fuels

b)

Formation of sedimentary rocks

c)

Photosynthesis

d)

Volcanic activity

18.

The total amount of carbon dioxide emitted over the life cycle of a product can

be measured.

What name is given to the total amount of carbon dioxide emitted during the life cycle of a product?

a)

Carbon footprint

b)

Global dimming

c)

Greenhouse effect

19.

Mass of carbon dioxide in g dissolved in 1 dm3 of water for 5oC?

(a)  

20.

Mass of carbon dioxide in g dissolved in 1 dm3 of water for 15oC?

(a)  

21.

Calculate the difference in the mass of carbon dioxide dissolved in 1 dm3 of water

at 5 °C and at 15 °C

5oC = 3.3

15oC = 2

(a)  

22.

Carbon dioxide is a greenhouse gas.

The greenhouse effect happens in four stages.

The four stages are:

What is the correct order of stages ?

a)

Shorter wavelength radiation enters the atmosphere.

b)

Radiation is absorbed by the Earth

c)

Longer wavelength radiation is emitted

d)

Carbon dioxide stops longer wavelength radiation escaping

1)
2)
3)
4)
23.

Changes in the percentage of carbon dioxide in the Earth’s atmosphere cause

climate change.

Give two effects of climate change.

a)
Decreased biodiversity and improved air quality.
b)
More stable weather patterns and reduced greenhouse gas emissions.
c)
Increased agricultural yields and lower global temperatures.
d)
Rising sea levels and increased frequency of extreme weather events.
e)

Increased flooding and erosion of soil

24.

Which spot shows petrol at 54%?

25.

Which location produces the highest concentrations of nitrogen dioxide in the air?

a)

City Centre

b)

Countryside

c)

Motorway

26.

Why is the concentration of nitrogen dioxide lower on a Sunday?

a)
Car emissions are the same every day of the week.
b)
Nitrogen concentration is affected by weather patterns on Sundays.
c)
Nitrogen levels are higher on Sundays due to increased traffic.
d)

There is less traffic as fewer people are working

27.

Calculate the mean value for the concentration of nitrogen dioxide in the air in the

city centre for the days from Monday to Friday.

(a)  

28.

Nitrogen dioxide is removed from car emissions by catalytic converters.

Which two of the following are correct statements about catalysts?

a)

Catalysts are included in the chemical equation for a reaction.

b)

Catalysts are not used up in a reaction.

c)

Catalysts decrease the surface area of the reactants.

d)

Catalysts increase the concentration of the reactants.

e)

Catalysts lower the activation energy of a reaction.

29.

The catalyst in catalytic converters contains platinum.

Platinum is an unreactive metal obtained from the Earth’s crust.

Platinum is a

a)

Finite resource

b)

Formulation

c)

Renewable resource

30.

Emissions from cars that burn fossil fuels contain carbon dioxide.

What is used to test for carbon dioxide?

a)

Burning splint

b)

Glowing splint

c)

Limewater

31.

An increase in greenhouse gases in the Earth’s atmosphere causes an increase

in global temperature.

An increase in global temperature is a major cause of climate change.

Give two effects of global climate change.

a)
Decreased biodiversity due to habitat preservation.
b)

Rising sea levels due to melting ice caps.

c)
Lower agricultural yields from improved weather conditions.
d)
Reduced air pollution from increased vegetation.
e)

Increases chance of extreme weather events

32.

At the start the percentage of carbon dioxide is ​ (a)   it then ​ (b)  

Choose from the below words
constant
increases
decreases
becomes constant 
33.

Determine the change in the percentage of carbon dioxide in the

Earth’s atmosphere from 1950 to 2000.



(a)  

34.

Give two reasons that the percentage of carbon dioxide in the Earth's atmosphere is changing

a)

Humans are bring fuels

b)
The Earth's atmosphere is becoming more oxygen-rich.
c)

Natural processes are stabilizing CO2 concentrations.

d)

Increased volcanic activity is reducing CO2 levels.

e)

There has been an increase in the human population

35.

Predict the percentage of carbon dioxide in the Earth’s atmosphere in 2050.

You should extend the graph line on Figure 3.

Percentage of carbon dioxide in 2050 =

(a)  

36.

Earth’s early atmosphere may have been like the atmosphere of Mars today.

Why are scientists not certain about the percentage of gases in the

Earth’s early atmosphere?

a)
Scientists have confirmed the exact composition through experiments.
b)
There is abundant evidence from ancient fossils.
c)
Geological records are perfectly clear and detailed.
d)
There is limited direct evidence and geological records are ambiguous.
37.

What was formed from the water vapour in the Earth’s early atmosphere?

a)

Crude oil

b)

Limestone

c)

Natural gas

d)

Oceans

38.

In the current atmosphere Nitrogen was produced by ​ (a)   and oxygen by ​ (b)   and plants.

Choose from the below words
volcanoes
algae
animals
oceans
fossils
39.

Why are animals not able to live on Mars?

a)

The atmosphere of Mars does not contain enough argon.

b)

The atmosphere of Mars does not contain enough nitrogen.

c)

The atmosphere of Mars does not contain enough oxygen.

40.

There is more carbon dioxide on Mars than on Earth.

Which other gas is found in larger quantities on Mars than on Earth?

(a)  

41.

Calculate how many times more nitrogen than oxygen there is in the

atmosphere of Earth.

Use Table 2.

Give your answer to 2 significant figures.

(a)  

42.

Which spot shows the height of the bar for oxygen?

43.

What is used to test for oxygen gas?

a)

A burning splint

b)

A glowing splint

c)

Damp litmus paper

d)

Limewater

44.

Since the Earth’s early atmosphere, the percentage of nitrogen in the Earth’s

atmosphere has ​ (a)   . Since the Earth’s early atmosphere, the percentage of oxygen in the Earth’s

atmosphere has ​ (b)  

Choose from the below words
increased
stayed the same 
decreased
45.

The Earth’s atmosphere today contains a small amount of carbon dioxide.

Why has the percentage of carbon dioxide decreased since the Earth’s

early atmosphere?

a)

Dissolved in oceans

b)

Formation of sedimentary rocks

c)

Industrialisation

d)

Respiration

e)

Volcanic activity

46.

Which two times have the highest concentrations of oxides of nitrogen in

the atmosphere?