PART 1: Reading: Read the text below. Then answer the questions that follow. (1) Around 45% of the UK's carbon dioxide emissions come from the energy people use every day - at home and when they travel. In order to generate that energy, fossil fuels (coal, oil, and gas) are burnt, and these produce greenhouse gases - in particular carbon dioxide (CO2). Car emissions are a major problem, but the truth is that more CO2 comes from the energy used at home. The average household creates around five and a half tonnes of CO2 a year, and it is that same CO2 which is changing the climate and damaging the environment. (2) CO2 and various other gases wrap the earth in an invisible blanket helping to prevent heat from escaping. Without this greenhouse effect, the average temperature on Earth would be around -18°C, compared with the current average of around +15°C. The composition of this blanket of gases has remained relatively constant for many thousands of years. However, since the industrial revolution began around 200 years ago, people have been burning increasing amounts of fossil fuels, thus releasing more CO2 and other greenhouse gases in the process. This has increased the heating effect of the blanket, trapping more of the sun's energy inside the Earth's atmosphere. In turn the Earth's temperature has increased more rapidly in a shorter period of time than it has for thousands of years. (3) In 2008, the total UK CO2 emissions were 533 million tonnes. 27% (144 million tonnes) of those emissions came from the energy used to heat, light, and power homes. Transport emissions caused by passenger cars, buses, mopeds and motorcycles accounted for a further 16% (87 million tonnes) of the UK's CO2 emissions. These figures show that a significant amount of CO2 results from ordinary citizens' carbon footprint in their daily activities and lifestyle. (4) The effects of climate change can be seen all around us. Weather patterns are becoming more and more fractured and uncertain, and over the last century trends in warm weather have become increasingly common. In the UK in the last 40 years, winters have grown warmer, with much heavier rainfall. One of the clearest shifts over the last 200 years is towards summers that are hotter and drier, causing pervasive water shortages. Recent years have been the hottest since records began, and during August 2003, the hottest ever outdoor temperature in the UK was recorded - 38.5°C.

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PART 1: Reading: Read the text below. Then answer the questions that follow.
(1) Around 45% of the UK's carbon dioxide emissions come from the energy people use every day - at home and when they travel.
In order to generate that energy, fossil fuels (coal, oil, and gas) are burnt, and these produce greenhouse gases - in particular
carbon dioxide (CO2). Car emissions are a major problem, but the truth is that more CO2 comes from the energy used at home. The
average household creates around five and a half tonnes of CO2 a year, and it is that same CO2 which is changing the climate and
damaging the environment.
(2) CO2 and various other gases wrap the earth in an invisible blanket helping to prevent heat from escaping. Without this
greenhouse effect, the average temperature on Earth would be around -18°C, compared with the current average of around +15°C.
The composition of this blanket of gases has remained relatively constant for many thousands of years. However, since the
industrial revolution began around 200 years ago, people have been burning increasing amounts of fossil fuels, thus releasing more
CO2 and other greenhouse gases in the process. This has increased the heating effect of the blanket, trapping more of the sun's
energy inside the Earth's atmosphere. In turn the Earth's temperature has increased more rapidly in a shorter period of time than it
has for thousands of years.
(3) In 2008, the total UK CO2 emissions were 533 million tonnes. 27% (144 million tonnes) of those emissions came from the
energy used to heat, light, and power homes. Transport emissions caused by passenger cars, buses, mopeds and motorcycles
accounted for a further 16% (87 million tonnes) of the UK's CO2 emissions. These figures show that a significant amount of CO2
results from ordinary citizens' carbon footprint in their daily activities and lifestyle.
(4) The effects of climate change can be seen all around us. Weather patterns are becoming more and more fractured and
uncertain, and over the last century trends in warm weather have become increasingly common. In the UK in the last 40 years,
winters have grown warmer, with much heavier rainfall. One of the clearest shifts over the last 200 years is towards summers that
are hotter and drier, causing pervasive water shortages. Recent years have been the hottest since records began, and during August
2003, the hottest ever outdoor temperature in the UK was recorded - 38.5°C.
Transcribed Image Text:PART 1: Reading: Read the text below. Then answer the questions that follow. (1) Around 45% of the UK's carbon dioxide emissions come from the energy people use every day - at home and when they travel. In order to generate that energy, fossil fuels (coal, oil, and gas) are burnt, and these produce greenhouse gases - in particular carbon dioxide (CO2). Car emissions are a major problem, but the truth is that more CO2 comes from the energy used at home. The average household creates around five and a half tonnes of CO2 a year, and it is that same CO2 which is changing the climate and damaging the environment. (2) CO2 and various other gases wrap the earth in an invisible blanket helping to prevent heat from escaping. Without this greenhouse effect, the average temperature on Earth would be around -18°C, compared with the current average of around +15°C. The composition of this blanket of gases has remained relatively constant for many thousands of years. However, since the industrial revolution began around 200 years ago, people have been burning increasing amounts of fossil fuels, thus releasing more CO2 and other greenhouse gases in the process. This has increased the heating effect of the blanket, trapping more of the sun's energy inside the Earth's atmosphere. In turn the Earth's temperature has increased more rapidly in a shorter period of time than it has for thousands of years. (3) In 2008, the total UK CO2 emissions were 533 million tonnes. 27% (144 million tonnes) of those emissions came from the energy used to heat, light, and power homes. Transport emissions caused by passenger cars, buses, mopeds and motorcycles accounted for a further 16% (87 million tonnes) of the UK's CO2 emissions. These figures show that a significant amount of CO2 results from ordinary citizens' carbon footprint in their daily activities and lifestyle. (4) The effects of climate change can be seen all around us. Weather patterns are becoming more and more fractured and uncertain, and over the last century trends in warm weather have become increasingly common. In the UK in the last 40 years, winters have grown warmer, with much heavier rainfall. One of the clearest shifts over the last 200 years is towards summers that are hotter and drier, causing pervasive water shortages. Recent years have been the hottest since records began, and during August 2003, the hottest ever outdoor temperature in the UK was recorded - 38.5°C.
Question 9
What does 'these' refer to in the following sentence?
". and these produce greenhouse gases - in particular carbon dioxide (C
A Carbon dioxide emissions.
B) People.
C) Energy.
D Fossil fuels.
Question 10
What does 'this' refer to in the following sentence?
"This has increased the heating effect of the blanket. "
A Human activity over 200 years ago.
B The increase in CO2 and other greenhouse gases in the atme
C The blanket of gases around the Earth.
D The average temperature of the Earth.
Transcribed Image Text:Question 9 What does 'these' refer to in the following sentence? ". and these produce greenhouse gases - in particular carbon dioxide (C A Carbon dioxide emissions. B) People. C) Energy. D Fossil fuels. Question 10 What does 'this' refer to in the following sentence? "This has increased the heating effect of the blanket. " A Human activity over 200 years ago. B The increase in CO2 and other greenhouse gases in the atme C The blanket of gases around the Earth. D The average temperature of the Earth.
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