Questões de Concurso
Comentadas sobre interpretação de texto | reading comprehension em inglês
Foram encontradas 9.238 questões
I. One procedure the person in charge should do is to gather essential information (contact information, checklist, logistical details, etc) that will be referred to on a continuous basis throughout the event planning process and organize it into a userfriendly system.
II. After organizing reference information, the person responsible for the event has to establish communication with the team. It is important to develop a support network and preventing duplication of efforts. The first meeting should bring all participants to the same page.
III. In order to follow up, it is important to have some sort of follow up in form of document for the purpose of evaluating the planned activities and determining whether the projected goals of the event were met.
IV. If the big day has arrived, make sure that you have checked and double checked to verify that all items. The best way to do this may be by using a checklist.
verifica-se que
I. A multilevel, multi-sectored package of measures, requiring multilevel planning and structuring, leading towards an overall goal.
II. One or more processes in which an individual or group takes part in specific decision-making and action, and over which they may exercise specific controls.
III. Result of a project relative to its objective that are sufficient and necessary to achieve the objective and are generated by its respective partner’s output.
IV. The intended physical, financial, institutional, social, environmental, educational or other goals which a project is expected to achieve and which lies in its own sphere of influence.
Associe cada definição com um substantivo que a sinteza:
1. Student users have a responsibility to use University computer resources in an efficient, ethical, and lawful manner.
2. The University has a right and a duty to protect its valuable computer resources and to restrict student access to uses that are strictly related to the students' university related programs as well as reasonably limited in time. The University reserves the right to define what are unauthorized student uses.
3. Violations of University computer policy which do not constitute an immediate, clear danger to the University computer systems or networks will be referred to the regular student disciplinary process.
Escolha a opção que melhor sintetiza e nomeia a página. Leve em consideração os conhecimentos gramatical e lexical.
'CityVille' now bigger on Facebook than 'FarmVille'
(Mashable) -- Facebook game developer Zynga has proved once
again that it knows exactly what it needs to do to keep millions of
Facebook users happy and occupied.
In less than a month, its latest game "CityVille"___ ______
(become) the most popular application on Facebook, surpassing
Zynga's previous hit "FarmVille" in all areas.
According to AppData, "CityVille" now has 16.8 million daily
active users, compared to "FarmVille's" 16.4 million. Looking at
monthly active users, "CityVille" is also ahead with 61.7 million
users, while "FarmVille" trails behind with 56.8 million users.
Zynga's "FrontierVille" and "Texas HoldEm Poker" also round out
the top five: put those four apps together (we'll disregard the fact
that many of those users overlap for a second) and you have a
very impressive number: 184 million active users across four
games.
The only non-Zynga app in the top five list is "Phrases," _____ at
one point threatened to take the top place, but is now
overshadowed by both "CityVille" and "FarmVille."
"CityVille's" future success wasn't hard to predict after an
amazingly good start at the beginning of December, but it's still
impressive to see Zynga amassing tens of millions of users in a
matter of days, proving that all that venture capital that went into
the company isn't there by accident.
Fonte :cnn.com
'CityVille' now bigger on Facebook than 'FarmVille'
(Mashable) -- Facebook game developer Zynga has proved once
again that it knows exactly what it needs to do to keep millions of
Facebook users happy and occupied.
In less than a month, its latest game "CityVille"___ ______
(become) the most popular application on Facebook, surpassing
Zynga's previous hit "FarmVille" in all areas.
According to AppData, "CityVille" now has 16.8 million daily
active users, compared to "FarmVille's" 16.4 million. Looking at
monthly active users, "CityVille" is also ahead with 61.7 million
users, while "FarmVille" trails behind with 56.8 million users.
Zynga's "FrontierVille" and "Texas HoldEm Poker" also round out
the top five: put those four apps together (we'll disregard the fact
that many of those users overlap for a second) and you have a
very impressive number: 184 million active users across four
games.
The only non-Zynga app in the top five list is "Phrases," _____ at
one point threatened to take the top place, but is now
overshadowed by both "CityVille" and "FarmVille."
"CityVille's" future success wasn't hard to predict after an
amazingly good start at the beginning of December, but it's still
impressive to see Zynga amassing tens of millions of users in a
matter of days, proving that all that venture capital that went into
the company isn't there by accident.
Fonte :cnn.com
4 complexity of the problem is intrinsically linked with overarching societal issues, such as poverty reduction, economic development and population growth
7 After a decade of work on integrating Earth- and satellite-based observing networks, thereby establishing new observation methods that have made a tremendous impact on
10 the way climate change and physical oceanic variability is measured, scientists are once again exploring uncharted waters and looking to set a new course for the future at the
13 OceanObs'09 Conference in Venice, Italy on September 21-25. Ten years ago — at the first conference for a comprehensive ocean observing system — scientists envisioned measuring
16 satellite altimetry of sea-surface height with tide gauges and buoy measurements in order to forecast ocean currents. They brainstormed methods for monitoring changes in temperature
19 and salinity in the Southern Ocean and the South Atlantic which had never been systematically monitored. They also drew up a plan for implementing a global array of temperature
22 and salinity floats that would profile the water column down to a depth of 2,000 meters in real time. The initiatives launched at that conference a decade ago have since provided data that
25 fed the International Panel on Climate Change (IPCC) assessments of human influence on climate change, improved seasonal forecasts crucial for agriculture, hydropower, and
28 storm prediction and provided information invaluable to the lives and safety of mariners. Internet: (adapted).
4 complexity of the problem is intrinsically linked with overarching societal issues, such as poverty reduction, economic development and population growth
7 After a decade of work on integrating Earth- and satellite-based observing networks, thereby establishing new observation methods that have made a tremendous impact on
10 the way climate change and physical oceanic variability is measured, scientists are once again exploring uncharted waters and looking to set a new course for the future at the
13 OceanObs'09 Conference in Venice, Italy on September 21-25. Ten years ago — at the first conference for a comprehensive ocean observing system — scientists envisioned measuring
16 satellite altimetry of sea-surface height with tide gauges and buoy measurements in order to forecast ocean currents. They brainstormed methods for monitoring changes in temperature
19 and salinity in the Southern Ocean and the South Atlantic which had never been systematically monitored. They also drew up a plan for implementing a global array of temperature
22 and salinity floats that would profile the water column down to a depth of 2,000 meters in real time. The initiatives launched at that conference a decade ago have since provided data that
25 fed the International Panel on Climate Change (IPCC) assessments of human influence on climate change, improved seasonal forecasts crucial for agriculture, hydropower, and
28 storm prediction and provided information invaluable to the lives and safety of mariners. Internet: (adapted).
Criminal Intelligence Analysis (sometimes called Crime Analysis) has been recognized by law enforcement as a useful support tool for over twenty-five years and is successfully used within the international community. Within the last decade, the role and position of Criminal Intelligence Analysis in the global law enforcement community has fundamentally changed. Whereas previously there were a few key countries acting as forerunners and promoters of the discipline, more and more countries have implemented analytical techniques within their police forces. International organizations, such as INTERPOL, Europol and the International Criminal Tribunal for the Former Yugoslavia (ICTY), all have Criminal Intelligence Analysts among their personnel. The techniques are also widely used within private sector organizations.
There are many definitions of Criminal Intelligence Analysis in use throughout the world. The one definition agreed in June 1992 by an international group of twelve European INTERPOL member countries and subsequently adopted by other countries is as follows: 'The identification of and provision of insight into the relationship between crime data and other potentially relevant data with a view to police and judicial practice'.
The central task of Analysis is to help officials — law enforcers, policy makers, and decision makers — deal more effectively with uncertainty, to provide timely warning of threats, and to support operational activity by analysing crime.
Criminal Intelligence Analysis is divided into operational (or tactical) and strategic analysis. The basic skills required are similar, and the difference lies in the level of detail and the type of client to whom the products are aimed. Operational Analysis aims to achieve a specific law enforcement outcome. This might be arrests, seizure or forfeiture of assets or money gained from criminal activities, or the disruption of a criminal group. Operational Analysis usually has a more immediate benefit. Strategic Analysis is intended to inform higher level decision making and the benefits are realized over the longer term. It is usually aimed at managers and policy-makers rather than individual investigators. The intention is to provide early warning of threats and to support senior decision-makers in setting priorities to prepare their organizations to be able to deal with emerging criminal issues. This might mean allocating resources to different areas of crime, increased training in a crime fighting technique, or taking steps to close a loophole in a process.
Both disciplines make use of a range of analytical techniques and Analysts need to have a range of skills and attributes.
Internet: <www.interpol.int>.
About operational and strategic analysis, mark the correct alternative.
Texto II, para responder às questões 8 e 9.
Criminal Intelligence Analysis
1 Criminal Intelligence Analysis (sometimes called
Crime Analysis) has been recognized by law enforcement as
a useful support tool for over twenty-five years and is
4 successfully used within the international community. Within
the last decade, the role and position of Criminal Intelligence
Analysis in the global law enforcement community has
7 fundamentally changed. Whereas previously there were a few
key countries acting as forerunners and promoters of the
discipline, more and more countries have implemented
10 analytical techniques within their police forces. International
organizations, such as INTERPOL, Europol and the
International Criminal Tribunal for the Former Yugoslavia
13 (ICTY), all have Criminal Intelligence Analysts among their
personnel. The techniques are also widely used within private
sector organizations.
16 There are many definitions of Criminal Intelligence
Analysis in use throughout the world. The one definition
agreed in June 1992 by an international group of twelve
19 European INTERPOL member countries and subsequently
adopted by other countries is as follows: 'The identification of
and provision of insight into the relationship between crime
22 data and other potentially relevant data with a view to police
and judicial practice'.
The central task of Analysis is to help officials — law
25 enforcers, policy makers, and decision makers — deal more
effectively with uncertainty, to provide timely warning of
threats, and to support operational activity by analysing crime.
28 Criminal Intelligence Analysis is divided into
operational (or tactical) and strategic analysis. The basic skills
required are similar, and the difference lies in the level of
31 detail and the type of client to whom the products are aimed.
Operational Analysis aims to achieve a specific law
enforcement outcome. This might be arrests, seizure or
34 forfeiture of assets or money gained from criminal activities,
or the disruption of a criminal group. Operational Analysis
usually has a more immediate benefit. Strategic Analysis is
37 intended to inform higher level decision making and the
benefits are realized over the longer term. It is usually aimed
at managers and policy-makers rather than individual
40 investigators. The intention is to provide early warning of
threats and to support senior decision-makers in setting
priorities to prepare their organizations to be able to deal with
43 emerging criminal issues. This might mean allocating
resources to different areas of crime, increased training in a
crime fighting technique, or taking steps to close a loophole in
46 a process.
Both disciplines make use of a range of analytical
techniques and Analysts need to have a range of skills and
49 attributes.
Internet: <www.interpol.int>.
Mark the alternative that presents information which cannot be found in the text II.
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
In terms of the organization of ideas in the text,
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
In “To release their stored energy, fossil fuels must be burned.” (lines 33-34) the expression in boldtype can be replaced by
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
Among the solutions to minimize the risks associated with the use of fossil fuels, the author suggests the
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
According to paragraph 4 (lines 33-42), all the elements below result from the burning of fossil fuels, EXCEPT
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
Concerning the figures relative to the year 2005, as mentioned in paragraph 2 (lines 11-22)
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
Paragraph 3 (lines 23-32) introduces the idea that
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
“This process...” (line 6) refers to the
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
In “The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development.” (lines 1-3), ‘due to’ can be substituted by
Fossil Fuels
The twentieth century has been called the hydrocarbon century due to the abundance of fossil fuels, and their contribution to human development. Fossil fuels were formed over millions of years by the decomposing remains of plants and animals under immense heat and pressure. This process resulted in energy laden fuels coal, petroleum, and natural gas, which together have generated most of the energy consumed globally for over a century, paving the way for continued advancement and new inventions.
Fossil fuels are currently the most economically available source of power for both personal and commercial uses. Petroleum fuels our cars and thirst for plastics, while natural gas and coal heat and electrify our homes. Mass transportation is also largely propelled by fossil fuels. In 2005, more than 3/4 of total world energy consumption was through the use of fossil fuels. Petroleum led with over 43.4 percent of the world’s total energy consumption, followed by natural gas (15.6 percent) and coal (8.3 percent). North America is the largest consumer of fossil fuels, utilizing nearly 25 percent of the world’s resources.
Long thought to be inexhaustible, fossil fuels have been used extensively since the Industrial Revolution. However, many believe that the world is using fossil fuels at an unsustainable rate. Some experts believe that the world has already reached its peak for oil extraction and production, and that it is only a matter of time before natural gas and coal follow suit. These near-term concerns about oil supply have led to increasing focus on, and exploration of, alternative sources of petroleum, such as in tar sands and oil shale.
To release their stored energy, fossil fuels must be burned. It is during this combustion process that a variety of emissions and particulates, including ash, are released into the atmosphere. Primary releases are sulfur, nitrogen, and carbon, which can be harmful to the environment. They can combine with water vapor in the air to form acidic compounds that create acid rain, and burning fossil fuels releases carbon dioxide, a greenhouse gas that scientists believe is key factor in global climate change.
There are also environmental risks associated with extracting, transporting, and utilizing fossil fuels. Mining for coal and drilling for oil are especially hazardous because the digging of massive mines and wells can change the surrounding landscapes and bring massive amounts of salt water to the surface which can damage nearby ecosystems without proper treatment and sequestration. Natural gas extraction is somewhat safer, but can also be hazardous. While there are regulations in place that attempts to minimize the risks, it is impossible to eliminate them completely. However, regulation is not sufficient; there must be continued research in developing new technologies for both fossil fuel and renewable energy, in addition to increasing conservation measures.
Environmental Literacy Council
http://www.enviroliteracy.org/subcategory.php/21.html, access on March 14th, 2010.not valid statement found
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