Questões de Concurso Comentadas sobre inglês
Foram encontradas 19.377 questões
Q2143
Inglês
Texto associado
Read the text below which is entitled “The global union” in
order to answer questions 25 to 27.
The global union
Source: Newsweek Special Edition
Dec 2005 – Feb 2006 (Adapted)
What would a global union look like? Think more
corporate partnership than class struggle. Today, capital is
global and employers are global. Companies, not countries,
make the rules. To survive, unions need to find their niche.
Global companies are going to need an organization that,
in a sense, will manage their labor and protect workers’
rights. A global union would set standard practices and
codes of conduct – perhaps even minimum wages and
work hours.
My critics in the labor movement cringe when I use
words like “partnership” and “value added”. The reality is
that unions need to add value or corporations will ignore
us. If we want an equitable stake in the company, we need
to define what our goals are. We can’t just demand a raise
in pay without offering an incentive to the company. We’re
already far behind multinational corporations in the global
game. We made the mistake of transferring the industrial
model of unionism of the last country to the 21st. We lost
market share: in 1960, one in four workers was in a union;
now it’s one in 12.
order to answer questions 25 to 27.
The global union
Source: Newsweek Special Edition
Dec 2005 – Feb 2006 (Adapted)
What would a global union look like? Think more
corporate partnership than class struggle. Today, capital is
global and employers are global. Companies, not countries,
make the rules. To survive, unions need to find their niche.
Global companies are going to need an organization that,
in a sense, will manage their labor and protect workers’
rights. A global union would set standard practices and
codes of conduct – perhaps even minimum wages and
work hours.
My critics in the labor movement cringe when I use
words like “partnership” and “value added”. The reality is
that unions need to add value or corporations will ignore
us. If we want an equitable stake in the company, we need
to define what our goals are. We can’t just demand a raise
in pay without offering an incentive to the company. We’re
already far behind multinational corporations in the global
game. We made the mistake of transferring the industrial
model of unionism of the last country to the 21st. We lost
market share: in 1960, one in four workers was in a union;
now it’s one in 12.
In paragraph 1, the author
Q2142
Inglês
Texto associado
Read the text below which is entitled "The future of work" in
order to answer questions 21 to 24.
The future of work
Source: Newsweek
Jan 30th, 2006 (Adapted)
Many of the rich world’s notions about old age are dying.
While the streamlining effects of international competition
are focusing attention on the need to create and keep good
jobs, those fears will eventually give way to worries about
the growing shortage of young workers. One unavoidable
solution: putting older people back to work, whether they
like it or not. Indeed, cutting-edge European economies
like those of Finland and Denmark have already raised
their retirement ages, reversing the postwar trend toward
ever-earlier retirement. Others are under severe pressure
to follow suit, as both the European Commission and the
Organization for Economic Cooperation and Development
(OECD) have recently warned their members that their
future prosperity depends on a growing contribution from
the elderly.
This erosion of one of the cornerstones of the good
life – relaxed golden years – has not gone unremarked. In
the last year, Belgium, Italy and France have all been hit
with massive protests against pension reforms that would,
among other things, have raised the retirement age.
Finland and Denmark are described as "cutting-edge economies", which means they are considered
Q2141
Inglês
Texto associado
Read the text below which is entitled "The future of work" in
order to answer questions 21 to 24.
The future of work
Source: Newsweek
Jan 30th, 2006 (Adapted)
Many of the rich world’s notions about old age are dying.
While the streamlining effects of international competition
are focusing attention on the need to create and keep good
jobs, those fears will eventually give way to worries about
the growing shortage of young workers. One unavoidable
solution: putting older people back to work, whether they
like it or not. Indeed, cutting-edge European economies
like those of Finland and Denmark have already raised
their retirement ages, reversing the postwar trend toward
ever-earlier retirement. Others are under severe pressure
to follow suit, as both the European Commission and the
Organization for Economic Cooperation and Development
(OECD) have recently warned their members that their
future prosperity depends on a growing contribution from
the elderly.
This erosion of one of the cornerstones of the good
life – relaxed golden years – has not gone unremarked. In
the last year, Belgium, Italy and France have all been hit
with massive protests against pension reforms that would,
among other things, have raised the retirement age.
According to the text,
Q2140
Inglês
Texto associado
Read the text below which is entitled "The future of work" in
order to answer questions 21 to 24.
The future of work
Source: Newsweek
Jan 30th, 2006 (Adapted)
Many of the rich world’s notions about old age are dying.
While the streamlining effects of international competition
are focusing attention on the need to create and keep good
jobs, those fears will eventually give way to worries about
the growing shortage of young workers. One unavoidable
solution: putting older people back to work, whether they
like it or not. Indeed, cutting-edge European economies
like those of Finland and Denmark have already raised
their retirement ages, reversing the postwar trend toward
ever-earlier retirement. Others are under severe pressure
to follow suit, as both the European Commission and the
Organization for Economic Cooperation and Development
(OECD) have recently warned their members that their
future prosperity depends on a growing contribution from
the elderly.
This erosion of one of the cornerstones of the good
life – relaxed golden years – has not gone unremarked. In
the last year, Belgium, Italy and France have all been hit
with massive protests against pension reforms that would,
among other things, have raised the retirement age.
In relation to the retirement ages, two specific countries have
Q2139
Inglês
Texto associado
Read the text below which is entitled "The future of work" in
order to answer questions 21 to 24.
The future of work
Source: Newsweek
Jan 30th, 2006 (Adapted)
Many of the rich world’s notions about old age are dying.
While the streamlining effects of international competition
are focusing attention on the need to create and keep good
jobs, those fears will eventually give way to worries about
the growing shortage of young workers. One unavoidable
solution: putting older people back to work, whether they
like it or not. Indeed, cutting-edge European economies
like those of Finland and Denmark have already raised
their retirement ages, reversing the postwar trend toward
ever-earlier retirement. Others are under severe pressure
to follow suit, as both the European Commission and the
Organization for Economic Cooperation and Development
(OECD) have recently warned their members that their
future prosperity depends on a growing contribution from
the elderly.
This erosion of one of the cornerstones of the good
life – relaxed golden years – has not gone unremarked. In
the last year, Belgium, Italy and France have all been hit
with massive protests against pension reforms that would,
among other things, have raised the retirement age.
The author calls the readers' attention to the
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Contábil |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Auditoria Interna |
CESGRANRIO - 2006 - Transpetro - Administrador Júnior |
CESGRANRIO - 2006 - Transpetro - Médico do Trabalho Júnior |
CESGRANRIO - 2006 - Transpetro - Economista Júnior |
CESGRANRIO - 2006 - Transpetro - Profissional de Meio Ambiente Júnior |
Q1840
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
Mark the title that best expresses the main idea of the text.
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
Q1839
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
Check the item in which there is a verb in the passive voice.
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Contábil |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Auditoria Interna |
CESGRANRIO - 2006 - Transpetro - Administrador Júnior |
CESGRANRIO - 2006 - Transpetro - Médico do Trabalho Júnior |
CESGRANRIO - 2006 - Transpetro - Economista Júnior |
CESGRANRIO - 2006 - Transpetro - Profissional de Meio Ambiente Júnior |
Q1836
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
According to the last paragraph:
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
Q1835
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
In ". the industry must continue to invest in conventional resources such as oil and natural gas." (lines 60-61), the word that could replace "must" without changing the meaning of the sentence is:
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Contábil |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Auditoria Interna |
CESGRANRIO - 2006 - Transpetro - Administrador Júnior |
CESGRANRIO - 2006 - Transpetro - Médico do Trabalho Júnior |
CESGRANRIO - 2006 - Transpetro - Economista Júnior |
CESGRANRIO - 2006 - Transpetro - Profissional de Meio Ambiente Júnior |
Q1834
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
According to lines 44-50, gas hydrates:
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Contábil |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Auditoria Interna |
CESGRANRIO - 2006 - Transpetro - Administrador Júnior |
CESGRANRIO - 2006 - Transpetro - Médico do Trabalho Júnior |
CESGRANRIO - 2006 - Transpetro - Economista Júnior |
CESGRANRIO - 2006 - Transpetro - Profissional de Meio Ambiente Júnior |
Q1833
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
The function of the fourth paragraph is to:
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Contábil |
CESGRANRIO - 2006 - Transpetro - Contador Júnior - Auditoria Interna |
CESGRANRIO - 2006 - Transpetro - Administrador Júnior |
CESGRANRIO - 2006 - Transpetro - Médico do Trabalho Júnior |
CESGRANRIO - 2006 - Transpetro - Economista Júnior |
CESGRANRIO - 2006 - Transpetro - Profissional de Meio Ambiente Júnior |
Q1832
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
According to the second paragraph, state-of-the-art technology brings many benefits, EXCEPT:
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Transpetro
Provas:
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Pleno
|
CESGRANRIO - 2006 - Transpetro - Analista de Sistemas Júnior |
Q1831
Inglês
Texto associado
The oil and natural gas industry has developed and
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
In: http://api-ec.api.org/focus/index
The fragment ".an impressive array of innovative technologies." (line 2) could best be substituted by a/an:
Ano: 2006
Banca:
CESGRANRIO
Órgão:
Petrobras
Provas:
CESGRANRIO - 2006 - Petrobrás - Analista de Sistemas Pleno - Engenharia de Software
|
CESGRANRIO - 2006 - Petrobrás - Analista de Sistemas Pleno - Infra-estrutura |
CESGRANRIO - 2006 - Petrobrás - Analista de Sistemas Pleno - Processos |
CESGRANRIO - 2006 - Petrobras - Advogado |
CESGRANRIO - 2006 - Petrobrás - Contador Júnior |
CESGRANRIO - 2006 - Petrobras - Analista de Transporte Marítimo Júnior |
CESGRANRIO - 2006 - Petrobras - Analista de Comércio e Suprimento Pleno – Gás e Energia |
CESGRANRIO - 2006 - Petrobras - Engenheiro Civil |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Equipamento Pleno - Inspeção |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Equipamento Pleno - Eletricidade |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Equipamento Pleno - Mecânica |
CESGRANRIO - 2006 - Petrobras - Bibliotecário Documentalista |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Telecomunicações Júnior |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Segurança Pleno |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Telecomunicações Pleno |
CESGRANRIO - 2006 - Petrobrás - Médico |
CESGRANRIO - 2006 - Petrobras - Médico nutrologista |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Processamento Júnior |
CESGRANRIO - 2006 - Petrobrás - Químico de Petróleo Júnior |
CESGRANRIO - 2006 - Petrobras - Administrador |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Equipamento Pleno - Eletrônica |
CESGRANRIO - 2006 - Petrobrás - Engenheiro de Equipamento Júnior - Mecânica |
CESGRANRIO - 2006 - Petrobrás - Arquiteto |
Q1780
Inglês
Check the only item in which the phrasal verb in bold type has the same meaning as the verb in italics.
Q1227569
Inglês
Someone on your left speaks French and someone on
your right speaks English; both individuals need to speak to
each other. The systems analyst is the middleman, assessing
the needs of the end-user and translating them into
programming or turning over the programming responsibility to
the development department. What are the business
requirements? Who will comprise the user community? How
large is the application going to be? Will it be internal or
external? These are all questions facing the systems analyst,
who spends much of the day in front of the computer poring over
these issues. With a new product, other elements come into play, such
as network location, user community, type of machine, and
portability. If the analyst is reviewing an established product, the
user community will dictate its changes and enhancements.
"One of the biggest surprises in my 25 years of technology work
is that people who have a creative background as opposed to a
degree in computer science tend to make better systems
analysts," says one seasoned professional. "The best analysts
I've come across came from backgrounds in theater, art, and
filmmaking. But they were all able to see and grasp big-picture
concepts very quickly, and break them down into
subcomponents. People who have a computer science or math
background tend to be very technical, and sometimes that can
be a hindrance." Systems analysts need to be independent
thinkers – people who can "think out of the box" by grasping
concepts quickly and seeing the big picture as opposed to the
small details. "I also look for someone who is self-motivated.
Here take the ball and run with it and come back if you have any
issues," says one employer who heads up a technology group.
(http://www.princetonreview.com/cte/profiles/dayInLife.asp?careerID=210)
A tradução correta da frase Who will comprise the user community?, do texto acima, é:
A tradução correta da frase Who will comprise the user community?, do texto acima, é:
Q1227563
Inglês
Someone on your left speaks French and someone on your right speaks English; both individuals need to speak to each other. The systems analyst is the middleman, assessing the needs of the end-user and translating them into programming or turning over the programming responsibility to the development department. What are the business requirements? Who will comprise the user community? How large is the application going to be? Will it be internal or external? These are all questions facing the systems analyst, who spends much of the day in front of the computer poring over these issues. With a new product, other elements come into play, such as network location, user community, type of machine, and portability. If the analyst is reviewing an established product, the user community will dictate its changes and enhancements. "One of the biggest surprises in my 25 years of technology work is that people who have a creative background as opposed to a degree in computer science tend to make better systems analysts," says one seasoned professional. "The best analysts I've come across came from backgrounds in theater, art, and filmmaking. But they were all able to see and grasp big-picture concepts very quickly, and break them down into subcomponents. People who have a computer science or math background tend to be very technical, and sometimes that can be a hindrance." Systems analysts need to be independent thinkers – people who can "think out of the box" by grasping concepts quickly and seeing the big picture as opposed to the small details. "I also look for someone who is self-motivated. Here take the ball and run with it and come back if you have any issues," says one employer who heads up a technology group. (http://www.princetonreview.com/cte/profiles/dayInLife.asp?careerID=210)
No texto, poring over significa
No texto, poring over significa
Q1224227
Inglês
Windows 2000 suffers millennium bug Malicious code execution possible thanks to flaw. Matthew Broersma, Techworld 22 April 2005
Microsoft has confirmed a security flaw in Windows 2000 that could allow attackers to execute malicious code via Windows Explorer and other programs. The flaw, involving a problem in the way the webvw.dll library validates document metadata, was disclosed earlier this week by security firm GreyMagic. The flaw could be exploited by distributing a malicious file which, when selected in Windows Explorer, could execute malicious script commands. More dangerously, an attacker could exploit the bug via a document on a remote SMB share, GreyMagic said. "Script commands that are injected in this manner will execute as soon as the malicious file is selected in Windows Explorer and will be executed in a trusted context, which means they will have the ability to perform any action the currently logged on user can perform," GreyMagic said in its advisory. "This includes reading, deleting and writing files, as well as executing arbitrary commands." Microsoft has confirmed that it is investigating the flaw, and as usual stated that it is not aware that any customers have been affected so far. The company has also criticised GreyMagic for posting proof-of-concept code along with its advisory. Stephen Toulouse of Microsoft's Security Response Center (MSRC), in a message posted on the Microsoft TechNet website, downplayed the danger posed by the flaw. "Significant user interaction would be required for an attacker to exploit this vulnerability," he wrote. Any attack would rely on Server Message Block (SMB) communication, which customers should block at the firewall level as a best practice, Toulouse said. No patch exists, but users can protect themselves by disabling the "Web view" option in Windows Explorer, Microsoft said. The company said it may patch the bug once its investigation is complete. The flaw affects Windows 2000 Professional, Server and Advanced Server versions, GreyMagic said. The affected library, webvw.dll, is used in displaying information in Windows Explorer's preview pane, which is enabled by default in Windows 2000 systems. An input-validation bug means an attacker could inject script commands into the "author" metadata field of a document, which could be executed when the metadata is processed by webvw.dll. Other applications using the library are also affected, GreyMagic said. "The malicious file does not need to be executed in order to activate the exploit, double-clicking is not required," the firm said in its advisory. "The exploitation takes place as soon as the file is selected." GreyMagic said it first notified Microsoft of the flaw on 18 January.
(http://www.techworld.com/security/news/index.cfm?NewsID=3543)
Segundo o texto, a falha em questão
Microsoft has confirmed a security flaw in Windows 2000 that could allow attackers to execute malicious code via Windows Explorer and other programs. The flaw, involving a problem in the way the webvw.dll library validates document metadata, was disclosed earlier this week by security firm GreyMagic. The flaw could be exploited by distributing a malicious file which, when selected in Windows Explorer, could execute malicious script commands. More dangerously, an attacker could exploit the bug via a document on a remote SMB share, GreyMagic said. "Script commands that are injected in this manner will execute as soon as the malicious file is selected in Windows Explorer and will be executed in a trusted context, which means they will have the ability to perform any action the currently logged on user can perform," GreyMagic said in its advisory. "This includes reading, deleting and writing files, as well as executing arbitrary commands." Microsoft has confirmed that it is investigating the flaw, and as usual stated that it is not aware that any customers have been affected so far. The company has also criticised GreyMagic for posting proof-of-concept code along with its advisory. Stephen Toulouse of Microsoft's Security Response Center (MSRC), in a message posted on the Microsoft TechNet website, downplayed the danger posed by the flaw. "Significant user interaction would be required for an attacker to exploit this vulnerability," he wrote. Any attack would rely on Server Message Block (SMB) communication, which customers should block at the firewall level as a best practice, Toulouse said. No patch exists, but users can protect themselves by disabling the "Web view" option in Windows Explorer, Microsoft said. The company said it may patch the bug once its investigation is complete. The flaw affects Windows 2000 Professional, Server and Advanced Server versions, GreyMagic said. The affected library, webvw.dll, is used in displaying information in Windows Explorer's preview pane, which is enabled by default in Windows 2000 systems. An input-validation bug means an attacker could inject script commands into the "author" metadata field of a document, which could be executed when the metadata is processed by webvw.dll. Other applications using the library are also affected, GreyMagic said. "The malicious file does not need to be executed in order to activate the exploit, double-clicking is not required," the firm said in its advisory. "The exploitation takes place as soon as the file is selected." GreyMagic said it first notified Microsoft of the flaw on 18 January.
(http://www.techworld.com/security/news/index.cfm?NewsID=3543)
Segundo o texto, a falha em questão
Q1212027
Inglês
Because we live next door to the United States of America and share some of their programming and commercials, most1 moviegoers in Ontario are probably more familiar with the American system than our home-grown one. However, our systems are very different. Films and trailers are classified in the United States of America by the Rating Board of the Motion Picture Association4 of America (MPAA), located in Los Angeles. This industry-sponsored Rating Board consists of 13 members who serve for varying periods of time. There are no special qualifications for Board membership except for having a shared parenthood experience, an intelligent maturity, and an ability to put themselves in the role of most American parents. The Board is funded7 through fees charged to producers and distributors for the ratings of their films. The MPAA Rating Board members, like those of the Ontario Film Review Board (OFRB), do not classify movies on personal judgements of quality. Their judgements are based on specific guidelines in areas including theme, violence, language,10 nudity, sexuality, drug use, and others. Like the OFRB, they consider the film in its entirety, and take context into account in classification decisions. The first main area of difference between the Ontario classification system and the American one is that the OFRB is a13 government body established by statute that requires distributors to submit their films for classification. In the United States of America, the rating system is a voluntary one that is administered by the movie industry through the MPAA.
Internet: <http://www.ofrb.gov.on.ca/english/page14.htm> (with adaptations).
Based on the text above, judge the following items.
In line 15, the term “one” refers to “rating system”.
Internet: <http://www.ofrb.gov.on.ca/english/page14.htm> (with adaptations).
Based on the text above, judge the following items.
In line 15, the term “one” refers to “rating system”.
Q1201965
Inglês
Windows 2000 suffers millennium bug
Malicious code execution possible thanks to flaw.
Matthew Broersma, Techworld
22 April 2005
Microsoft has confirmed a security flaw in Windows 2000
that could allow attackers to execute malicious code via Windows Explorer and other programs.
The flaw, involving a problem in the way the webvw.dll
library validates document metadata, was disclosed earlier this week by security firm GreyMagic. The flaw could be exploited by distributing a malicious file which, when selected in Windows Explorer, could execute malicious script commands. More dangerously, an attacker could exploit the bug via a document on a remote SMB share, GreyMagic said.
"Script commands that are injected in this manner will
execute as soon as the malicious file is selected in Windows Explorer and will be executed in a trusted context, which means they will have the ability to perform any action the currently logged on user can perform," GreyMagic said in its advisory. "This includes reading, deleting and writing files, as well as executing arbitrary commands."
Microsoft has confirmed that it is investigating the flaw,
and as usual stated that it is not aware that any customers have been affected so far. The company has also criticised GreyMagic for posting proof-of-concept code along with its advisory.
Stephen Toulouse of Microsoft's Security Response
Center (MSRC), in a message posted on the Microsoft TechNet
website, downplayed the danger posed by the flaw. "Significant user interaction would be required for an attacker to exploit this
vulnerability," he wrote. Any attack would rely on Server
Message Block (SMB) communication, which customers should block at the firewall level as a best practice, Toulouse said.
No patch exists, but users can protect themselves by
disabling the "Web view" option in Windows Explorer, Microsoft said. The company said it may patch the bug once its investigation is complete.
The flaw affects Windows 2000 Professional, Server and
Advanced Server versions, GreyMagic said. The affected library, webvw.dll, is used in displaying information in Windows Explorer's preview pane, which is enabled by default in Windows 2000 systems. An input-validation bug means an attacker could inject script commands into the "author" metadata field of a document, which could be executed when the metadata is processed by webvw.dll. Other applications using the library are also affected, GreyMagic said.
"The malicious file does not need to be executed in order
to activate the exploit, double-clicking is not required," the firm said in its advisory. "The exploitation takes place as soon as the file is selected."
GreyMagic said it first notified Microsoft of the flaw on
18 January.
(http://www.techworld.com/security/news/index.cfm?NewsID=3543)
No trecho it may patch the bug, may indica
No trecho it may patch the bug, may indica
Q1201657
Inglês
Windows 2000 suffers millennium bug
Malicious code execution possible thanks to flaw.
Matthew Broersma, Techworld
22 April 2005
Microsoft has confirmed a security flaw in Windows 2000
that could allow attackers to execute malicious code via Windows Explorer and other programs.
The flaw, involving a problem in the way the webvw.dll
library validates document metadata, was disclosed earlier this week by security firm GreyMagic. The flaw could be exploited by distributing a malicious file which, when selected in Windows Explorer, could execute malicious script commands. More dangerously, an attacker could exploit the bug via a document on a remote SMB share, GreyMagic said.
"Script commands that are injected in this manner will
execute as soon as the malicious file is selected in Windows Explorer and will be executed in a trusted context, which means they will have the ability to perform any action the currently logged on user can perform," GreyMagic said in its advisory. "This includes reading, deleting and writing files, as well as executing arbitrary commands."
Microsoft has confirmed that it is investigating the flaw,
and as usual stated that it is not aware that any customers have been affected so far. The company has also criticised GreyMagic for posting proof-of-concept code along with its advisory.
Stephen Toulouse of Microsoft's Security Response
Center (MSRC), in a message posted on the Microsoft TechNet
website, downplayed the danger posed by the flaw. "Significant user interaction would be required for an attacker to exploit this
vulnerability," he wrote. Any attack would rely on Server
Message Block (SMB) communication, which customers should block at the firewall level as a best practice, Toulouse said.
No patch exists, but users can protect themselves by
disabling the "Web view" option in Windows Explorer, Microsoft said. The company said it may patch the bug once its investigation is complete.
The flaw affects Windows 2000 Professional, Server and
Advanced Server versions, GreyMagic said. The affected library, webvw.dll, is used in displaying information in Windows Explorer's preview pane, which is enabled by default in Windows 2000 systems. An input-validation bug means an attacker could inject script commands into the "author" metadata field of a document, which could be executed when the metadata is processed by webvw.dll. Other applications using the library are also affected, GreyMagic said.
"The malicious file does not need to be executed in order
to activate the exploit, double-clicking is not required," the firm said in its advisory. "The exploitation takes place as soon as the file is selected."
GreyMagic said it first notified Microsoft of the flaw on
18 January.
(http://www.techworld.com/security/news/index.cfm?NewsID=3543)
No texto, downplayed significa
No texto, downplayed significa
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