Questões Sobre Sinônimos | Synonyms - Inglês - concurso

Questão 91

How to dig out from the information avalanche
Majority of workers feel overwhelmed by deluge of data,
survey finds
By Eve Tahmincioglu
updated 8:18 p.m. ET March 16, 2008
Don’t expect Shaun Osher, the CEO of Core Group
Marketing in New York, to answer your e-mail right away.
He has stopped responding to e-mails every minute and
only checks his e-mail account twice a day. He also started
turning off his BlackBerry during meetings.
This tactic has made him so much more productive
that earlier this year he held a meeting with his staff of 50
and “strongly suggested” that they stop relying so heavily
on e-mail and actually start calling clients on the phone.
And, he requested his employees put cell phones and
PDAs on silent mode during meetings, as well as curtail
the common practice of cc-ing everybody when sending
out an e-mail. “There was so much redundancy, so much
unnecessary work,” he explains. “One person could handle
an issue that should take two minutes, but when an email
goes out and five people get cc-ed, then everybody
responds to it and there’s a snowball effect.”
It’s not that Osher has anything against technology. In
fact, he loves it. The problem is, last year he realized he
was inundated with so many e-mails and so much
information in general that he began to experience data
overload. “In the beginning, e-mail and all this data was a
great phenomenon, revolutionizing what we do. But the
pendulum has swung way too much to the other side,” he
maintains. “We’re less productive.”
Osher isn’t the only one out there under a data
avalanche. Thanks to technological innovations, you can
be talking to a customer on your cell phone, answering a
LinkedIn invitation on your laptop, and responding to email
on your PDA all at the same time. Besides, during
tough economic times, who will want to miss any
information when your job could be on the line if you indulge
in the luxury of being offline? Turns out, seven out of 10
office workers in the United States feel overwhelmed by
information in the workplace, and more than two in five
say they are headed for a data “breaking point,” according
to a recently released Workplace Productivity Survey.
Mike Walsh, CEO of LexisNexis U.S. Legal Markets,
says there are a host of reasons we’re all on the information
brink: “exponential growth of the size of the information
‘haystack,’ the immensity and immediacy of digital
communications, and the fact that professionals are not
being provided with sufficient tools and training to help
them keep pace with the growing information burden.”
Ellen Kossek, a professor from Michigan State, believes
we are less productive in this age of 24-7 technology, and
our multitasking mentality has spawned a “not-mentallypresent”
society. “We’re becoming an attention-deficit
disorder society switching back and forth like crazy,”
Kossek says. “We’re connected all the time. We’re
working on planes, in coffee shops, working on the
weekends. Work is very seductive, but yet we’re actually
less effective.”
The key to getting your head above the data flood,
according to workplace experts, is managing and reducing
the information you’re bombarded with.

© 2008 MSNBC Interactive – (slightly adapted)
http://www.msnbc.msn.com/id/23636252/

Which option describes accurately the meaning relationship between the pairs of words?

Questão 92

How to dig out from the information avalanche
Majority of workers feel overwhelmed by deluge of data,
survey finds
By Eve Tahmincioglu
updated 8:18 p.m. ET March 16, 2008
Don’t expect Shaun Osher, the CEO of Core Group
Marketing in New York, to answer your e-mail right away.
He has stopped responding to e-mails every minute and
only checks his e-mail account twice a day. He also started
turning off his BlackBerry during meetings.
This tactic has made him so much more productive
that earlier this year he held a meeting with his staff of 50
and “strongly suggested” that they stop relying so heavily
on e-mail and actually start calling clients on the phone.
And, he requested his employees put cell phones and
PDAs on silent mode during meetings, as well as curtail
the common practice of cc-ing everybody when sending
out an e-mail. “There was so much redundancy, so much
unnecessary work,” he explains. “One person could handle
an issue that should take two minutes, but when an email
goes out and five people get cc-ed, then everybody
responds to it and there’s a snowball effect.”
It’s not that Osher has anything against technology. In
fact, he loves it. The problem is, last year he realized he
was inundated with so many e-mails and so much
information in general that he began to experience data
overload. “In the beginning, e-mail and all this data was a
great phenomenon, revolutionizing what we do. But the
pendulum has swung way too much to the other side,” he
maintains. “We’re less productive.”
Osher isn’t the only one out there under a data
avalanche. Thanks to technological innovations, you can
be talking to a customer on your cell phone, answering a
LinkedIn invitation on your laptop, and responding to email
on your PDA all at the same time. Besides, during
tough economic times, who will want to miss any
information when your job could be on the line if you indulge
in the luxury of being offline? Turns out, seven out of 10
office workers in the United States feel overwhelmed by
information in the workplace, and more than two in five
say they are headed for a data “breaking point,” according
to a recently released Workplace Productivity Survey.
Mike Walsh, CEO of LexisNexis U.S. Legal Markets,
says there are a host of reasons we’re all on the information
brink: “exponential growth of the size of the information
‘haystack,’ the immensity and immediacy of digital
communications, and the fact that professionals are not
being provided with sufficient tools and training to help
them keep pace with the growing information burden.”
Ellen Kossek, a professor from Michigan State, believes
we are less productive in this age of 24-7 technology, and
our multitasking mentality has spawned a “not-mentallypresent”
society. “We’re becoming an attention-deficit
disorder society switching back and forth like crazy,”
Kossek says. “We’re connected all the time. We’re
working on planes, in coffee shops, working on the
weekends. Work is very seductive, but yet we’re actually
less effective.”
The key to getting your head above the data flood,
according to workplace experts, is managing and reducing
the information you’re bombarded with.

© 2008 MSNBC Interactive – (slightly adapted)
http://www.msnbc.msn.com/id/23636252/

In “…your job could be on the line if you indulge in the luxury of being offline?” (lines 32-33) the expressions ‘on the line’ and ‘offline’, respectively, mean

Questão 93

          Repliee is more than a humanoid robot ? it is an
     honest-to-goodness android, so lifelike that it seems like
     a real person. It has moist lips, glossy hair and vivid
     eyes that blink slowly. Seated on a stool with hands
 5    folded primly on its lap at the 2005 World Exposition in
     Japan’s Aichi prefecture, it wore a bright pink blazer and
     gray slacks. For a mesmerizing few seconds from several
     meters away, Repliee was virtually indistinguishable from
     an ordinary woman in her 30s. In fact, it was a copy of
 10    one.
          Japan is proud of the most advanced humanoids in
     the world, which are expected to eventually be used as
     the workforce diminishes among the decreasing and aging
     population. But why build a robot with pigmented silicone
 15    skin, smooth gestures and even makeup? To Repliee’s
     creator, Hiroshi Ishiguro, Director of Osaka University’s
     Intelligent Robotics Laboratory, the answer is simple:
     “Android science.”
          Besides the justification for making robots
 20    anthropomorphic and bipedal so they can work in human
     environments with architectural features such as stairs,
     Ishiguro believes that people respond better to very
     humanlike automatons. Androids can thus elicit the most
     natural communication. “Appearance is very important
 25    to have better interpersonal relationships with a robot,”
     says the 42-year-old Ishiguro. “Robots are information
     media, especially humanoid robots. Their main role in
     our future is to interact naturally with people.”
          Mild colorblindness forced Ishiguro to abandon his
 30    aspirations of a career as an oil painter. Drawn to
     computer and robot vision instead, he built a guide robot
     for the blind as an undergraduate at the University of
     Yamanashi. A fan of the android character Data from the
     Star Trek franchise, he sees robots as the ideal vehicle
 35    to understand more about ourselves.
          To imitate human looks and behavior successfully,
     Ishiguro combines robotics with cognitive science. In turn,
     cognitive science research can use the robot to study
     human perception, communication and other faculties.
 40    This novel cross-fertilization is what Ishiguro describes
     as android science. In a 2005 paper, he and his
     collaborators explained it thus: “To make the android
     humanlike, we must investigate human activity from the
     standpoint of cognitive science, behavioral science and
 45    neuroscience, and to evaluate human activity, we need
     to implement processes that support it in the android.”
          One key strategy in Ishiguro’s approach is to model
     his artificial creations on real people. He began research
     four years ago with his then four-year-old daughter,
 50    casting a rudimentary android from her body, but its
     mechanisms resulted in strange, unnatural motion.
          Humanlike robots run the risk of compromising
     people’s comfort zones. Because the android’s
     appearance is very similar to that of a human, any subtle
 55    differences in motion and responses will make it seem
     strange. Repliee, though, is so lifelike that it has
     overcome the creepiness factor, partly because of the
     natural way it moves.
          Ishiguro wants his next android, a male, to be as
 60    authentic as possible. The model? Himself. The scientist
     thinks having a robot clone could ease his busy schedule:
     he could dispatch it to classes and meetings and then
     teleconference through it. “My question has always been,
     Why are we living, and what is human?” he says. An
 65    Ishiguro made of circuitry and silicone might soon be
     answering his own questions.

adapted from www.scientificamerican.com – May 2006

Check the only correct statement.

Questão 94

          What are the best energy sources? “Best” depends
     on many factors – how the energy is being used, where
     it is being used, what energy sources are available,
     which sources are most convenient and reliable, which
5   are easiest to use, what each costs, and the effects on
     public safety, health, and the environment. Making smart
     energy choices means understanding resources and their
     relative costs and benefits.
          Some energy sources have advantages for specific
10  uses or locations. For example, fuels from petroleum
     are well suited for transportation because they pack a
     lot of energy in a small space and are easily transported
     and stored. Small hydroelectric installations are a good
     solution for supplying power or mechanical energy close
15  to where it is used. Coal is widely used for power
     generation in many fast-developing countries – including
     China, India, and many others – because domestic
     supplies are readily available.
          Efficiency is an important factor in energy costs.
20  How efficiently can the energy be produced, delivered,
     and used? How much energy value is lost in that process,
     and how much ends up being transformed into useful
     work? Industries that produce or use energy continually
     look for ways to improve efficiency, since this is a key to
25  making their products more competitive.
          The ideal energy source – cheap, plentiful, and
     pollution-free – may prove unattainable in our lifetime,
     but that is the ultimate goal. The energy industry is
     continuing to improve its technologies and practices, to
30  produce and use energy more efficiently and cleanly.
          Energy resources are often categorized as
     renewable or nonrenewable.
          Renewable energy resources are those that can be
     replenished quickly – examples are solar power,
35  biomass, geothermal, hydroelectric, wind power, and
     fast-reaction nuclear power. They supply about seven
     percent of energy needs in the United States; the other
     93 percent comes from nonrenewables. The two largest
     categories of renewable energy now in use in the U.S.
40  are biomass – primarily wood wastes that are used by
     the forest products industry to generate electricity and
     heat – and hydroelectricity.
          Nonrenewable energy resources include coal, oil,
     natural gas, and uranium-235, which is used to fuel
45  slow-reaction nuclear power. Projections of how long a
     nonrenewable energy resource will last depend on many
     changeable factors. These include the growth rate of
     consumption, and estimates of how much of the remaining
     resources can be economically recovered. New exploration
50  and production technologies often increase the ability of
     producers to locate and recover resources. World
     reserves of fossil energy are projected to last for many
     more decades – and, in the case of coal, for centuries.

In: http://www.classroom-energy.org/teachers/energy_tour/pg5.html

The only option in which the words ARE NOT synonymous in the text is:

Questão 95

          What are the best energy sources? “Best” depends
     on many factors – how the energy is being used, where
     it is being used, what energy sources are available,
     which sources are most convenient and reliable, which
5   are easiest to use, what each costs, and the effects on
     public safety, health, and the environment. Making smart
     energy choices means understanding resources and their
     relative costs and benefits.
          Some energy sources have advantages for specific
10  uses or locations. For example, fuels from petroleum
     are well suited for transportation because they pack a
     lot of energy in a small space and are easily transported
     and stored. Small hydroelectric installations are a good
     solution for supplying power or mechanical energy close
15  to where it is used. Coal is widely used for power
     generation in many fast-developing countries – including
     China, India, and many others – because domestic
     supplies are readily available.
          Efficiency is an important factor in energy costs.
20  How efficiently can the energy be produced, delivered,
     and used? How much energy value is lost in that process,
     and how much ends up being transformed into useful
     work? Industries that produce or use energy continually
     look for ways to improve efficiency, since this is a key to
25  making their products more competitive.
          The ideal energy source – cheap, plentiful, and
     pollution-free – may prove unattainable in our lifetime,
     but that is the ultimate goal. The energy industry is
     continuing to improve its technologies and practices, to
30  produce and use energy more efficiently and cleanly.
          Energy resources are often categorized as
     renewable or nonrenewable.
          Renewable energy resources are those that can be
     replenished quickly – examples are solar power,
35  biomass, geothermal, hydroelectric, wind power, and
     fast-reaction nuclear power. They supply about seven
     percent of energy needs in the United States; the other
     93 percent comes from nonrenewables. The two largest
     categories of renewable energy now in use in the U.S.
40  are biomass – primarily wood wastes that are used by
     the forest products industry to generate electricity and
     heat – and hydroelectricity.
          Nonrenewable energy resources include coal, oil,
     natural gas, and uranium-235, which is used to fuel
45  slow-reaction nuclear power. Projections of how long a
     nonrenewable energy resource will last depend on many
     changeable factors. These include the growth rate of
     consumption, and estimates of how much of the remaining
     resources can be economically recovered. New exploration
50  and production technologies often increase the ability of
     producers to locate and recover resources. World
     reserves of fossil energy are projected to last for many
     more decades – and, in the case of coal, for centuries.

In: http://www.classroom-energy.org/teachers/energy_tour/pg5.html

In “Industries that produce or use energy continually look for ways to improve efficien,” (lines 23-24), “look for” can be correctly substituted by:

Questão 96

          Green is the hot topic these days, and the concept
     is having an impact on the way people think about
     datacenters. Companies around the world are
     announcing ways to save energy and reduce costs by
5   buying new hardware and services. Yet, there is little
     guidance on how you can take action to control energy
     costs. In the past, electricity has been treated as an
     overhead expense, like the cost of space. But with rising
     power costs and issues regarding reliability, supply, and
10  capacity, electricity requires its own specific strategy.
          Projects regarding performance optimization and
     cost reduction are a part of everyday best practices in
     nearly every area of business. So why not treat energy
     cost in the same way?
15      As Information Technologies (IT) pros, many of us
     make decisions about the configuration and setup of
     servers, the specifications on the equipment our
     organizations purchase, and the requirements for
     datacenter upgrades and construction. We even provide
20  early design input during application development. When
     it comes to these projects, we obviously have a golden
     opportunity to be green and influence the energy
     efficiency of any datacenter.
          The first part of any strategy is to know your current
25  energy usage. You need to know where your energy is
     used and by what specific equipment, as well as what
     usage is efficient and what is wasteful in the datacenter.
     Unfortunately, it’s rare to find power-consumption
     metering in place that can break down usage to a level
30  where people can see the results of their actions. Most
     organizations typically only see a monthly power bill
     that rolls up consumption into an overall bottom line.
     This offers little incentive for saving energy since
     individuals never see the impact of their decisions, and
35  there is no way for them to prove that their changes
     have actually saved energy.
          One of the first issues people confront when
     considering a green datacenter initiative is whether they
     have executive support. For the purpose of the article, I
40  am going to assume the answer is “not yet.” Executive
     support requires a serious commitment that provides
     resources and budget for your initiative. And while there
     is a lot of talk about green datacenters, the reality is
     that there is still often a lack of serious support at the
45  executive level. If you did already have such executive
     support, you would probably be running a green
     datacenter right now.
          Still, even assuming you are not getting the support
     you need, there is a great deal you can do to push your
50  green datacenter initiative forward. So how do you
     determine effective actions to take in achieving your
     goals? Fortunately, energy efficiency is not a new
     concept and there is a lot that IT pros can learn from
     other industries. [.]
55      Anyway, for whichever direction you choose,
     planning an energy efficiency program for your datacenter
     will require collaboration across groups in IT. Until
     recently, the typical approach to planning IT solutions
     has been to ignore power costs early on during the design
60  phase, focusing on the hardware and software being
     purchased, along with the labor and hosting costs of
     the solution. When power is buried in the overhead cost
     of running solutions in a datacenter, energy efficiency
     is a low priority. Exposing the actual power being
65  consumed by solutions is the first critical step in changing
     the behavior of your organization.

By Dave Ohara
TechNet Magazine, October 2007

Check the correct pair of synonyms.

Questão 97

This text refers to items from 16 through 25.

1           Japan and Korea are outstanding markets in terms
of the world’s advances in cellular telephony, where
multimedia applications have surged into feverish
4 popularity. Users in these countries have demanded
 velocity and high quality data transmission – such as
 images, videos and sounds – as the principal distinctive
 7 features for the cellular telephone. Although the industry in
 Brazil is not yet experiencing the same phase as in the
 Asian countries, innovative third generation services,
 10 aligned with world-class technology, are already present,
 with data transmission speeds of up to 2.4 Mbps.
             In fact, in some cases, Brazil has held multimedia
 13 application launches simultaneously with the United States,
 tremendously increasing the economic and digital inclusion
 that cellular telephony has fomented in recent years. The
 16 heavy impact of mobile communication on Brazilian
 society can be measured by the expansion of the customer
 base, which has been growing at historic rates of 30% a
 19 year and now serves over 50 million customers. In other
 words, four out of every ten Brazilians have a cellular
 telephone.
 22          The importance of mobile telephony has already
 surpassed that of the traditional fixed telephone system,
 because the cell phone actually fulfills the function of
 25 taking communication to all levels of the population. Its
 widespread network has opened gateways to regions that
 formerly had not been benefited by the implementation of
 28 a fixed telephone system, such as, for example, many rural
 areas that are now mobile telephone customers.
              The responsibility that cellular telephony carries
 31 as an instrument for transforming people’s lives tends to
 increase enormously in the short term. In Brazil, third
 generation CDMA 3G EVDO service is already offered and
 34 is able to provide handheld resources, similar to CD, DVD
 and TV, anywhere and at any time, based on Qualcomm’s
 cutting edge CDMA technology.
 Internet: (with adaptations). 

 Based on the text above, judge the following items.

“In fact” (R.12) means As a matter of fact.

Questão 98

Read the text below in order to answer questions 21
to 24:

Unpicking the fiscal straitjacket

Never has a straitjacket seemed so ill-fitting or so
insecure. The euro area’s “stability and growth pact”
was supposed to stop irresponsible member states
from running excessive budget deficits, defined as 3%
of GDP or more. Chief among the restraints was the
threat of large fines if member governments breached
the limit for three years in a row. For some time now,
no one has seriously believed those restraints would
hold. In the early hours of Tuesday November 25th,
the euro’s fiscal straitjacket finally came apart at the
seams.
The pact’s fate was sealed over an extended
dinner meeting of the euro area’s 12 finance
ministers. They chewed over the sorry fiscal record of
the euro’s two largest members, France and
Germany. Both governments ran deficits of more than
3% of GDP last year and will do so again this year.
Both expect to breach the limit for the third time in
2004. Earlier this year, the European Commission,
which policies the pact, agreed to give both countries
an extra year, until 2005, to bring their deficits back
into line. But it also instructed them to revisit their
budget plans for 2004 and make extra cuts. France
was asked to cut its underlying, cyclically adjusted
deficit by a full 1% of GDP, Germany by 0.8%. Both
resisted.

Nov 27th, 2003
The Economist Global Agenda

In “if member states breached the limit” (paragraph 1), “breached” could best be replaced by

Questão 99

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.

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:

Questão 100

Reducing the dependence on oil
Ildo Sauer, Gas and Energy Director, Petrobras.

Brazil’s energy sector is following the worldwide
tendency towards greater diversification of primary energy
sources and the increased use of natural gas and
biofuels. There are several reasons for this change. The
most important are the environmental restrictions that
are gradually being adopted in the world’s principal
energy-consuming markets and the need to reduce the
dependence on oil, set against a scenario of accelerated
depletion in oil reserves and escalating prices.
The share of gas in Brazilian primary energy
consumption has more than doubled in a short period,
increasing from 4.1% in 1999 to 8.9% in 2004, and this
share is forecast to rise to 12% by 2010.
Over the past two decades, the world gas industry
has experienced a structural and regulatory
transformation. These changes have altered the strategic
behaviour of gas firms, with an intensification of
competition, the search for diversification (especially in
the case of power generation) and the internationalisation
of industry activities. Together, these changes have
radically changed the economic environment and the level
of competition in the industry.
Brazil’s gas industry is characterised by its late
development, although in recent years, internal supply
imports and demand have grown significantly – the
growth trajectory of recent years exceeds that of countries
with more mature markets, such as Spain, Argentina,
the UK and the US. And the outlook is positive for
continued growth over the next few years, particularly
when set against the investment plans already
announced in Brazil.
The country has a small transportation network
concentrated near the coast. The distribution network is
concentrated in the major consumption centres.
Domestic gas sources are largely offshore in the Campos
basin and Bolivia provides imports. Given the degree
of gas penetration in the country’s primary energy
consumption, the industry is poorly developed when
compared with other countries. The industry requires
heavy investment in expanding the transport and
distribution (T&D) networks, as well as in diversifying and
increasing its supplies. Such investments are necessary
for realising the industry’s enormous potential.
Another key industry highlight is the changing profile
of gas supply. A large part of the gas produced
domestically to date has been associated with oil
production. The latter diluting or even totally absorbing
the costs of exploiting the gas. In most cases, gas
production was feasible only in conjunction with oil
production activities. However, the country’s latest gas
finds are non-associated. Thus, an exclusively dedicated
structure must be developed to produce this gas –
translating into a significant rise in production costs. This
is more significant when analysed against the high costs
associated with the market for exploration and production
(E&P) sector equipment. In recent years, the leasing costs
of drilling rigs and E&P equipment have been climbing in
parallel with escalating oil prices. This directly affects endconsumer
prices.
In a world of primary energy consumption
diversification, of greater environmental restrictions and
the reduced dependence on oil, Brazil has been seeking
to develop alternative energy sources – principally natural
gas and biofuels. The gas industry holds enormous
potential for Brazil, although there is still a long way to go
before it reaches maturity and major investment is
required.

Check the only correct option.