Questões de Vestibular Comentadas sobre interpretação de texto | reading comprehension em inglês

Foram encontradas 680 questões

Ano: 2018 Banca: UECE-CEV Órgão: UECE Prova: UECE-CEV - 2018 - UECE - Vestibular - Primeiro Semestre |
Q951224 Inglês

                                         T E X T


                          Can you learn in your sleep?


      Sleep is known to be crucial for learning and memory formation. What's more, scientists have even managed to pick out specific memories and consolidate them during sleep. However, the exact mechanisms behind this were unknown — until now.

      Those among us who grew up with the popular cartoon "Dexter's Laboratory" might remember the famous episode wherein Dexter's trying to learn French overnight. He creates a device that helps him to learn in his sleep by playing French phrases to him. Of course, since the show is a comedy, Dexter's record gets stuck on the phrase "Omelette du fromage" and the next day he's incapable of saying anything else. This is, of course, a problem that puts him through a series of hilarious situations.

      The idea that we can learn in our sleep has captivated the minds of artists and scientists alike; the possibility that one day we could all drastically improve our productivity by learning in our sleep is very appealing. But could such a scenario ever become a reality?

      New research seems to suggest so, and scientists in general are moving closer to understanding precisely what goes on in the brain when we sleep and how the restful state affects learning and memory formation.

      For instance, previous studies have shown that non-rapid eye movement (non-REM) sleep — or dreamless sleep — is crucial for consolidating memories. It has also been shown that sleep spindles, or sudden spikes in oscillatory brain activity that can be seen on an electroencephalogram (EEG) during the second stage of non-REM sleep, are key for this memory consolidation. Scientists were also able to specifically target certain memories and reactivate, or strengthen, them by using auditory cues.

      However, the mechanism behind such achievements remained mysterious until now. Researchers were also unaware if such mechanisms would help with memorizing new information.

      Therefore, a team of researchers set out to investigate. Scott Cairney, from the University of York in the United Kingdom, co-led the research with Bernhard Staresina, who works at the University of Birmingham, also in the U.K. Their findings were published in the journal Current Biology.

      Cairney explains the motivation for the research, saying, "We are quite certain that memories are reactivated in the brain during sleep, but we don't know the neural processes that underpin this phenomenon." "Sleep spindles," he continues, "have been linked to the benefits of sleep for memory in previous research, so we wanted to investigate whether these brain waves mediate reactivation. If they support memory reactivation, we further reasoned that it could be possible to decipher memory signals at the time that these spindles took place."

      To test their hypotheses, Cairney and his colleagues asked 46 participants "to learn associations between words and pictures of objects or scenes before a nap." Afterward, some of the participants took a 90-minute nap, whereas others stayed awake. To those who napped, "Half of the words were [...] replayed during the nap to trigger the reactivation of the newly learned picture memories," explains Cairney.

      "When the participants woke after a good period of sleep," he says, "we presented them again with the words and asked them to recall the object and scene pictures. We found that their memory was better for the pictures that were connected to the words that were presented in sleep, compared to those words that weren't," Cairney reports.

      Using an EEG machine, the researchers were also able to see that playing the associated words to reactivate memories triggered sleep spindles in the participants' brains. More specifically, the EEG sleep spindle patterns "told" the researchers whether the participants were processing memories related to objects or memories related to scenes.

      "Our data suggest that spindles facilitate processing of relevant memory features during sleep and that this process boosts memory consolidation," says Staresina. "While it has been shown previously," he continues, "that targeted memory reactivation can boost memory consolidation during sleep, we now show that sleep spindles might represent the key underlying mechanism."

      Cairney adds, "When you are awake you learn new things, but when you are asleep you refine them, making it easier to retrieve them and apply them correctly when you need them the most. This is important for how we learn but also for how we might help retain healthy brain functions."

      Staresina suggests that this newly gained knowledge could lead to effective strategies for boosting memory while sleeping.

      So, though learning things from scratch à la "Dexter's Lab" may take a while to become a reality, we can safely say that our brains continue to learn while we sleep, and that researchers just got a lot closer to understanding why this happens.

                                From: https://www.medicalnewstoday.com/articles/Mar/2018

The new investigation was led by researchers working at
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Ano: 2018 Banca: UECE-CEV Órgão: UECE Prova: UECE-CEV - 2018 - UECE - Vestibular - Primeiro Semestre |
Q951223 Inglês

                                         T E X T


                          Can you learn in your sleep?


      Sleep is known to be crucial for learning and memory formation. What's more, scientists have even managed to pick out specific memories and consolidate them during sleep. However, the exact mechanisms behind this were unknown — until now.

      Those among us who grew up with the popular cartoon "Dexter's Laboratory" might remember the famous episode wherein Dexter's trying to learn French overnight. He creates a device that helps him to learn in his sleep by playing French phrases to him. Of course, since the show is a comedy, Dexter's record gets stuck on the phrase "Omelette du fromage" and the next day he's incapable of saying anything else. This is, of course, a problem that puts him through a series of hilarious situations.

      The idea that we can learn in our sleep has captivated the minds of artists and scientists alike; the possibility that one day we could all drastically improve our productivity by learning in our sleep is very appealing. But could such a scenario ever become a reality?

      New research seems to suggest so, and scientists in general are moving closer to understanding precisely what goes on in the brain when we sleep and how the restful state affects learning and memory formation.

      For instance, previous studies have shown that non-rapid eye movement (non-REM) sleep — or dreamless sleep — is crucial for consolidating memories. It has also been shown that sleep spindles, or sudden spikes in oscillatory brain activity that can be seen on an electroencephalogram (EEG) during the second stage of non-REM sleep, are key for this memory consolidation. Scientists were also able to specifically target certain memories and reactivate, or strengthen, them by using auditory cues.

      However, the mechanism behind such achievements remained mysterious until now. Researchers were also unaware if such mechanisms would help with memorizing new information.

      Therefore, a team of researchers set out to investigate. Scott Cairney, from the University of York in the United Kingdom, co-led the research with Bernhard Staresina, who works at the University of Birmingham, also in the U.K. Their findings were published in the journal Current Biology.

      Cairney explains the motivation for the research, saying, "We are quite certain that memories are reactivated in the brain during sleep, but we don't know the neural processes that underpin this phenomenon." "Sleep spindles," he continues, "have been linked to the benefits of sleep for memory in previous research, so we wanted to investigate whether these brain waves mediate reactivation. If they support memory reactivation, we further reasoned that it could be possible to decipher memory signals at the time that these spindles took place."

      To test their hypotheses, Cairney and his colleagues asked 46 participants "to learn associations between words and pictures of objects or scenes before a nap." Afterward, some of the participants took a 90-minute nap, whereas others stayed awake. To those who napped, "Half of the words were [...] replayed during the nap to trigger the reactivation of the newly learned picture memories," explains Cairney.

      "When the participants woke after a good period of sleep," he says, "we presented them again with the words and asked them to recall the object and scene pictures. We found that their memory was better for the pictures that were connected to the words that were presented in sleep, compared to those words that weren't," Cairney reports.

      Using an EEG machine, the researchers were also able to see that playing the associated words to reactivate memories triggered sleep spindles in the participants' brains. More specifically, the EEG sleep spindle patterns "told" the researchers whether the participants were processing memories related to objects or memories related to scenes.

      "Our data suggest that spindles facilitate processing of relevant memory features during sleep and that this process boosts memory consolidation," says Staresina. "While it has been shown previously," he continues, "that targeted memory reactivation can boost memory consolidation during sleep, we now show that sleep spindles might represent the key underlying mechanism."

      Cairney adds, "When you are awake you learn new things, but when you are asleep you refine them, making it easier to retrieve them and apply them correctly when you need them the most. This is important for how we learn but also for how we might help retain healthy brain functions."

      Staresina suggests that this newly gained knowledge could lead to effective strategies for boosting memory while sleeping.

      So, though learning things from scratch à la "Dexter's Lab" may take a while to become a reality, we can safely say that our brains continue to learn while we sleep, and that researchers just got a lot closer to understanding why this happens.

                                From: https://www.medicalnewstoday.com/articles/Mar/2018

Among the previous studies, the text reports one in which an association was established between
Alternativas
Ano: 2018 Banca: UECE-CEV Órgão: UECE Prova: UECE-CEV - 2018 - UECE - Vestibular - Primeiro Semestre |
Q951222 Inglês

                                         T E X T


                          Can you learn in your sleep?


      Sleep is known to be crucial for learning and memory formation. What's more, scientists have even managed to pick out specific memories and consolidate them during sleep. However, the exact mechanisms behind this were unknown — until now.

      Those among us who grew up with the popular cartoon "Dexter's Laboratory" might remember the famous episode wherein Dexter's trying to learn French overnight. He creates a device that helps him to learn in his sleep by playing French phrases to him. Of course, since the show is a comedy, Dexter's record gets stuck on the phrase "Omelette du fromage" and the next day he's incapable of saying anything else. This is, of course, a problem that puts him through a series of hilarious situations.

      The idea that we can learn in our sleep has captivated the minds of artists and scientists alike; the possibility that one day we could all drastically improve our productivity by learning in our sleep is very appealing. But could such a scenario ever become a reality?

      New research seems to suggest so, and scientists in general are moving closer to understanding precisely what goes on in the brain when we sleep and how the restful state affects learning and memory formation.

      For instance, previous studies have shown that non-rapid eye movement (non-REM) sleep — or dreamless sleep — is crucial for consolidating memories. It has also been shown that sleep spindles, or sudden spikes in oscillatory brain activity that can be seen on an electroencephalogram (EEG) during the second stage of non-REM sleep, are key for this memory consolidation. Scientists were also able to specifically target certain memories and reactivate, or strengthen, them by using auditory cues.

      However, the mechanism behind such achievements remained mysterious until now. Researchers were also unaware if such mechanisms would help with memorizing new information.

      Therefore, a team of researchers set out to investigate. Scott Cairney, from the University of York in the United Kingdom, co-led the research with Bernhard Staresina, who works at the University of Birmingham, also in the U.K. Their findings were published in the journal Current Biology.

      Cairney explains the motivation for the research, saying, "We are quite certain that memories are reactivated in the brain during sleep, but we don't know the neural processes that underpin this phenomenon." "Sleep spindles," he continues, "have been linked to the benefits of sleep for memory in previous research, so we wanted to investigate whether these brain waves mediate reactivation. If they support memory reactivation, we further reasoned that it could be possible to decipher memory signals at the time that these spindles took place."

      To test their hypotheses, Cairney and his colleagues asked 46 participants "to learn associations between words and pictures of objects or scenes before a nap." Afterward, some of the participants took a 90-minute nap, whereas others stayed awake. To those who napped, "Half of the words were [...] replayed during the nap to trigger the reactivation of the newly learned picture memories," explains Cairney.

      "When the participants woke after a good period of sleep," he says, "we presented them again with the words and asked them to recall the object and scene pictures. We found that their memory was better for the pictures that were connected to the words that were presented in sleep, compared to those words that weren't," Cairney reports.

      Using an EEG machine, the researchers were also able to see that playing the associated words to reactivate memories triggered sleep spindles in the participants' brains. More specifically, the EEG sleep spindle patterns "told" the researchers whether the participants were processing memories related to objects or memories related to scenes.

      "Our data suggest that spindles facilitate processing of relevant memory features during sleep and that this process boosts memory consolidation," says Staresina. "While it has been shown previously," he continues, "that targeted memory reactivation can boost memory consolidation during sleep, we now show that sleep spindles might represent the key underlying mechanism."

      Cairney adds, "When you are awake you learn new things, but when you are asleep you refine them, making it easier to retrieve them and apply them correctly when you need them the most. This is important for how we learn but also for how we might help retain healthy brain functions."

      Staresina suggests that this newly gained knowledge could lead to effective strategies for boosting memory while sleeping.

      So, though learning things from scratch à la "Dexter's Lab" may take a while to become a reality, we can safely say that our brains continue to learn while we sleep, and that researchers just got a lot closer to understanding why this happens.

                                From: https://www.medicalnewstoday.com/articles/Mar/2018

The novelty of the research mentioned in the text is related to the
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Ano: 2018 Banca: UECE-CEV Órgão: UECE Prova: UECE-CEV - 2018 - UECE - Vestibular - Primeiro Semestre |
Q951221 Inglês

                                         T E X T


                          Can you learn in your sleep?


      Sleep is known to be crucial for learning and memory formation. What's more, scientists have even managed to pick out specific memories and consolidate them during sleep. However, the exact mechanisms behind this were unknown — until now.

      Those among us who grew up with the popular cartoon "Dexter's Laboratory" might remember the famous episode wherein Dexter's trying to learn French overnight. He creates a device that helps him to learn in his sleep by playing French phrases to him. Of course, since the show is a comedy, Dexter's record gets stuck on the phrase "Omelette du fromage" and the next day he's incapable of saying anything else. This is, of course, a problem that puts him through a series of hilarious situations.

      The idea that we can learn in our sleep has captivated the minds of artists and scientists alike; the possibility that one day we could all drastically improve our productivity by learning in our sleep is very appealing. But could such a scenario ever become a reality?

      New research seems to suggest so, and scientists in general are moving closer to understanding precisely what goes on in the brain when we sleep and how the restful state affects learning and memory formation.

      For instance, previous studies have shown that non-rapid eye movement (non-REM) sleep — or dreamless sleep — is crucial for consolidating memories. It has also been shown that sleep spindles, or sudden spikes in oscillatory brain activity that can be seen on an electroencephalogram (EEG) during the second stage of non-REM sleep, are key for this memory consolidation. Scientists were also able to specifically target certain memories and reactivate, or strengthen, them by using auditory cues.

      However, the mechanism behind such achievements remained mysterious until now. Researchers were also unaware if such mechanisms would help with memorizing new information.

      Therefore, a team of researchers set out to investigate. Scott Cairney, from the University of York in the United Kingdom, co-led the research with Bernhard Staresina, who works at the University of Birmingham, also in the U.K. Their findings were published in the journal Current Biology.

      Cairney explains the motivation for the research, saying, "We are quite certain that memories are reactivated in the brain during sleep, but we don't know the neural processes that underpin this phenomenon." "Sleep spindles," he continues, "have been linked to the benefits of sleep for memory in previous research, so we wanted to investigate whether these brain waves mediate reactivation. If they support memory reactivation, we further reasoned that it could be possible to decipher memory signals at the time that these spindles took place."

      To test their hypotheses, Cairney and his colleagues asked 46 participants "to learn associations between words and pictures of objects or scenes before a nap." Afterward, some of the participants took a 90-minute nap, whereas others stayed awake. To those who napped, "Half of the words were [...] replayed during the nap to trigger the reactivation of the newly learned picture memories," explains Cairney.

      "When the participants woke after a good period of sleep," he says, "we presented them again with the words and asked them to recall the object and scene pictures. We found that their memory was better for the pictures that were connected to the words that were presented in sleep, compared to those words that weren't," Cairney reports.

      Using an EEG machine, the researchers were also able to see that playing the associated words to reactivate memories triggered sleep spindles in the participants' brains. More specifically, the EEG sleep spindle patterns "told" the researchers whether the participants were processing memories related to objects or memories related to scenes.

      "Our data suggest that spindles facilitate processing of relevant memory features during sleep and that this process boosts memory consolidation," says Staresina. "While it has been shown previously," he continues, "that targeted memory reactivation can boost memory consolidation during sleep, we now show that sleep spindles might represent the key underlying mechanism."

      Cairney adds, "When you are awake you learn new things, but when you are asleep you refine them, making it easier to retrieve them and apply them correctly when you need them the most. This is important for how we learn but also for how we might help retain healthy brain functions."

      Staresina suggests that this newly gained knowledge could lead to effective strategies for boosting memory while sleeping.

      So, though learning things from scratch à la "Dexter's Lab" may take a while to become a reality, we can safely say that our brains continue to learn while we sleep, and that researchers just got a lot closer to understanding why this happens.

                                From: https://www.medicalnewstoday.com/articles/Mar/2018

According to the text, the idea that sleep is relevant to learning
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949455 Inglês
Com base no texto e nos fatos que envolveram a política imigratória dos EUA em junho de 2018, é correto afirmar:
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949454 Inglês
Segundo o texto, após ingresso nos Estados Unidos, os migrantes que requerem asilo
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949453 Inglês
A frase nominal “this kind of barrier” (L. 14‐15) refere‐se
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949452 Inglês
De acordo com o texto, para ingresso nos Estados Unidos, o cruzamento da fronteira entre este país e o México, no local denominado The Gateway International Bridge, é
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949451 Inglês

                             


      What time isit? Thatsimple question probably is asked more often today than ever. In our clock‐studded, cell‐phone society, the answer is never more than a glance away, and so we can blissfully partition our daysinto eversmaller incrementsfor ever more tightly scheduled tasks, confident that we will always know it is 7:03 P.M.

      Modern scientific revelations about time, however, make the question endlessly frustrating. If we seek a precise knowledge of the time, the elusive infinitesimal of “now” dissolves into a scattering flock of nanoseconds. Bound by the speed of light and the velocity of nerve impulses, our perceptions of the present sketch the world as it was an instant ago—for all that our consciousness pretends otherwise, we can never catch up.

      Even in principle, perfect synchronicity escapes us. Relativity dictates that, like a strange syrup, time flows slower on moving trains than in the stations and faster in the mountains than in the valleys. The time for our wristwatch or digital screen is not exactly the same as the time for our head.  

      Our intuitions are deeply paradoxical. Time heals all wounds, but it is also the great destroyer. Time is relative but also relentless. There is time for every purpose under heaven, but there is never enough.  

                                    Scientific American, October 24, 2014. Adaptado.

De acordo com o texto, considera‐se contraditório, em relação à percepção humana do tempo,
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949450 Inglês

                             


      What time isit? Thatsimple question probably is asked more often today than ever. In our clock‐studded, cell‐phone society, the answer is never more than a glance away, and so we can blissfully partition our daysinto eversmaller incrementsfor ever more tightly scheduled tasks, confident that we will always know it is 7:03 P.M.

      Modern scientific revelations about time, however, make the question endlessly frustrating. If we seek a precise knowledge of the time, the elusive infinitesimal of “now” dissolves into a scattering flock of nanoseconds. Bound by the speed of light and the velocity of nerve impulses, our perceptions of the present sketch the world as it was an instant ago—for all that our consciousness pretends otherwise, we can never catch up.

      Even in principle, perfect synchronicity escapes us. Relativity dictates that, like a strange syrup, time flows slower on moving trains than in the stations and faster in the mountains than in the valleys. The time for our wristwatch or digital screen is not exactly the same as the time for our head.  

      Our intuitions are deeply paradoxical. Time heals all wounds, but it is also the great destroyer. Time is relative but also relentless. There is time for every purpose under heaven, but there is never enough.  

                                    Scientific American, October 24, 2014. Adaptado.

No texto, a expressão que melhor representa o caráter supostamente exato do tempo é:
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Ano: 2018 Banca: FUVEST Órgão: USP Prova: FUVEST - 2018 - USP - Vestibular - Primeira Fase |
Q949449 Inglês

                             


      What time isit? Thatsimple question probably is asked more often today than ever. In our clock‐studded, cell‐phone society, the answer is never more than a glance away, and so we can blissfully partition our daysinto eversmaller incrementsfor ever more tightly scheduled tasks, confident that we will always know it is 7:03 P.M.

      Modern scientific revelations about time, however, make the question endlessly frustrating. If we seek a precise knowledge of the time, the elusive infinitesimal of “now” dissolves into a scattering flock of nanoseconds. Bound by the speed of light and the velocity of nerve impulses, our perceptions of the present sketch the world as it was an instant ago—for all that our consciousness pretends otherwise, we can never catch up.

      Even in principle, perfect synchronicity escapes us. Relativity dictates that, like a strange syrup, time flows slower on moving trains than in the stations and faster in the mountains than in the valleys. The time for our wristwatch or digital screen is not exactly the same as the time for our head.  

      Our intuitions are deeply paradoxical. Time heals all wounds, but it is also the great destroyer. Time is relative but also relentless. There is time for every purpose under heaven, but there is never enough.  

                                    Scientific American, October 24, 2014. Adaptado.

No texto, a pergunta “What time is it?” (L. 1), inserida no debate da ciência moderna sobre a noção de tempo,
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Ano: 2018 Banca: COMVEST - UNICAMP Órgão: UNICAMP Prova: COMVEST - UNICAMP - 2018 - UNICAMP - Vestibular |
Q948902 Inglês

Genetic Fortune-Telling


Imagem associada para resolução da questão


One day, babies will get DNA report cards at birth. These reports will offer predictions about their chances of suffering a heart attack or cancer, of getting hooked on tobacco, and of being smarter than average.

Though the new DNA tests offer probabilities, not diagnoses, they could greatly benefit medicine. For example, if women at high risk for breast cancer got more mammograms and those at low risk got fewer, those exams might catch more real cancers and set off fewer false alarms. The trouble is, the predictions are far from perfect. What if someone with a low risk score for cancer puts off being screened, and then develops cancer anyway? Polygenic scores are also controversial because they can predict any trait, not only diseases. For instance, they can now forecast about 10 percent of a person’s performance on IQ tests. But how will parents and educators use that information?


(Adaptado de Derek Brahney, Genetic Fortune-Telling. MIT Technology Review, Março/Abril 2018)


De acordo com o texto, um dos riscos do prognóstico genético dos indivíduos desde o nascimento seria o de

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Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944487 Inglês

Examine a tira.


Imagem associada para resolução da questão


A tira evidencia que

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Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944486 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
No trecho do quinto parágrafo “they would still think so today”, o termo em destaque se refere ao fato de as pessoas considerarem que alguém 
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Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944485 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
De acordo com as informações do quinto parágrafo,
Alternativas
Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944482 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
No trecho do quarto parágrafo “and even these filled the phone’s memory”, o termo em destaque se refere a
Alternativas
Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944481 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
According to the fourth paragraph,
Alternativas
Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944479 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
According to the third paragraph, people started to shorten words when writing messages by mobile phone because
Alternativas
Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944478 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
The mobile phones connected to a network were first accessible
Alternativas
Ano: 2017 Banca: VUNESP Órgão: UNIFESP Prova: VUNESP - 2017 - UNIFESP - Vestibular |
Q944477 Inglês
Mobile milestones: how your phone
became an essential part of your life





    Has any device changed our lives as much, and as quickly, as the mobile phone? There are people today for whom the world of address books, street atlases and phone boxes seems very far away, lost in the mists of time. Following, there are just some of the big milestones from the past 30 years that have made almost everything we do easier, more public and very, very fast.
• The first phones arrive – and become status symbols Few people got the chance to use the very early mobile phones. The first call was made in New York in 1973, but handsets with a network to use were not available until 1983 in the US, and 1985 in the UK. That first British mobile phone was essentially a heavy briefcase with a receiver attached by a wire. It cost £2,000 (£5,000 in today’s prices), and gave you half an hour’s chat on an overnight charge. Making a call was not something you could do subtly, but that wasn’t the point; the first handsets were there to be seen. They sent a message that you were bold and confident with new technology, that you were busy and important enough to need a mobile phone, and were rich enough to buy one.
• Text messages spawn a whole new language
    The first mobiles worked with analogue signals and could only make phone calls, but the digital ones that followed in the early 1990s could send SMS messages as well. After the first message was sent on 3 December 1992, texting took off like a rocket, even though it was still a pretty cumbersome procedure. Handsets with predictive text would make things easier, but in the 1990s you could save a lot of time by removing all excess letters from a message, often the vowels, and so txtspk ws brn. Today the average mobile phone sends more than 100 texts per month.
• Phones turn us all into photographers...
    There seemed to be no good reason for the first camera phones, which began to appear in 2002, with resolutions of about 0.3 megapixels. They took grainy, blurry pictures on postage stamp-sized screens, and even these filled the phone’s memory in no time. Gradually, though, as the quality improved, the uses followed. As well as the usual photos of friends and family, they were handy for “saving” pieces of paper, and in pubs you could take a picture of the specials board and take it back to your table. Modern camera phones have changed beyond recognition in the past 20 years. The new mobile phones boast the highest resolution dual camera on a smartphone: a 16-megapixel camera and a 20-megapixel camera side-by-side. The dual camera allows users to focus on their subjects, while blurring out the background, producing professional-looking portraits.
• …and we turn ourselves into celebrities
    Twenty years ago people would have thought you a little strange if you took flattering photos of yourself and your lifestyle and then distributed them to your friends – let alone to members of the public. If you used printed photographs rather than a smartphone app, they would still think so today. Yet sharing our lives on social media is now the norm, not the exception – and it was the camera phone that made it all possible. Now, some phones come with an enormous 64GB of memory, so you can capture, share and store an almost countless number of videos and pictures – well, certainly enough to keep up with the Kardashians.

(www.theguardian.com, 07.07.2017. Adaptado.)
No texto, um dos exemplos da expressão “big milestones” (1o parágrafo) é
Alternativas
Respostas
381: B
382: D
383: A
384: D
385: E
386: E
387: D
388: A
389: A
390: C
391: E
392: B
393: E
394: E
395: E
396: A
397: B
398: C
399: E
400: A