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

Foram encontradas 2.261 questões

Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107428 Inglês
       The term AI winter refers to a period of reduced funding in the development of AI. In general, AI has followed a path on which proponents overstate what is possible, inducing people with no technology knowledge at all, but lots of money, to make investments. A period of criticism then follows when AI fails to meet expectations, and, finally, the reduction in funding occurs.

         A number of these cycles have occurred over the years — all of them devastating to true progress. AI is currently in a new hype phase because of machine learning, a technology that helps computers learn from data. Having a computer learn from data means not depending on a human programmer to set operations (tasks), but rather deriving them directly from examples that show how the computer should behave. It’s like educating a baby by showing it how to behave through example. Machine learning has pitfalls because the computer can learn how to do things incorrectly through careless teaching.

         Scientists are working on machine learning algorithms, each one from a different point of view. At this time, the most successful solution is deep learning, which is a technology that strives to imitate the human brain. Deep learning is possible because of the availability of powerful computers, smarter algorithms, large datasets produced by the digitalization of our society, and huge investments from businesses such as Google, Facebook, Amazon, and others that take advantage of this AI renaissance for their own businesses.

         People are saying that the AI winter is over because of deep learning, and that’s true for now. However, when you look around at the ways in which people are viewing AI, you can easily figure out that another criticism phase will eventually occur unless proponents tone the rhetoric down. AI can do amazing things, but they’re a mundane sort of amazing. 


John Paul Mueller and Luca Massaron. Artificial Intelligence For Dummies.
Hoboken (New Jersey): John Wiley & Sons, 2022

Judge the following items according to the previous text.  

With the sentence “AI can do amazing things, but they’re a mundane sort of amazing”, the author indicates that he does not believe in everything AI proponents are saying AI can do. 
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107427 Inglês
         The idea that we might one day be able to construct some artefact which has a mind in the same sense that we have minds is not a new one. It has featured in entertaining and frightening fictions since Mary Shelley first conceived of Frankenstein’s monster.

        In the classic science fiction of the early to mid-twentieth century, this idea was generally cashed out in terms of ‘mechanical men’ or robots – from the Czech word robata, which translates roughly as the feudal term corvée, a term which refers to the unpaid labour provided to one’s liege lord.

    In more modern fiction, the idea of a mechanical mind has given way to the now commonplace notion of a computational artificial intelligence. The possibility of actually developing artificial intelligence, however, is not just a question of sufficiently advanced technology. It is rather a philosophical question. 



Matt Carter. Minds and Computers: an introduction to the philosophy of artficial intelligence. Edinburgh: Edinburgh University Press, 2007 (adapted). 

About the preceding text, judge the following item.

From the information given in the second paragraph of the text, it is correct to assume that the origins of the word “robots” had to do with the slavery system. 
Alternativas
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Q3107426 Inglês
         The idea that we might one day be able to construct some artefact which has a mind in the same sense that we have minds is not a new one. It has featured in entertaining and frightening fictions since Mary Shelley first conceived of Frankenstein’s monster.

        In the classic science fiction of the early to mid-twentieth century, this idea was generally cashed out in terms of ‘mechanical men’ or robots – from the Czech word robata, which translates roughly as the feudal term corvée, a term which refers to the unpaid labour provided to one’s liege lord.

    In more modern fiction, the idea of a mechanical mind has given way to the now commonplace notion of a computational artificial intelligence. The possibility of actually developing artificial intelligence, however, is not just a question of sufficiently advanced technology. It is rather a philosophical question. 



Matt Carter. Minds and Computers: an introduction to the philosophy of artficial intelligence. Edinburgh: Edinburgh University Press, 2007 (adapted). 

About the preceding text, judge the following item.

The author suggests that the philosophical question behind the development of AI plays a more central role in the AI related debate than the advanced technology it demands.
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107425 Inglês
         The idea that we might one day be able to construct some artefact which has a mind in the same sense that we have minds is not a new one. It has featured in entertaining and frightening fictions since Mary Shelley first conceived of Frankenstein’s monster.

        In the classic science fiction of the early to mid-twentieth century, this idea was generally cashed out in terms of ‘mechanical men’ or robots – from the Czech word robata, which translates roughly as the feudal term corvée, a term which refers to the unpaid labour provided to one’s liege lord.

    In more modern fiction, the idea of a mechanical mind has given way to the now commonplace notion of a computational artificial intelligence. The possibility of actually developing artificial intelligence, however, is not just a question of sufficiently advanced technology. It is rather a philosophical question. 



Matt Carter. Minds and Computers: an introduction to the philosophy of artficial intelligence. Edinburgh: Edinburgh University Press, 2007 (adapted). 

About the preceding text, judge the following item.

The text states that the idea of developing human-like minds in non-human artefacts has been part of fictional production for many decades. 
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107424 Inglês
         The idea that we might one day be able to construct some artefact which has a mind in the same sense that we have minds is not a new one. It has featured in entertaining and frightening fictions since Mary Shelley first conceived of Frankenstein’s monster.

        In the classic science fiction of the early to mid-twentieth century, this idea was generally cashed out in terms of ‘mechanical men’ or robots – from the Czech word robata, which translates roughly as the feudal term corvée, a term which refers to the unpaid labour provided to one’s liege lord.

    In more modern fiction, the idea of a mechanical mind has given way to the now commonplace notion of a computational artificial intelligence. The possibility of actually developing artificial intelligence, however, is not just a question of sufficiently advanced technology. It is rather a philosophical question. 



Matt Carter. Minds and Computers: an introduction to the philosophy of artficial intelligence. Edinburgh: Edinburgh University Press, 2007 (adapted). 

About the preceding text, judge the following item.

The first sentence of the first paragraph would still keep both its original meaning and its grammar correctness if the word “might” were replaced with can
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107423 Inglês
         The idea that we might one day be able to construct some artefact which has a mind in the same sense that we have minds is not a new one. It has featured in entertaining and frightening fictions since Mary Shelley first conceived of Frankenstein’s monster.

        In the classic science fiction of the early to mid-twentieth century, this idea was generally cashed out in terms of ‘mechanical men’ or robots – from the Czech word robata, which translates roughly as the feudal term corvée, a term which refers to the unpaid labour provided to one’s liege lord.

    In more modern fiction, the idea of a mechanical mind has given way to the now commonplace notion of a computational artificial intelligence. The possibility of actually developing artificial intelligence, however, is not just a question of sufficiently advanced technology. It is rather a philosophical question. 



Matt Carter. Minds and Computers: an introduction to the philosophy of artficial intelligence. Edinburgh: Edinburgh University Press, 2007 (adapted). 

About the preceding text, judge the following item.

The word “It”, in the beginning of the second sentence of the text, refers to “some artifact which has a mind in the same sense that we have minds”. 
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107422 Inglês
       In January 1818, Mary Shelley anonymously published a strange little novel that would eventually make her world-famous. Frankenstein; or, The Modern Prometheus is the story of a scientist, Victor Frankenstein, who is driven by an unrelenting “thirst for knowledge,” an ambition to penetrate the secrets of nature, heaven, and Earth. He works tirelessly to engineer a sentient being who, upon coming alive, is hideous to him. Realizing with horror that his plan has gone awry, Frankenstein flees his creature who in turn angrily chases him to the end of the Earth and finally destroys him at the novel’s end.

        Shelley’s dystopian tale has managed to stay relevant since its publication. It has a riddling quality that has edified and entertained readers for centuries, inspiring a range of interpretations. Recently, it has been making appearances in the heated debates over generative artificial intelligence, where it often is evoked as a cautionary tale about the dangers of scientific overreach. Some worry that in pursuing technologies like AI, we are recklessly consigning our species to Victor Frankenstein’s tragic fate. Our wonderchildren, our miraculous machines, might ultimately destroy us. This fear is an expression of what science fiction writer Isaac Asimov once called the “Frankenstein complex.”

        Strangely, it’s not only people who are afraid of robots who are expressing such fears today; it is also some of the people who are most aggressively at the forefront of technological innovation. Elon Musk seemed to have had Mary Shelley’s story in mind when he warned a World Government Summit in Dubai in 2017 that sometimes “a scientist will get so engrossed in their work that they don’t really realize the ramifications of what they’re doing.”


Jennifer Banks. Mary Shelley’s Frankenstein can illuminate the debate over generative AI. In: Big Think. Internet: (adapted)
Based on the previous text, judge the following item. 

According to the text, Elon Musk is someone who is afraid of robots, even though he is one of the leaders of technological innovation. 
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107421 Inglês
       In January 1818, Mary Shelley anonymously published a strange little novel that would eventually make her world-famous. Frankenstein; or, The Modern Prometheus is the story of a scientist, Victor Frankenstein, who is driven by an unrelenting “thirst for knowledge,” an ambition to penetrate the secrets of nature, heaven, and Earth. He works tirelessly to engineer a sentient being who, upon coming alive, is hideous to him. Realizing with horror that his plan has gone awry, Frankenstein flees his creature who in turn angrily chases him to the end of the Earth and finally destroys him at the novel’s end.

        Shelley’s dystopian tale has managed to stay relevant since its publication. It has a riddling quality that has edified and entertained readers for centuries, inspiring a range of interpretations. Recently, it has been making appearances in the heated debates over generative artificial intelligence, where it often is evoked as a cautionary tale about the dangers of scientific overreach. Some worry that in pursuing technologies like AI, we are recklessly consigning our species to Victor Frankenstein’s tragic fate. Our wonderchildren, our miraculous machines, might ultimately destroy us. This fear is an expression of what science fiction writer Isaac Asimov once called the “Frankenstein complex.”

        Strangely, it’s not only people who are afraid of robots who are expressing such fears today; it is also some of the people who are most aggressively at the forefront of technological innovation. Elon Musk seemed to have had Mary Shelley’s story in mind when he warned a World Government Summit in Dubai in 2017 that sometimes “a scientist will get so engrossed in their work that they don’t really realize the ramifications of what they’re doing.”


Jennifer Banks. Mary Shelley’s Frankenstein can illuminate the debate over generative AI. In: Big Think. Internet: (adapted)
Based on the previous text, judge the following item. 

The last paragraph of the text states that Elon Musk was thinking of Mary Shelley when he declared scientists didn’t realize the ramifications of what they were doing.  
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107419 Inglês
       In January 1818, Mary Shelley anonymously published a strange little novel that would eventually make her world-famous. Frankenstein; or, The Modern Prometheus is the story of a scientist, Victor Frankenstein, who is driven by an unrelenting “thirst for knowledge,” an ambition to penetrate the secrets of nature, heaven, and Earth. He works tirelessly to engineer a sentient being who, upon coming alive, is hideous to him. Realizing with horror that his plan has gone awry, Frankenstein flees his creature who in turn angrily chases him to the end of the Earth and finally destroys him at the novel’s end.

        Shelley’s dystopian tale has managed to stay relevant since its publication. It has a riddling quality that has edified and entertained readers for centuries, inspiring a range of interpretations. Recently, it has been making appearances in the heated debates over generative artificial intelligence, where it often is evoked as a cautionary tale about the dangers of scientific overreach. Some worry that in pursuing technologies like AI, we are recklessly consigning our species to Victor Frankenstein’s tragic fate. Our wonderchildren, our miraculous machines, might ultimately destroy us. This fear is an expression of what science fiction writer Isaac Asimov once called the “Frankenstein complex.”

        Strangely, it’s not only people who are afraid of robots who are expressing such fears today; it is also some of the people who are most aggressively at the forefront of technological innovation. Elon Musk seemed to have had Mary Shelley’s story in mind when he warned a World Government Summit in Dubai in 2017 that sometimes “a scientist will get so engrossed in their work that they don’t really realize the ramifications of what they’re doing.”


Jennifer Banks. Mary Shelley’s Frankenstein can illuminate the debate over generative AI. In: Big Think. Internet: (adapted)
Based on the previous text, judge the following item. 

According to the author of the text, Shelley’s novel should be mentioned in debates over AI because it proves things can go very wrong with new technologies.  
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107418 Inglês
       In January 1818, Mary Shelley anonymously published a strange little novel that would eventually make her world-famous. Frankenstein; or, The Modern Prometheus is the story of a scientist, Victor Frankenstein, who is driven by an unrelenting “thirst for knowledge,” an ambition to penetrate the secrets of nature, heaven, and Earth. He works tirelessly to engineer a sentient being who, upon coming alive, is hideous to him. Realizing with horror that his plan has gone awry, Frankenstein flees his creature who in turn angrily chases him to the end of the Earth and finally destroys him at the novel’s end.

        Shelley’s dystopian tale has managed to stay relevant since its publication. It has a riddling quality that has edified and entertained readers for centuries, inspiring a range of interpretations. Recently, it has been making appearances in the heated debates over generative artificial intelligence, where it often is evoked as a cautionary tale about the dangers of scientific overreach. Some worry that in pursuing technologies like AI, we are recklessly consigning our species to Victor Frankenstein’s tragic fate. Our wonderchildren, our miraculous machines, might ultimately destroy us. This fear is an expression of what science fiction writer Isaac Asimov once called the “Frankenstein complex.”

        Strangely, it’s not only people who are afraid of robots who are expressing such fears today; it is also some of the people who are most aggressively at the forefront of technological innovation. Elon Musk seemed to have had Mary Shelley’s story in mind when he warned a World Government Summit in Dubai in 2017 that sometimes “a scientist will get so engrossed in their work that they don’t really realize the ramifications of what they’re doing.”


Jennifer Banks. Mary Shelley’s Frankenstein can illuminate the debate over generative AI. In: Big Think. Internet: (adapted)
Based on the previous text, judge the following item. 

In the last sentence of the first paragraph, “awry” is used to indicate that Victor Frankenstein’s plan went well, as his creature was similar to a human being. 
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107417 Inglês
       In January 1818, Mary Shelley anonymously published a strange little novel that would eventually make her world-famous. Frankenstein; or, The Modern Prometheus is the story of a scientist, Victor Frankenstein, who is driven by an unrelenting “thirst for knowledge,” an ambition to penetrate the secrets of nature, heaven, and Earth. He works tirelessly to engineer a sentient being who, upon coming alive, is hideous to him. Realizing with horror that his plan has gone awry, Frankenstein flees his creature who in turn angrily chases him to the end of the Earth and finally destroys him at the novel’s end.

        Shelley’s dystopian tale has managed to stay relevant since its publication. It has a riddling quality that has edified and entertained readers for centuries, inspiring a range of interpretations. Recently, it has been making appearances in the heated debates over generative artificial intelligence, where it often is evoked as a cautionary tale about the dangers of scientific overreach. Some worry that in pursuing technologies like AI, we are recklessly consigning our species to Victor Frankenstein’s tragic fate. Our wonderchildren, our miraculous machines, might ultimately destroy us. This fear is an expression of what science fiction writer Isaac Asimov once called the “Frankenstein complex.”

        Strangely, it’s not only people who are afraid of robots who are expressing such fears today; it is also some of the people who are most aggressively at the forefront of technological innovation. Elon Musk seemed to have had Mary Shelley’s story in mind when he warned a World Government Summit in Dubai in 2017 that sometimes “a scientist will get so engrossed in their work that they don’t really realize the ramifications of what they’re doing.”


Jennifer Banks. Mary Shelley’s Frankenstein can illuminate the debate over generative AI. In: Big Think. Internet: (adapted)
Based on the previous text, judge the following item. 

According to the text, at the end of Mary Shelley’s novel, Doctor Frankenstein kills the monster he created. 
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: UNB Prova: CESPE / CEBRASPE - 2024 - UNB - Prova de Conhecimentos I - Inglês - 1° dia |
Q3107416 Inglês
       In January 1818, Mary Shelley anonymously published a strange little novel that would eventually make her world-famous. Frankenstein; or, The Modern Prometheus is the story of a scientist, Victor Frankenstein, who is driven by an unrelenting “thirst for knowledge,” an ambition to penetrate the secrets of nature, heaven, and Earth. He works tirelessly to engineer a sentient being who, upon coming alive, is hideous to him. Realizing with horror that his plan has gone awry, Frankenstein flees his creature who in turn angrily chases him to the end of the Earth and finally destroys him at the novel’s end.

        Shelley’s dystopian tale has managed to stay relevant since its publication. It has a riddling quality that has edified and entertained readers for centuries, inspiring a range of interpretations. Recently, it has been making appearances in the heated debates over generative artificial intelligence, where it often is evoked as a cautionary tale about the dangers of scientific overreach. Some worry that in pursuing technologies like AI, we are recklessly consigning our species to Victor Frankenstein’s tragic fate. Our wonderchildren, our miraculous machines, might ultimately destroy us. This fear is an expression of what science fiction writer Isaac Asimov once called the “Frankenstein complex.”

        Strangely, it’s not only people who are afraid of robots who are expressing such fears today; it is also some of the people who are most aggressively at the forefront of technological innovation. Elon Musk seemed to have had Mary Shelley’s story in mind when he warned a World Government Summit in Dubai in 2017 that sometimes “a scientist will get so engrossed in their work that they don’t really realize the ramifications of what they’re doing.”


Jennifer Banks. Mary Shelley’s Frankenstein can illuminate the debate over generative AI. In: Big Think. Internet: (adapted)

Based on the previous text, judge the following item. 


In the second sentence of the first paragraph, the excerpt “an ambition to penetrate the secrets of nature, heaven, and Earth” can be understood as an explanation for the “unrelenting ‘thirst of knowledge’” that drove Victor Frankenstein.


Alternativas
Ano: 2024 Banca: COMVEST - UNICAMP Órgão: UNICAMP Prova: COMVEST - UNICAMP - 2024 - UNICAMP - Vestibular |
Q3107204 Inglês
Leia o resumo de uma pesquisa que, em 2021, já alertava para questões climáticas e fatores a elas relacionados.

Politics of attributing extreme events to climate change

Climate change shapes weather events. However, describing it as the cause of disasters can be misleading, since disasters are caused by pre-existing fragilities and inequalities on the ground. Attribution is not neutral. Hence, analytic frames that attribute disaster to climate can divert attention from place-based vulnerabilities and their sociopolitical causes. While politicians may blame climate change, the public may hold the government accountable for inadequate investments in flood or drought prevention. To be strategic and moral, framing choices must therefore be sensitive to context and to how the values implicit within analytic frames about the causes of disasters shape policy responses. Such sensitivity requires multicausal analysis of weather-linked disasters to reduce the damages. Through examples from around the world, especially Brazil, we discuss how and why climate-centric disaster framing can erase from view—and, thus, from policy agendas—the very socioeconomic and political factors that centrally cause vulnerability and suffering in weather extremes.
(Adaptado de https://wires.onlinelibrary.wiley.com/doi/full/10.1002/wcc.750. Acesso em 15/05/2024.)

Qual alternativa expressa corretamente os argumentos dos autores do texto?
Alternativas
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Q3107202 Inglês
Texto 1

The fact that so few African Americans write science fiction is perplexing since they, in a very real sense, inhabit a sci-fi nightmare in which unseen but no less palpable acts of intolerance frustrate their movement; official histories undo what has been done; and technology is too often brought to bear on black bodies. Moreover, the sublegitimate status of science fiction in literature mirrors the subaltern position to which blacks have been relegated throughout American history. The notion of Afrofuturism gives rise to a troubling antinomy: can a community whose past has been deliberately rubbed out, and whose energies have been consumed by the search for legible traces of its history, imagine possible futures?


(Adaptado de DERY, M. Black to the future: interviews with Samuel R. Delany, Greg Tate, and Tricia Rose. In: ___. (Ed.) The Discourse of cyberculture. Durham; London: Duke University Press, p. 179-222, 1994.)
Texto 2
“Parable of the Talents” (Octavia E. Butler)
“To survive, Let the past Teach you-- Past customs, Struggles, Leaders and thinkers. Let These Help you. Let them inspire you, Warn you, Give you strength. But beware: God is Change. Past is past. What was Cannot Come again. To survive, know the past. Let it touch you. Then let The past Go.”
(BUTLER, Octavia E. Parable of the Talents. New York, Durham and London: Open Road, 1998.)

O texto 2 toca em um aspecto central do afrofuturismo e remete ao tema do questionamento do texto 1. Assim, pode-se dizer que o poema reconhece que
Alternativas
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Q3107201 Inglês
Texto 1

The fact that so few African Americans write science fiction is perplexing since they, in a very real sense, inhabit a sci-fi nightmare in which unseen but no less palpable acts of intolerance frustrate their movement; official histories undo what has been done; and technology is too often brought to bear on black bodies. Moreover, the sublegitimate status of science fiction in literature mirrors the subaltern position to which blacks have been relegated throughout American history. The notion of Afrofuturism gives rise to a troubling antinomy: can a community whose past has been deliberately rubbed out, and whose energies have been consumed by the search for legible traces of its history, imagine possible futures?


(Adaptado de DERY, M. Black to the future: interviews with Samuel R. Delany, Greg Tate, and Tricia Rose. In: ___. (Ed.) The Discourse of cyberculture. Durham; London: Duke University Press, p. 179-222, 1994.)
De acordo com o texto 1, a escassez de autores afro-americanos em obras de ficção científica representa um
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Q3107198 Inglês

Leia o texto a seguir.


Police under fire after threat to arrest

‘openly Jewish’ man near pro-Palestinian

protest


Scotland Yard criticised after suggesting Gideon Falter’s presence was ‘provocative’ and he was ‘antagonising’ protesters

(https://www.telegraph.co.uk/news/2024/04/19/. Acesso em 20/04/2024.)



Depreende-se, da leitura desse texto, que

Alternativas
Ano: 2023 Banca: CECIERJ Órgão: CEDERJ Prova: CECIERJ - 2023 - CEDERJ - Vestibular - Primeiro Semestre |
Q3777762 Inglês

HOW IMPORTANT IS TECHNOLOGY IN EDUCATION?


Technology provides students with easy-toaccess information, accelerated learning, and fun opportunities to practice what they learn.


By Rambabu Dixit



1.The Meaning of Education


Knowledge, learning, and information: the word "education" is used in the English language and is derived from the Latin word "educatum" which means "teaching work." Some great scholars have attributed its origin to "educare" which means "to raise."



1.a. Narrow Meaning


This is the education given to the child in the school. The place, duration, curriculum, etc. of such education is fixed. In this sense, the person's school life is their education. Mackenzie has written: "In a narrow sense, education refers to the conscious efforts made for the development and promotion of our powers."



1.b. Broader Meaning


In this sense, education is a lifelong process by which a person develops their overall personality, social interactions, and their ability to adjust to their environment.



2.The Meaning of Technology


The use of scientific inventions, rules, principles, and processes in different aspects of life comes under the use of technology. Many types of technologies exist, including educational technology. In other words, the application of scientific principles to different areas of life is called technology. Therefore, when scientific, orderly, and well-organized knowledge is used to do daily work, then it is given the name of technology. The word "technology" is usually associated with machines, but it is not necessary that machines should always be used.



3.The Meaning of Educational Technology


When scientific, technical, and psychological principles and methods are properly used to make the teaching/learning process easy, simple, efficient, and effective, it comes under the umbrella term “educational technology”. Today, scientific and technological inventions have affected every aspect of human life. Education, teaching, and learning have also been greatly affected by them. In the field of education, as a result of the latest research, discoveries, and investigations, such techniques (i.e., skills) have been developed, which are helping in achieving the objectives of education. These competencies and skills, which are especially based on science, are given the name of educational technology.



Avaiable at: https://elearningindustry.com/how-important-istechnology-in-education. Access 20 Oct. 2023. Adapted. 


The qualifying words easy, simple, efficient, and effective are used, in the text (part 3), to refer to: 
Alternativas
Ano: 2023 Banca: CECIERJ Órgão: CEDERJ Prova: CECIERJ - 2023 - CEDERJ - Vestibular - Primeiro Semestre |
Q3777761 Inglês

HOW IMPORTANT IS TECHNOLOGY IN EDUCATION?


Technology provides students with easy-toaccess information, accelerated learning, and fun opportunities to practice what they learn.


By Rambabu Dixit



1.The Meaning of Education


Knowledge, learning, and information: the word "education" is used in the English language and is derived from the Latin word "educatum" which means "teaching work." Some great scholars have attributed its origin to "educare" which means "to raise."



1.a. Narrow Meaning


This is the education given to the child in the school. The place, duration, curriculum, etc. of such education is fixed. In this sense, the person's school life is their education. Mackenzie has written: "In a narrow sense, education refers to the conscious efforts made for the development and promotion of our powers."



1.b. Broader Meaning


In this sense, education is a lifelong process by which a person develops their overall personality, social interactions, and their ability to adjust to their environment.



2.The Meaning of Technology


The use of scientific inventions, rules, principles, and processes in different aspects of life comes under the use of technology. Many types of technologies exist, including educational technology. In other words, the application of scientific principles to different areas of life is called technology. Therefore, when scientific, orderly, and well-organized knowledge is used to do daily work, then it is given the name of technology. The word "technology" is usually associated with machines, but it is not necessary that machines should always be used.



3.The Meaning of Educational Technology


When scientific, technical, and psychological principles and methods are properly used to make the teaching/learning process easy, simple, efficient, and effective, it comes under the umbrella term “educational technology”. Today, scientific and technological inventions have affected every aspect of human life. Education, teaching, and learning have also been greatly affected by them. In the field of education, as a result of the latest research, discoveries, and investigations, such techniques (i.e., skills) have been developed, which are helping in achieving the objectives of education. These competencies and skills, which are especially based on science, are given the name of educational technology.



Avaiable at: https://elearningindustry.com/how-important-istechnology-in-education. Access 20 Oct. 2023. Adapted. 


Decide if each of the four statements below is TRUE or FALSE, according to what is written in the text. Next, choose the alternative which indicates your choices.

( ) Educational technology is just one of the many types of technology.
( ) Technology necessarily involves the use of machines.
( ) Scientific, technical, and psychological principles are not involved in educational technology. 
( ) Few aspects of human lives have been affected by scientific and technological inventions.
Alternativas
Ano: 2023 Banca: CECIERJ Órgão: CEDERJ Prova: CECIERJ - 2023 - CEDERJ - Vestibular - Primeiro Semestre |
Q3777760 Inglês

HOW IMPORTANT IS TECHNOLOGY IN EDUCATION?


Technology provides students with easy-toaccess information, accelerated learning, and fun opportunities to practice what they learn.


By Rambabu Dixit



1.The Meaning of Education


Knowledge, learning, and information: the word "education" is used in the English language and is derived from the Latin word "educatum" which means "teaching work." Some great scholars have attributed its origin to "educare" which means "to raise."



1.a. Narrow Meaning


This is the education given to the child in the school. The place, duration, curriculum, etc. of such education is fixed. In this sense, the person's school life is their education. Mackenzie has written: "In a narrow sense, education refers to the conscious efforts made for the development and promotion of our powers."



1.b. Broader Meaning


In this sense, education is a lifelong process by which a person develops their overall personality, social interactions, and their ability to adjust to their environment.



2.The Meaning of Technology


The use of scientific inventions, rules, principles, and processes in different aspects of life comes under the use of technology. Many types of technologies exist, including educational technology. In other words, the application of scientific principles to different areas of life is called technology. Therefore, when scientific, orderly, and well-organized knowledge is used to do daily work, then it is given the name of technology. The word "technology" is usually associated with machines, but it is not necessary that machines should always be used.



3.The Meaning of Educational Technology


When scientific, technical, and psychological principles and methods are properly used to make the teaching/learning process easy, simple, efficient, and effective, it comes under the umbrella term “educational technology”. Today, scientific and technological inventions have affected every aspect of human life. Education, teaching, and learning have also been greatly affected by them. In the field of education, as a result of the latest research, discoveries, and investigations, such techniques (i.e., skills) have been developed, which are helping in achieving the objectives of education. These competencies and skills, which are especially based on science, are given the name of educational technology.



Avaiable at: https://elearningindustry.com/how-important-istechnology-in-education. Access 20 Oct. 2023. Adapted. 


The article by Rambabu Dixit is divided into three parts, each one with the aim of:
Alternativas
Ano: 2023 Banca: CECIERJ Órgão: CEDERJ Prova: CECIERJ - 2023 - CEDERJ - Vestibular - Segundo Semestre |
Q3777656 Inglês

Text 1


Artificial Intelligence (AI) is rarely out of the news - especially during these challenging times, when AI has been suggested as a tool to help end the COVID-19 pandemic. However, many people do not have a full understanding of what AI actually means, how it works, or how it might help. 


Today UNESCO and Ericsson are proud to launch the Teaching AI for K-12 Portal. This portal will provide a repository of resources for all educators around the world. The aim is to help curriculum developers and teachers to better understand the promise and implications of Artificial Intelligence (AI), and to develop AI curriculum for, and teach AI to, students in grades K-12 (ages 5 to 18 years old).



Available at: < https://www.unesco.org/en/articles/unesco-andericsson-launch-new-portal-teaching-ai-students>. Access: 05 May 2023.

K-12 refers to: 
Alternativas
Respostas
141: C
142: E
143: C
144: C
145: E
146: E
147: E
148: E
149: E
150: E
151: E
152: C
153: D
154: A
155: D
156: B
157: D
158: B
159: C
160: A