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Ano: 2024 Banca: CESPE / CEBRASPE Órgão: INPI Provas: CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A3 – Gestão E Suporte – Formação: Contabilidade Ou Ciências Contábeis | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A4 – Gestão E Suporte – Formação: Economia Ou Ciências Econômicas | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A1 – Gestão E Suporte – Formação: Administração | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A2 – Gestão E Suporte – Formação: Direito | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A5 – Gestão E Suporte – Formação: Engenharia Civil | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A6 – Gestão E Suporte – Formação: Engenharia Elétrica | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A7 – Gestão E Suporte – Formação: Arquitetura | CESPE / CEBRASPE - 2024 - INPI - Analista De Planejamento, Gestão E Infraestrutura Em Propriedade Industrial – Área: A8 – Gestão E Suporte – Formação: Psicologia | CESPE / CEBRASPE - 2024 - INPI - Pesquisador Em Propriedade Industrial – Área: P2- Bioquímica / Imunologia / Biologia Celular E Molecular / Biotecnologia / Microbiologia | CESPE / CEBRASPE - 2024 - INPI - Pesquisador Em Propriedade Industrial – Área: P1 - Biologia Celular E Molecular / Bioquímica / Biotecnologia / Enzimologia / Microbiologia / Imunologia / Bioinformática | CESPE / CEBRASPE - 2024 - INPI - Pesquisador Em Propriedade Industrial – Área: P5 – Instrumentos E Processos De Medição De Grandezas Físicas, Químicas E Biomédicas/Sensores E Biosensores/Aparelhos De Diagnóstico E Terapia/Biomecânica | CESPE / CEBRASPE - 2024 - INPI - Tecnologista em propriedade industrial – área: t1 – formação: qualquer área de formação. | CESPE / CEBRASPE - 2024 - INPI - Pesquisador Em Propriedade Industrial – Área: P3 - Redes De Comunicação Sem Fio / Sistemas De Comunicações Móveis / Sistemas E Redes De Comunicação Digital / Protocolos De Comunicação | CESPE / CEBRASPE - 2024 - INPI - Pesquisador Em Propriedade Industrial – Área: P4 – Processamento De Sinais/Processamento De Dados De Imagem, Áudio Ou Voz/Codificação, Compressão E Decodificação De Imagem, Áudio E Voz/Reconhecimento De Padrões |
Q2370835 Inglês
Considering the grammatical aspects of Portuguese and English, judge the following item.
The English translation of the Portuguese sentence Quanto mais você adia o despertador, menos você quer se levantar da cama is How much more you snooze your alarm, how much less you want to get out of bed. 

 
Alternativas
Q2367208 Inglês
Text 9A2-II


     As I was driving, the snow had started falling in earnest. The light was flat, although it was midmorning, making it almost impossible to distinguish the highway. I turned on the radio to help me concentrate on the road ahead; the announcer was talking about the snow. “The state Highway department advises motorists to use extreme caution and to drive with their headlights on to ensure maximum visibility.” He went on. “The state highway supervisor just called to say that one of the plows almost hit a car because the person driving hadn’t turned on his ligths.” I checked, almost reflexively, to be sure that my headlights were on.

      How can information serve those who hear or read it in making sense of their own worlds? How can it enable them to reason about what they do and to take appropriate actions based on that reasoning? My experience with the radio illustrates two different ways of providing the same message: the need to use your headlights when you drive in heavy snow. The first offers dispassionate information; the second tells the same content in a personal, compelling story. The first disguises its point of view; the second explicitly grounds the general information in a particular time and place. Each means of giving information has its role, but I believe the second is ultimately more useful in helping people make sense of what they are doing. When I heard the story about the plow, I made sure my headlights were on.

      In what is written about teaching, it is rare to find accounts in which the author’s experience and point of view are central. A point of view is not simply an opinion; neither is it a whimsical or impressionistic claim. Rather, a point of view lays out what the author thinks and why. The problem is that much of what is available in professional development in languageteacher education concentrates on telling rather than on point of view. The telling is prescriptive, like the radio announcer’s first statement. It emphasizes what is important to know and do, what is current in theory and research, and therefore what you — as a practicing teacher — should do. But this telling disguises the teller; it hides the point of view that can enable you to make sense of what is told.


Donald Freeman. Series Editor’s preface. In: P. R. Moran. Teaching culture: perspectives in practice. Boston (MA): Heinle, 2001 (adapted). 
In relation to the vocabulary and grammatical features of text 9A2-II, choose the correct option.
Alternativas
Q2367201 Inglês
Text 9A1


        Research into how multilingual people juggle more than one language in their minds is complex and sometimes counterintuitive. It turns out that when a multilingual person wants to speak, the languages they know can be active at the same time, even if only one gets used. These languages can interfere with each other, for example intruding into speech just when you do not expect them. And interference can manifest itself not just in vocabulary slip-ups, but even on the level of grammar or accent. “From research we know that whenever a bilingual or multilingual is speaking, both languages or all the languages that they know are activated,” says Mathieu Declerck, a senior research fellow at the Vrije Universiteit in Brussels. “For example, when you want to say ‘dog’ as a French-English bilingual, not just ‘dog’ is activated, but also its translation equivalent, so ‘chien’ is also activated.” As such, the speaker needs to have some sort of language control process. If you think about it, the ability of bilingual and multilingual speakers to separate the languages they have learned is remarkable. How they do this is commonly explained through the concept of inhibition — a suppression of the non-relevant languages. However, when this control system fails, intrusions and lapses can occur. For example, insufficient inhibition of a language can cause it to “pop up” and intrude when you are meant to be speaking in a different one.

        Tamar Gollan, a professor of psychiatry at the University of California San Diego, has been studying language control in bilinguals for years. Her research has often led to counterintuitive findings. She explains that when mixing languages, multilinguals are navigating a sort of balancing act, inhibiting the stronger language to even things out — and sometimes, they go too far in the wrong direction. “When bilinguals are mixing languages, it seems like they inhibit the dominant language so much that they actually are slower to speak in certain contexts. I think the best analogy is: imagine you suddenly become better at writing in your non-dominant hand. We have been calling this reversed dominance.” Reversed dominance effects can be particularly evident when bilinguals switch between languages in a single conversation, says Gollan.

          Navigating such interference could perhaps be part of what makes it hard for an adult to learn a new language, especially if they have grown up monolingual. One thing that might help is immersing yourself in the environment of the foreign language. “You are creating a context in which you are strongly holding back this other language, so that gives room for the other (new) language to become stronger,” says Matt Goldrick, a professor of linguistics at Northwestern University in Evanston, Illinois. “When you return from that immersion experience, hopefully you can better manage that competition,” he adds. “That competition will never go away, you just get better at managing it.”

           Managing competition is certainly something that multilinguals do tend to have a lot of practice in. Many researchers argue that this brings them certain cognitive advantages — although it is worth noting that the jury’s still out on this, with others saying their own research does not show reliable evidence for a bilingual cognitive advantage. In any case, using languages is arguably one of the most complex activities humans learn how to do. And having to manage multiple languages has been linked to cognitive benefits in many studies, depending on task and age. Some studies have shown bilinguals perform better, for example, in activities when participants have to focus on counterintuitive information. Speaking multiple languages has also been linked to delayed onset of dementia symptoms. And of course, multilingualism brings many obvious benefits beyond the brain, not least the social benefit of being able to speak to many people.


Internet: http://www.bbc.com/ (adapted).
The word “arguably”, in the excerpt “using languages is arguably one of the most complex activities humans learn how to do”, (last paragraph of text 9A1) could be correctly replaced, maintaining the original meaning and correctness, with
Alternativas
Q2367198 Inglês
Text 9A1


        Research into how multilingual people juggle more than one language in their minds is complex and sometimes counterintuitive. It turns out that when a multilingual person wants to speak, the languages they know can be active at the same time, even if only one gets used. These languages can interfere with each other, for example intruding into speech just when you do not expect them. And interference can manifest itself not just in vocabulary slip-ups, but even on the level of grammar or accent. “From research we know that whenever a bilingual or multilingual is speaking, both languages or all the languages that they know are activated,” says Mathieu Declerck, a senior research fellow at the Vrije Universiteit in Brussels. “For example, when you want to say ‘dog’ as a French-English bilingual, not just ‘dog’ is activated, but also its translation equivalent, so ‘chien’ is also activated.” As such, the speaker needs to have some sort of language control process. If you think about it, the ability of bilingual and multilingual speakers to separate the languages they have learned is remarkable. How they do this is commonly explained through the concept of inhibition — a suppression of the non-relevant languages. However, when this control system fails, intrusions and lapses can occur. For example, insufficient inhibition of a language can cause it to “pop up” and intrude when you are meant to be speaking in a different one.

        Tamar Gollan, a professor of psychiatry at the University of California San Diego, has been studying language control in bilinguals for years. Her research has often led to counterintuitive findings. She explains that when mixing languages, multilinguals are navigating a sort of balancing act, inhibiting the stronger language to even things out — and sometimes, they go too far in the wrong direction. “When bilinguals are mixing languages, it seems like they inhibit the dominant language so much that they actually are slower to speak in certain contexts. I think the best analogy is: imagine you suddenly become better at writing in your non-dominant hand. We have been calling this reversed dominance.” Reversed dominance effects can be particularly evident when bilinguals switch between languages in a single conversation, says Gollan.

          Navigating such interference could perhaps be part of what makes it hard for an adult to learn a new language, especially if they have grown up monolingual. One thing that might help is immersing yourself in the environment of the foreign language. “You are creating a context in which you are strongly holding back this other language, so that gives room for the other (new) language to become stronger,” says Matt Goldrick, a professor of linguistics at Northwestern University in Evanston, Illinois. “When you return from that immersion experience, hopefully you can better manage that competition,” he adds. “That competition will never go away, you just get better at managing it.”

           Managing competition is certainly something that multilinguals do tend to have a lot of practice in. Many researchers argue that this brings them certain cognitive advantages — although it is worth noting that the jury’s still out on this, with others saying their own research does not show reliable evidence for a bilingual cognitive advantage. In any case, using languages is arguably one of the most complex activities humans learn how to do. And having to manage multiple languages has been linked to cognitive benefits in many studies, depending on task and age. Some studies have shown bilinguals perform better, for example, in activities when participants have to focus on counterintuitive information. Speaking multiple languages has also been linked to delayed onset of dementia symptoms. And of course, multilingualism brings many obvious benefits beyond the brain, not least the social benefit of being able to speak to many people.


Internet: http://www.bbc.com/ (adapted).
The word “juggle”, used in the first sentence of text 9A1, means
Alternativas
Ano: 2024 Banca: CESPE / CEBRASPE Órgão: CTI Provas: CESPE / CEBRASPE - 2024 - CTI - Pesquisador Associado I - Especialidade: Tecnologias Habilitadoras - Área de Atuação: Micro e Nanotecnologia | CESPE / CEBRASPE - 2024 - CTI - Tecnologista Pleno 2 - I - Especialidade: Indústria 4.0 e Governo Digital - Área de Atuação: Sistemas Ciberfísicos e Cidades Inteligentes | CESPE / CEBRASPE - 2024 - CTI - Tecnologista Júnior - I - Especialidade: Inovação e Gestão de Infraestrutura e P&D - Área de Atuação: Desenvolvimento Tecnológico e Apoio à Gestão de Projetos de Pesquisa, Desenvolvimento e Inovação e Parque Tecnológico | CESPE / CEBRASPE - 2024 - CTI - Tecnologista Júnior - I - Especialidade: Inovação e Gestão de Infraestrutura de P&D - Área de Atuação: Desenvolvimento Tecnológico Voltado à Infraestrutura de Pesquisa e Parque Tecnológico | CESPE / CEBRASPE - 2024 - CTI - Tecnologista Júnior - I - Especialidade: Inovação e Gestão de Infraestrutura de P&D - Área de Atuação: Desenvolvimento Tecnológico Voltado à Infraestrutura de Tecnologia da Informação e Comunicação | CESPE / CEBRASPE - 2024 - CTI - Pesquisador Associado I - Especialidade: Saúde Avançada - Área de Atuação: Manufatura Aditiva, Simulação Computacional e Processamento de Imagens Aplicados à Saúde | CESPE / CEBRASPE - 2024 - CTI - Pesquisador Associado I - Especialidade: Saúde Avançada - Área de Atuação: Biossensores e Biofabricação | CESPE / CEBRASPE - 2024 - CTI - Tecnologista Pleno 2 - I - Especialidade: Tecnologias Habilitadoras - Área de Atuação: Nanotecnologia e Materiais Avançados Aplicados A Fotônica ou Energia | CESPE / CEBRASPE - 2024 - CTI - Tecnologista Pleno 2 - I - Especialidade: Tecnologias Habilitadoras - Área de Atuação: Inteligência Artificial e Ciências de Dados |
Q2364350 Inglês
      There have been reports that researchers at OpenAI had made a “breakthrough” in Artificial Intelligence (AI). Some media agencies report that such researchers had come up with a new way to make powerful AI systems and had created a new model, called Q. Star, that was able to perform grade-school-level math.

          Researchers have for years tried to get AI models to solve math problems. Language models like ChatGPT and GPT-4 can do some math, but not very well or reliably.

          People who worry about whether AI poses an existential risk to humans, one of OpenAI’s founding concerns, fear that such capabilities might lead to rogue AI. Safety concerns might arise if such AI systems are allowed to set their own goals and start to interface with a real physical or digital world in some ways, says Katie Collins, a PhD researcher at the University of Cambridge.

        However, while math capability might take us a step closer to more powerful AI systems, solving these sorts of math problems doesn’t signal the birth of a superintelligence.


Internet::<technologyreview.com> (adapted).

About the ideas and vocabulary of text presented above, judge the following item.



ChatGPT is a language AI model that solves math problems reliably.

Alternativas
Respostas
21: E
22: C
23: D
24: E
25: E