Questões de Concurso Público Prefeitura de Triunfo - PE 2026 para Professor da Educação Básica II - Inglês
Foram encontradas 50 questões
O Juízo Final é um enorme afresco que ocupa a parede do altar da Capela Sistina, no Vaticano. Inspirado na narração bíblica, o artista reproduz imagens que representam o momento da ressurreição dos mortos e da Justiça Divina.
Essa obra ajudou a imortalizar _______________ como um dos artistas mais importantes de todos os tempos!
O texto acima faz referência ao conceito de
Sobre as chamadas “terras raras”, analise os itens a seguir:
I. As terras raras formam um grupo de 17 elementos químicos essenciais para o funcionamento de diversos produtos modernos — de smartphones e televisores a câmeras digitais e LEDs. Apesar de usados em pequenas quantidades, eles são insubstituíveis.
II. O uso mais importante dessas substâncias está na fabricação de ímãs permanentes. Potentes e duráveis, esses ímãs mantêm suas propriedades magnéticas por décadas. Com eles, é possível produzir peças menores e mais leves, algo essencial por exemplo, para tecnologias, turbinas eólicas e veículos elétricos.
III. O Brasil possui vastas reservas de recursos considerados cruciais para o futuro da economia global — entre eles, o nióbio, o lítio, o grafite, o cobre, o cobalto, o urânio e os chamados elementos terras raras. Esses minerais estão no centro das transformações tecnológicas e energéticas do século 21.
IV. Hoje, 70% da produção global vem da China, segundo o Serviço Geológico dos Estados Unidos (USGS). A principal mina é Bayan Obo, no norte do país. Ela reúne enormes quantidades de todos os elementos usados em ímãs permanentes e supera em larga escala depósitos como Monte Weld, na Austrália, e Kvanefjeld, na Groenlândia.
https://g1.globo.com/ciencia/noticia/2025/07/25/terras-raras-o-quesao.ghtml#1
Estão CORRETOS:
I. Latitude.
II. Longitude.
III. Altitude.
Está(ão) CORRETA(S):
“Neste nível, os países-membros eliminam as tarifas alfandegárias e as restrições comerciais entre si, mas mantêm suas próprias políticas comerciais em relação a países não-membros. O objetivo é facilitar o fluxo de bens e serviços”
Considerando os níveis de integração dos blocos econômicos, texto em destaque faz referência a(o):
A Igreja de São Francisco de Assis fica localizada em:
I. A política monetária é o conjunto de medidas que um governo adota e que visa o controle da oferta da sua moeda na economia, ou seja, a sua liquidez. Dessa maneira, esse tipo de política praticada pelo Estado pode impactar diretamente a inflação e a taxa de juros de um país. E assim, impactar diretamente a economia.
II. O principal objetivo da política monetária é manter a inflação sob controle. Para isso, o governo baseia-se em um regime de metas de inflação.
III. Para um determinado ano é fixada uma meta para a inflação, e o Banco Central deve utilizar dos instrumentos de política monetária para cumpri-la.
IV. Existem, basicamente, três principais tipos de instrumentos usados no Brasil através da sua política monetária. São exemplos de política monetária: Open market; Redesconto e Depósito compulsório.
Estão CORRETOS:
São problemas que podem ocorrer com o derretimento das calotas polares, entre outras:
I. Elevação do nível do mar.
II. Alteração das correntes oceânicas.
III. Absorção solar aumentada.
IV. Perda de gelo marinho e clima extremo.
V. Perda de Habitats.
Estão CORRETAS:
Com base na Lei nº 9.605/1998, analise as alternativas e assinale a CORRETA:
I. Por promoção, para alunos que cursaram, com aproveitamento, a série ou fase anterior, na própria escola.
II. Por transferência, para candidatos procedentes de outras escolas;.
III. Independentemente de escolarização anterior, mediante avaliação feita pela escola, que defina o grau de desenvolvimento e experiência do candidato e permita sua inscrição na série ou etapa adequada, conforme regulamentação do respectivo sistema de ensino.
Está(ão) CORRETA(S):
Com base no que está especificado do referido Artigo, analise as alternativas e assinale a INCORRETA:
I. Exploração e abuso sexual.
II. Violência física, intimidação sistemática virtual e assédio.
III. Indução, incitação, instigação ou auxílio, por meio de instruções ou orientações, a práticas ou comportamentos que levem a danos à saúde física ou mental de crianças e de adolescentes, tais como violência física ou assédio psicológico a outras crianças e adolescentes, uso de substâncias que causem dependência química ou psicológica, autodiagnóstico e automedicação, automutilação e suicídio.
IV. Promoção e comercialização de jogos de azar, apostas de quota fixa, loterias, produtos de tabaco, bebidas alcoólicas, narcóticos ou produtos de comercialização proibida a crianças e a adolescentes.
V. Práticas publicitárias predatórias, injustas ou enganosas ou outras práticas conhecidas por acarretarem danos financeiros a crianças e a adolescentes.
VI. Conteúdo pornográfico.
Estão CORRETAS:
TEXT 1
Tech-enhanced learning: edtech trends, AI and the future of education
What is the purpose of learning? Education means many things to many different people, and the only definitive answer to the question of its purpose seems to be an ambiguous one: it depends — on cultural and historical contexts, social and political factors, philosophical views, educational theories, individual preferences, and disciplines (STEM or the humanities, for example). Even linguistically, education is synonymous with a range of related notions — teaching, schooling, training, development, coaching, improvement, instruction — that differ in subtle ways.
In Classical Athens, for example, elementary education included the paidotribēs (athletics and fitness), the kitharistēs (music and lyric poetry), and the grammatistēs (reading, writing, and arithmetic), whereas mediaeval grammar schools combined Classical learning with a decidedly Christian dimension. Based on the ideas of Alexander von Humboldt, the eighteenth-century German notion of education (Bildung) emphasised lifelong selfdevelopment in contrast to skills training (Ausbildung).
Closer to our own time, education is no longer the privileged domain of the wealthy, no longer available only to (young) men, and no longer primarily associated with religion, but many challenges nevertheless remain in terms of aims, rationales, and accessibility, especially when we add the digital classroom and tech-enhanced learning into the mix. And yet, despite the challenges, education will continue to serve as a cornerstone for skilling and reskilling, empowering individuals and societies to navigate the complexities of our rapidly changing world.
AI-powered learning in our post-COVID era, for example, underscores the complex intersection of education and technology, one that necessarily presents both challenges and opportunities for students, educators, and policymakers. In the following article, we’ll explore how emerging technologies, particularly the confluence of edtech and AI, are already re-shaping the future of learning, and, along the way, highlight a number of innovative European edtech startups taking the lead on the use of technology to enhance and support education.
Excerpt extracted and adapted from: https://www.eif.org/blog/all/techenhanced-learning-edtech-trends-ai-and-the-future-of-education
TEXT 1
Tech-enhanced learning: edtech trends, AI and the future of education
What is the purpose of learning? Education means many things to many different people, and the only definitive answer to the question of its purpose seems to be an ambiguous one: it depends — on cultural and historical contexts, social and political factors, philosophical views, educational theories, individual preferences, and disciplines (STEM or the humanities, for example). Even linguistically, education is synonymous with a range of related notions — teaching, schooling, training, development, coaching, improvement, instruction — that differ in subtle ways.
In Classical Athens, for example, elementary education included the paidotribēs (athletics and fitness), the kitharistēs (music and lyric poetry), and the grammatistēs (reading, writing, and arithmetic), whereas mediaeval grammar schools combined Classical learning with a decidedly Christian dimension. Based on the ideas of Alexander von Humboldt, the eighteenth-century German notion of education (Bildung) emphasised lifelong selfdevelopment in contrast to skills training (Ausbildung).
Closer to our own time, education is no longer the privileged domain of the wealthy, no longer available only to (young) men, and no longer primarily associated with religion, but many challenges nevertheless remain in terms of aims, rationales, and accessibility, especially when we add the digital classroom and tech-enhanced learning into the mix. And yet, despite the challenges, education will continue to serve as a cornerstone for skilling and reskilling, empowering individuals and societies to navigate the complexities of our rapidly changing world.
AI-powered learning in our post-COVID era, for example, underscores the complex intersection of education and technology, one that necessarily presents both challenges and opportunities for students, educators, and policymakers. In the following article, we’ll explore how emerging technologies, particularly the confluence of edtech and AI, are already re-shaping the future of learning, and, along the way, highlight a number of innovative European edtech startups taking the lead on the use of technology to enhance and support education.
Excerpt extracted and adapted from: https://www.eif.org/blog/all/techenhanced-learning-edtech-trends-ai-and-the-future-of-education
TEXT 1
Tech-enhanced learning: edtech trends, AI and the future of education
What is the purpose of learning? Education means many things to many different people, and the only definitive answer to the question of its purpose seems to be an ambiguous one: it depends — on cultural and historical contexts, social and political factors, philosophical views, educational theories, individual preferences, and disciplines (STEM or the humanities, for example). Even linguistically, education is synonymous with a range of related notions — teaching, schooling, training, development, coaching, improvement, instruction — that differ in subtle ways.
In Classical Athens, for example, elementary education included the paidotribēs (athletics and fitness), the kitharistēs (music and lyric poetry), and the grammatistēs (reading, writing, and arithmetic), whereas mediaeval grammar schools combined Classical learning with a decidedly Christian dimension. Based on the ideas of Alexander von Humboldt, the eighteenth-century German notion of education (Bildung) emphasised lifelong selfdevelopment in contrast to skills training (Ausbildung).
Closer to our own time, education is no longer the privileged domain of the wealthy, no longer available only to (young) men, and no longer primarily associated with religion, but many challenges nevertheless remain in terms of aims, rationales, and accessibility, especially when we add the digital classroom and tech-enhanced learning into the mix. And yet, despite the challenges, education will continue to serve as a cornerstone for skilling and reskilling, empowering individuals and societies to navigate the complexities of our rapidly changing world.
AI-powered learning in our post-COVID era, for example, underscores the complex intersection of education and technology, one that necessarily presents both challenges and opportunities for students, educators, and policymakers. In the following article, we’ll explore how emerging technologies, particularly the confluence of edtech and AI, are already re-shaping the future of learning, and, along the way, highlight a number of innovative European edtech startups taking the lead on the use of technology to enhance and support education.
Excerpt extracted and adapted from: https://www.eif.org/blog/all/techenhanced-learning-edtech-trends-ai-and-the-future-of-education
TEXT 1
Tech-enhanced learning: edtech trends, AI and the future of education
What is the purpose of learning? Education means many things to many different people, and the only definitive answer to the question of its purpose seems to be an ambiguous one: it depends — on cultural and historical contexts, social and political factors, philosophical views, educational theories, individual preferences, and disciplines (STEM or the humanities, for example). Even linguistically, education is synonymous with a range of related notions — teaching, schooling, training, development, coaching, improvement, instruction — that differ in subtle ways.
In Classical Athens, for example, elementary education included the paidotribēs (athletics and fitness), the kitharistēs (music and lyric poetry), and the grammatistēs (reading, writing, and arithmetic), whereas mediaeval grammar schools combined Classical learning with a decidedly Christian dimension. Based on the ideas of Alexander von Humboldt, the eighteenth-century German notion of education (Bildung) emphasised lifelong selfdevelopment in contrast to skills training (Ausbildung).
Closer to our own time, education is no longer the privileged domain of the wealthy, no longer available only to (young) men, and no longer primarily associated with religion, but many challenges nevertheless remain in terms of aims, rationales, and accessibility, especially when we add the digital classroom and tech-enhanced learning into the mix. And yet, despite the challenges, education will continue to serve as a cornerstone for skilling and reskilling, empowering individuals and societies to navigate the complexities of our rapidly changing world.
AI-powered learning in our post-COVID era, for example, underscores the complex intersection of education and technology, one that necessarily presents both challenges and opportunities for students, educators, and policymakers. In the following article, we’ll explore how emerging technologies, particularly the confluence of edtech and AI, are already re-shaping the future of learning, and, along the way, highlight a number of innovative European edtech startups taking the lead on the use of technology to enhance and support education.
Excerpt extracted and adapted from: https://www.eif.org/blog/all/techenhanced-learning-edtech-trends-ai-and-the-future-of-education
TEXT 1
Tech-enhanced learning: edtech trends, AI and the future of education
What is the purpose of learning? Education means many things to many different people, and the only definitive answer to the question of its purpose seems to be an ambiguous one: it depends — on cultural and historical contexts, social and political factors, philosophical views, educational theories, individual preferences, and disciplines (STEM or the humanities, for example). Even linguistically, education is synonymous with a range of related notions — teaching, schooling, training, development, coaching, improvement, instruction — that differ in subtle ways.
In Classical Athens, for example, elementary education included the paidotribēs (athletics and fitness), the kitharistēs (music and lyric poetry), and the grammatistēs (reading, writing, and arithmetic), whereas mediaeval grammar schools combined Classical learning with a decidedly Christian dimension. Based on the ideas of Alexander von Humboldt, the eighteenth-century German notion of education (Bildung) emphasised lifelong selfdevelopment in contrast to skills training (Ausbildung).
Closer to our own time, education is no longer the privileged domain of the wealthy, no longer available only to (young) men, and no longer primarily associated with religion, but many challenges nevertheless remain in terms of aims, rationales, and accessibility, especially when we add the digital classroom and tech-enhanced learning into the mix. And yet, despite the challenges, education will continue to serve as a cornerstone for skilling and reskilling, empowering individuals and societies to navigate the complexities of our rapidly changing world.
AI-powered learning in our post-COVID era, for example, underscores the complex intersection of education and technology, one that necessarily presents both challenges and opportunities for students, educators, and policymakers. In the following article, we’ll explore how emerging technologies, particularly the confluence of edtech and AI, are already re-shaping the future of learning, and, along the way, highlight a number of innovative European edtech startups taking the lead on the use of technology to enhance and support education.
Excerpt extracted and adapted from: https://www.eif.org/blog/all/techenhanced-learning-edtech-trends-ai-and-the-future-of-education
I. In Classical Athens, elementary education was mainly focused on Christian values.
II. Education has always been equally accessible to people regardless of gender or social class.
III. Tech-enhanced learning adds new challenges to contemporary education.
IV. AI-powered learning presents only benefits and has no significant challenges for students, educators, or policymakers.
V. Education is no longer considered the exclusive domain of wealthy people.
Now, select the CORRECT alternative, whose statement(s) are true:
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