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Q3988633 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
“Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures.” (paragraph 2)
In this context, the adjective “existential” most precisely suggests issues that are:
Alternativas
Q3988632 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
“Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable.” (paragraph 3)
Within the context in use, the word “unsustainable” most nearly conveys the idea that the situation is: 
Alternativas
Q3988631 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
In the final paragraph, the author reinforces the overall argument by emphasizing that: 
Alternativas
Q3988630 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
Paragraph 4 advances the argument that effective AI integration in schools depends on:
Alternativas
Q3988629 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
Paragraph 3 suggests that the central tension in current AI implementation in education lies in:
Alternativas
Q3988628 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
According to paragraph 2, the debate surrounding AI in education extends beyond classroom management and includes: 
Alternativas
Q3988627 Inglês
     With the rapid advancement of generative artificial intelligence (GenAI), teachers have been thrust into a new and ever-shifting classroom reality. The public, including many students, now has widespread access to GenAI tools and large language models (LLMs). Students sometimes use these tools with schoolwork. School boards have taken different approaches to regulating or integrating tech in classrooms. Teachers, meanwhile, find themselves responding to these paradigm shifts while juggling student needs and wider expectations AI raises.

     There are many questions about the purpose of education, including questions around academic integrity and how education can uphold fairness and equity. Questions include: How can students successfully navigate the use of these tools safely, effectively and ethically? How can schools prepare students for the future as organizations and institutions scramble to determine how to respond to or integrate aspects of AI? Will harnessing AI’s potential impact critical thinking and other cognitive skills? Teachers are uniquely positioned to help guide students as they grapple with the existential and social implications of AI alongside practical concerns for their own and students’ futures. Teachers cannot face this complex challenge alone — they need support and to feel skilled and empowered to fulfil this important role.

      There’s a growing international consensus echoed by calls to action that teachers are essential players as learners develop AI literacy. Despite growing resources, the development of AI technology continues to outpace implementation support and essential training for teachers. This widening gap between teacher competencies and the demands of an AI-infused classroom is unsustainable. This is not merely about keeping pace with technology; it’s about equipping teachers to guide the next generation in a world transformed by AI. By empowering teachers with skills and confidence in AI use, they can continue to guide students and shape students’ critical and responsible engagement with this technology.

      Teachers cannot do this alone. Successfully integrating AI into education requires a concerted and collaborative effort from all stakeholders within the educational ecosystem. Together, these partners can help establish clear, strategic mandates for AI integration and dedicate robust funding for essential tools and comprehensive training and research to foster innovative spaces where educators and researchers can experiment and study practices. Research is needed to assess the broader effects of AI use, for example, on critical thinking and cognitive offloading, to evaluate and understand the impacts of this technology in education. Supports are needed to ensure that AI adoption is not haphazard, but strategic and equitable across all jurisdictions.

    Implementation should also consider teacher burnout and the existing responsibilities that teachers carry. What can be removed, and what robust supports can be provided so teachers can take this on without compromising their wellbeing or effectiveness? It’s time for policymakers to recognize that investing in teachers is one of the most powerful ways we can invest in our students and in a better future for all of us.


Taken and adapted from:
https://theconversation.com/teachers-are-key-to
students-ai-literacy-and-need-support-260390
The first paragraph frames teachers’ current situation primarily as: 
Alternativas
Q3988491 Pedagogia
Segundo Zabala (1999, p. 11), “diferenciar os diversos tipos de conteúdo segundo sua natureza não é um trabalho academicista, mas algo oportuno na medida em que nos permite inferir como são aprendidos e, consequentemente, orienta-nos sobre o modo de ensiná-lo”. Dessa forma, considerando a tipologia de conteúdos apresentada pelo autor, assinale a alternativa cujos objetivos referenciais tenham como foco a aprendizagem de conteúdos procedimentais, exclusivamente.
Fonte: ZABALA, A. Como trabalhar os conteúdos procedimentais em aula. Porto Alegre: Artmed, 1999.
Alternativas
Q3988490 Pedagogia
Uma professora dos Anos Finais do Ensino Fundamental, ao comentar sobre sua prática em sala de aula, relatou: “Olha, na minha sala, eu sempre procuro trazer atividades diferentes para eles fazerem. Não fico só na explicação, não, porque acho cansativo, para mim e para eles. Peço que façam observações do que está acontecendo, anotem informações, organizem dados, comparem resultados e conversem sobre o que perceberam. Eles levantam hipóteses, testam suas ideias e depois compartilham o que descobriram, seja com a turma ou nos eventos da escola. Eu percebo que, desse jeito, eles participam mais, despertam a curiosidade e conseguem entender melhor o conteúdo”.

Considerando o contexto, à luz da Base Nacional Comum Curricular (BNCC) e dos pressupostos da perspectiva construtivista de ensino e aprendizagem apresentados por Zabala (1998), analise as assertivas a seguir. Fonte: ZABALA, A. A prática educativa: como ensinar. Porto Alegre: Artmed, 1998.

I- A prática relatada pela professora está alinhada a uma das Competências Gerais da BNCC, ao incorporar, em sala de aula, a abordagem própria das Ciências como estratégia estruturante do processo de ensino e aprendizagem.
II- A utilização de uma multiplicidade de estratégias de ensino, conforme relatado pela professora, é fundamental para o processo de ensino e aprendizagem, pois reconhece que os estudantes não aprendem da mesma maneira nem no mesmo ritmo e, portanto, não respondem igualmente às mesmas atividades.
III- Embora seja importante desenvolver diferentes atividades para oferecer aos estudantes condições favoráveis de aprendizagem, a avaliação deve considerar apenas o nível de compreensão que demonstram sobre o conteúdo, desconsiderando os esforços realizados.

É CORRETO o que se afirma em:
Alternativas
Q3988489 Pedagogia
Sempre que era questionado por seus estudantes sobre aspectos do conteúdo ministrado em sala de aula, sobretudo quando buscavam relacioná-lo às próprias vivências, levantar dúvidas oriundas de suas experiências de vida ou confrontar o tema com seus entendimentos prévios, um professor tinha o hábito de responder: “Não vamos entrar no mérito da questão, porque não faz parte do nosso estudo”; “Isso não pertence a este assunto, veremos depois”; “Vocês pesquisam isso no celular depois”; ou ainda: “Não vamos entrar no mérito da questão agora. Vocês estudarão isso mais adiante”.

Considerando o contexto, à luz do conhecimento sobre as relações interativas estabelecidas em sala de aula e os pressupostos da perspectiva construtivista de ensino e aprendizagem apresentados por Zabala (1998), é CORRETO afirmar que:
Fonte: ZABALA, A. A prática educativa: como ensinar. Porto Alegre: Artmed, 1998.
Alternativas
Q3988488 Pedagogia
Ao explicar a função da brincadeira no desenvolvimento infantil a partir da perspectiva de Vygotsky, Rego (2014, p. 82) utiliza o seguinte exemplo: “ao brincar de lojinha e desempenhar o papel de vendedora ou de cliente, a criança buscará agir de modo bastante próximo àquele que ela observou nos vendedores e clientes no contexto real”.
Fonte: REGO, T. C. Vygotsky: uma perspectiva histórico-cultural da educação. 25. ed. Petrópolis-RJ: Vozes, 2014.

Considerando o contexto, à luz da perspectiva histórico-cultural da educação de Vygotsky, analise as assertivas a seguir.

I- O exemplo ilustra que toda situação imaginária contém regras de comportamento condizentes com aquilo que está sendo representado. Logo, o esforço em desempenhar com fidelidade aquilo que observa em sua realidade faz com que a criança atue num nível bastante superior ao que na verdade se encontra.

II- Em determinada fase de seu desenvolvimento, a criança envolve-se em um mundo ilusório e imaginário que Vygotsky denomina brinquedo. No brinquedo, ela aprende a agir em uma esfera cognitiva, em vez de permanecer restrita a uma esfera visual externa, dependendo das motivações e tendências internas, e não dos incentivos fornecidos pelos objetos externos.
III- Mesmo havendo uma significativa distância entre o comportamento na realidade e no brinquedo, a atuação no mundo imaginário e o estabelecimento de regras a serem seguidas criam uma zona de desenvolvimento proximal, na medida em que impulsionam conceitos e processos em desenvolvimento.

É CORRETO o que se afirma em:
Alternativas
Q3988487 Noções de Informática
O uso da Inteligência Artificial (IA) tem aumentado face à multiplicação dos serviços de IA. As ferramentas de IA têm o potencial efetivo de ajudar professores e alunos sobretudo no uso do tempo, mas é preciso ter domínio do uso adequado destas ferramentas, como se depreende do excerto a seguir: 

“Um dos principais fatores para obter respostas ideais de IA generativas é fornecer contexto. Ao pesquisar um tópico específico, é importante incluir alguns parâmetros no prompt para dar ao modelo uma compreensão clara da informação que está sendo buscada. Por exemplo, em vez de perguntar ‘Qual é a história de X?’ é melhor especificar ‘Quais são os principais eventos e figuras-chave na história de X?’ ” (Gomes et al ., 2024, p. 72).
Fonte: GOMES, V. T. R. P. et al. I.A. generativa como assistente no processo de ensino-aprendizagem. BIANCHESSI, Cleber (Org.). In: Tecnologias digitais na educação: dos limites às possibilidades. Curitiba: Bagai, 2024 (V. 5)

Acerca dos usos educacionais da IA e considerando o excerto apresentado, a estrutura de um de comando é adequada quando há prompt adequada especificação de parâmetros. Sobre a ideia de especificar parâmetros adequadamente, é CORRETO afirmar que:
Alternativas
Q3988486 Pedagogia
De acordo com a Resolução CNE/CEB nº 7/2010, que fixou Diretrizes Curriculares Nacionais para o Ensino Fundamental de 9 (nove) anos, é CORRETO afirmar que:
Alternativas
Q3988485 Estatística
O gráfico a seguir representa a série histórica de inscrições no Exame Nacional do Ensino Médio (ENEM). A partir do ano de 2015, o Instituto Nacional de Estudos e Pesquisas Educacionais Anísio Teixeira (INEP) passou a considerar a diferença entre número total de inscritos e número de inscrições confirmadas, isto é, as inscrições cuja isenção ou pagamento foi confirmado e o candidato estaria apto a participar do exame, conforme indica a curva tracejada. No gráfico, a cada um dos anos do período 2009 – 2025 corresponde o número de inscritos indicado nas curvas. 

Gráfico 1 – Série histórica do número de inscrições no ENEM (2010-2025).
Q19.png (690×342)

Fonte: BRASIL. Ministério da Educação. Painel de Monitoramento: Estudantes Concluintes e Confirmados – Enem 2025. [Brasília, DF]: MEC, 2025. Disponível em: https://app.powerbi.com/view?r=eyJrIjoiYjM0N2JkYzMtZTg4Mi00NjJjLTg2MTItNWY4MmI1MmE4MWUzIiwidCI6IjI2ZjczODk3LWM4YWMtNGIxZS05NzhmLWVhNGMwNzc0MzRiZiJ9. Acesso em: 23 mar. 2026. Adaptado.

A respeito do gráfico apresentado, analise as afirmações a seguir.
I- O maior número de inscritos no ENEM foi atingido no ano de 2016.
II- Após uma redução a menos da metade do maior número de inscrições atingido, o número de inscritos no ENEM volta a subir anualmente a partir de 2022.
III- Em 2025, foi registrada a menor diferença entre o número de inscrições e o número de inscrições comprovadas.
IV- A menor diferença entre inscritos e inscrições comprovadas foi no ano de 2020, apesar da pandemia da Covid-19 naquele ano.

É CORRETO o que se afirma apenas em: 
Alternativas
Q3988484 Pedagogia
Considerando o que estabelece a Base Nacional Comum Curricular - BNCC (Brasil, 2018) acerca das dez competências gerais da Educação Básica, é CORRETO : afirmar que:

Fonte: BRASIL. Ministério da Educação. Base Nacional Comum Curricular . Brasília: MEC, 2018. Disponível em: https://basenacionalcomum.mec.gov.br/. Acesso em: 23 mar. 2026.
Alternativas
Q3988483 Pedagogia
Considere o excerto a seguir:

“O que é uma teoria do currículo?
[...]
Da perspectiva pós-estruturalista [...], é impossível separar a descrição simbólica, linguística da realidade – isto é, a teoria – de seus ‘ ’ efeitos de realidade ” (Silva, 2010, p. 11)
Fonte: SILVA, Tomaz Tadeu da. Documentos de identidade: uma introdução às teorias do currículo. 3. ed. Belo Horizonte: Autêntica, 2010. 

Acerca das teorias do currículo, analise as proposições abaixo.

I- Para a teoria tecnicista de Ralph Tyler, a questão fundamental a ser respondida por uma teoria do currículo é a quais interesses de classe serve determinada seleção de conhecimentos curriculares.
II- A distinção fundamental entre a visão pós-estruturalista e a visão tradicional das teorias do currículo reside no fato de que, na visão tradicional, a teoria é compreendida como uma descoberta do real e, na visão pós-estruturalista, a teoria compreende uma construção linguística do objeto de estudo.
III- Na teoria de Paulo Freire, a metáfora da educação bancária, caracterizada pelo modelo no qual o conhecimento é depositado na mente vazia do aluno, é utilizada para criticar o currículo.

É CORRETO o que se afirma apenas em:
Alternativas
Q3988482 Pedagogia
A Lei que estabelece as Diretrizes e Bases da Educação Nacional (LDB) regulamenta o sistema educacional brasileiro nº 9.394/1996 em todos os níveis e modalidades do ensino escolar. Analise as afirmações a seguir acerca do que ela dispõe.

I- Um dos princípios do ensino estabelecidos na LDB diz respeito à gestão democrática do ensino público, em conformidade com as Diretrizes e as legislações dos sistemas de ensino.
II- De acordo com a LDB, a aplicação anual de recursos pela União deve corresponder exatamente a 10% (dez por cento) do PIB nacional.
III- A LDB estabelece que os entes federados devem atuar em regime de colaboração na organização dos sistemas de ensino, cabendo à União exercer função normativa, redistributiva e supletiva. 

É CORRETO o que se afirma apenas em:
Alternativas
Q3988481 Português
Leia o Texto II e responda à questão.


Texto II




Fonte: http://www.willtirando.com.br/anesia-809/. Acesso em 28 dez. 2025.


Considere os verbos empregados na tirinha de Anésia e assinale a alternativa CORRETA quanto , organizada em quadros sequenciais, ao tempo e ao modo verbal, bem como aos efeitos de sentido produzidos no enunciado. 
Alternativas
Q3988480 Português
Leia o Texto II e responda à questão.


Texto II




Fonte: http://www.willtirando.com.br/anesia-809/. Acesso em 28 dez. 2025.


Assinale a alternativa CORRETA acerca das relações morfológicas observadas na construção textual do Texto II.
Alternativas
Q3988479 Português
Leia o Texto II e responda à questão.


Texto II




Fonte: http://www.willtirando.com.br/anesia-809/. Acesso em 28 dez. 2025.


Consoante o Texto II, o humor da tirinha, organizada em quadros sequenciais, decorre:
Alternativas
Respostas
881: D
882: A
883: B
884: D
885: A
886: B
887: C
888: C
889: A
890: D
891: E
892: B
893: D
894: E
895: B
896: A
897: C
898: A
899: B
900: E