Questões de Concurso Público Prefeitura de Novo Itacolomi - PR 2023 para Professor de Língua Inglesa

Questões Discursivas

Foram encontradas 40 questões

Q4204708 Gestão de Pessoas
Relacionamento interpessoal ocorre quando se estabelece um relacionamento entre duas ou mais pessoas. A respeito das atitudes que contribuem com o relacionamento interpessoal no ambiente de trabalho, marcar C para as afirmativas Certas, E para as Erradas e, após, assinalar a alternativa que apresenta a sequência CORRETA:

(_) Evitar levar em consideração os sentimentos dos outros profissionais.
(_) Não se preocupar com a opinião dos outros, pois elas são irrelevantes para qualquer tipo de crescimento pessoal e cooperação entre uma equipe.
(_) Nunca interromper para retificar o que o outro está dizendo, mesmo que você não concorde com que o está sendo dito.
Alternativas
Q4204709 Segurança e Saúde no Trabalho
De acordo com as noções básicas de segurança no trabalho, assinalar a alternativa que define a finalidade do Equipamento de Proteção Individual:
Alternativas
Q4204710 Geografia
A ONU, ao realizar os estudos para classificar o grau de desenvolvimento econômico e a qualidade de vida da população de um país, utiliza o(s):
Alternativas
Q4204711 Atualidades
A denominação Setembro Amarelo é dada a um movimento mundial que tem por objetivo:
Alternativas
Q4204712 Legislação dos Municípios do Estado do Paraná
Em conformidade com a Lei Orgânica do Município, o ensino deverá ser regido pelos seguintes princípios básicos:

I. Realização de diagnósticos para estabelecer um plano curricular condizente com a situação real do Município; visando, principalmente a erradicação do analfabetismo e universalização do atendimento escolar.
II. Ensino Fundamental gratuito, nos períodos diurnos e noturnos para os que não tenham tido acesso à escola na idade própria.
Alternativas
Q4204713 Legislação dos Municípios do Estado do Paraná
De acordo com a Lei Municipal nº 036/1993 - Regime Jurídico dos Servidores Públicos do Município, assinalar a alternativa CORRETA:
Alternativas
Q4204714 Pedagogia
Considerando-se a Lei nº 12.288/2010 - Estatuto da Igualdade Racial, os conteúdos referentes à história da população negra no Brasil serão ministrados: 
Alternativas
Q4204715 Estatuto da Pessoa com Deficiência - Lei nº 13.146 de 2015
Nos termos da Lei nº 13.146/2015 - Estatuto da Pessoa com Deficiência, assinalar a alternativa que preenche a lacuna abaixo CORRETAMENTE:

Em situações de risco, emergência ou estado de calamidade pública, a pessoa com deficiência será considerada ________, devendo o Poder Público adotar medidas para sua proteção e segurança.
Alternativas
Q4204716 Pedagogia
Sobre o Ensino Fundamental de Nove Anos, assinalar a alternativa CORRETA: 
Alternativas
Q4204717 Pedagogia
De acordo com MORAN e BACICH, em relação à aprendizagem, assinalar a alternativa que preenche a lacuna abaixo CORRETAMENTE:

A aprendizagem mais profunda requer espaços de prática frequentes e de ambientes ricos em oportunidades. Por isso, é importante o estímulo ________________ e a valorização dos conhecimentos prévios dos estudantes para ancorar os novos conhecimentos.
Alternativas
Q4204718 Pedagogia
Sobre as Estratégias Educativas em Educação Inclusiva, assinalar a alternativa que preenche a lacuna abaixo CORRETAMENTE:

Na perspectiva da educação inclusiva, a tecnologia __________ é voltada a favorecer a participação do aluno com deficiência nas diversas atividades do cotidiano escolar, vinculadas aos objetivos educacionais comuns.
Alternativas
Q4204719 Pedagogia
De acordo com HOFFMANN, a avaliação não tem como objetivo classificar ou selecionar. Nesse sentido, sobre a avaliação, assinalar a alternativa INCORRETA:
Alternativas
Q4204826 Pedagogia
De acordo com VENTURI, sobre a concepção inatista da aprendizagem verbal, proposta por Noam Chomsky, nas décadas de 50 e 60, analisar os itens abaixo:

I. Postula que o ser humano não nasce com um dispositivo de aquisição verbal.
II. Enfatiza que não existe diferença entre as concepções dos termos “aprendizagem” e “aquisição”.
Alternativas
Q4204827 Inglês
Em relação ao processo de tradução, assinalar a alternativa CORRETA:
Alternativas
Q4204828 Inglês
Life just might exist on Mars after all


    The red planet may have once been home to an abundance of microbes. New studies suggest it's possible that some hardy microbes managed to survive underground in a frozen state.

    About 3.5 billion years ago, two of the planets that orbited the sun may have had biospheres of similar bulk. One, Earth, evolved in a way that allowed life to flourish and splinter into endless forms most beautiful. Mars, the other world, followed a different path.

    Today the Martian surface is hostile to life as we know it, but as this scientific story goes, Mars may have once hosted a rich abundance of microbes. Residing in the planet’s briny underworld and shielded from the lethal radiation that bathes the surface, these organisms could have grown in nooks and ____________, multiplying until their collective heft rivaled Earth’s cache of life. Called methanogens, Mars’s microbes would have inhaled atmospheric hydrogen and carbon dioxide and exhaled methane gas - and in a twist, they may have turned out to be their own worst enemy.

    Over time, their growing, insatiable appetite would have robbed the Martian atmosphere of hydrogen - a powerful greenhouse gas during the planet’s early days - ultimately casting a deadly freeze over the planet and driving microbial populations into deeper, warmer crannies. How long those burrowing microbes could have survived in the deep is unknown. It’s possible they were only a shortlived flash of life on an otherwise sterile world.

    “Maybe extinction is the cosmic default of life in the universe,” says Boris Sauterey of the Institut de Biologie de l’Ecole Normale Supérieure in Paris. “It’s not the process of life ____________ that is limiting; it’s life maintaining itself that is limiting.”

    But perhaps, more than 30 feet beneath the surface and encased in ice, these ancient single-celled organisms achieved a state of dormancy - a sort of cryopreserved slumber, ready to perk up when more life-friendly conditions arise.

    The Martian interior may not be as lifeless as its face. It could host a world of alien organisms that are capable of waiting thousands of years between each turn of their metabolic engines.

    This ____________ may sound farfetched, but recent results from scientists modeling the habitability of ancient Mars and studying the hardiness of microbes in labs and beneath our own planet’s surface all point in the same direction: It’s a long shot, but it’s possible life evolved on Mars and still exists. And scientists may just find signs of that life when meteors barrel into Mars and excavate buried layers of ice, or when new spacecraft arrive to plumb this underground realm.


(Fonte: National Geographic - adaptado.)
Check the alternative that CORRECTLY fills the gaps in the text:
Alternativas
Q4204829 Inglês
Life just might exist on Mars after all


    The red planet may have once been home to an abundance of microbes. New studies suggest it's possible that some hardy microbes managed to survive underground in a frozen state.

    About 3.5 billion years ago, two of the planets that orbited the sun may have had biospheres of similar bulk. One, Earth, evolved in a way that allowed life to flourish and splinter into endless forms most beautiful. Mars, the other world, followed a different path.

    Today the Martian surface is hostile to life as we know it, but as this scientific story goes, Mars may have once hosted a rich abundance of microbes. Residing in the planet’s briny underworld and shielded from the lethal radiation that bathes the surface, these organisms could have grown in nooks and ____________, multiplying until their collective heft rivaled Earth’s cache of life. Called methanogens, Mars’s microbes would have inhaled atmospheric hydrogen and carbon dioxide and exhaled methane gas - and in a twist, they may have turned out to be their own worst enemy.

    Over time, their growing, insatiable appetite would have robbed the Martian atmosphere of hydrogen - a powerful greenhouse gas during the planet’s early days - ultimately casting a deadly freeze over the planet and driving microbial populations into deeper, warmer crannies. How long those burrowing microbes could have survived in the deep is unknown. It’s possible they were only a shortlived flash of life on an otherwise sterile world.

    “Maybe extinction is the cosmic default of life in the universe,” says Boris Sauterey of the Institut de Biologie de l’Ecole Normale Supérieure in Paris. “It’s not the process of life ____________ that is limiting; it’s life maintaining itself that is limiting.”

    But perhaps, more than 30 feet beneath the surface and encased in ice, these ancient single-celled organisms achieved a state of dormancy - a sort of cryopreserved slumber, ready to perk up when more life-friendly conditions arise.

    The Martian interior may not be as lifeless as its face. It could host a world of alien organisms that are capable of waiting thousands of years between each turn of their metabolic engines.

    This ____________ may sound farfetched, but recent results from scientists modeling the habitability of ancient Mars and studying the hardiness of microbes in labs and beneath our own planet’s surface all point in the same direction: It’s a long shot, but it’s possible life evolved on Mars and still exists. And scientists may just find signs of that life when meteors barrel into Mars and excavate buried layers of ice, or when new spacecraft arrive to plumb this underground realm.


(Fonte: National Geographic - adaptado.)
According to the text, mark the CORRECT alternative:
Alternativas
Q4204830 Inglês
Life just might exist on Mars after all


    The red planet may have once been home to an abundance of microbes. New studies suggest it's possible that some hardy microbes managed to survive underground in a frozen state.

    About 3.5 billion years ago, two of the planets that orbited the sun may have had biospheres of similar bulk. One, Earth, evolved in a way that allowed life to flourish and splinter into endless forms most beautiful. Mars, the other world, followed a different path.

    Today the Martian surface is hostile to life as we know it, but as this scientific story goes, Mars may have once hosted a rich abundance of microbes. Residing in the planet’s briny underworld and shielded from the lethal radiation that bathes the surface, these organisms could have grown in nooks and ____________, multiplying until their collective heft rivaled Earth’s cache of life. Called methanogens, Mars’s microbes would have inhaled atmospheric hydrogen and carbon dioxide and exhaled methane gas - and in a twist, they may have turned out to be their own worst enemy.

    Over time, their growing, insatiable appetite would have robbed the Martian atmosphere of hydrogen - a powerful greenhouse gas during the planet’s early days - ultimately casting a deadly freeze over the planet and driving microbial populations into deeper, warmer crannies. How long those burrowing microbes could have survived in the deep is unknown. It’s possible they were only a shortlived flash of life on an otherwise sterile world.

    “Maybe extinction is the cosmic default of life in the universe,” says Boris Sauterey of the Institut de Biologie de l’Ecole Normale Supérieure in Paris. “It’s not the process of life ____________ that is limiting; it’s life maintaining itself that is limiting.”

    But perhaps, more than 30 feet beneath the surface and encased in ice, these ancient single-celled organisms achieved a state of dormancy - a sort of cryopreserved slumber, ready to perk up when more life-friendly conditions arise.

    The Martian interior may not be as lifeless as its face. It could host a world of alien organisms that are capable of waiting thousands of years between each turn of their metabolic engines.

    This ____________ may sound farfetched, but recent results from scientists modeling the habitability of ancient Mars and studying the hardiness of microbes in labs and beneath our own planet’s surface all point in the same direction: It’s a long shot, but it’s possible life evolved on Mars and still exists. And scientists may just find signs of that life when meteors barrel into Mars and excavate buried layers of ice, or when new spacecraft arrive to plumb this underground realm.


(Fonte: National Geographic - adaptado.)
In “It could host a world of alien organisms...”, the underlined word can be substituted without loss of meaning by:
Alternativas
Q4204831 Inglês
Life just might exist on Mars after all


    The red planet may have once been home to an abundance of microbes. New studies suggest it's possible that some hardy microbes managed to survive underground in a frozen state.

    About 3.5 billion years ago, two of the planets that orbited the sun may have had biospheres of similar bulk. One, Earth, evolved in a way that allowed life to flourish and splinter into endless forms most beautiful. Mars, the other world, followed a different path.

    Today the Martian surface is hostile to life as we know it, but as this scientific story goes, Mars may have once hosted a rich abundance of microbes. Residing in the planet’s briny underworld and shielded from the lethal radiation that bathes the surface, these organisms could have grown in nooks and ____________, multiplying until their collective heft rivaled Earth’s cache of life. Called methanogens, Mars’s microbes would have inhaled atmospheric hydrogen and carbon dioxide and exhaled methane gas - and in a twist, they may have turned out to be their own worst enemy.

    Over time, their growing, insatiable appetite would have robbed the Martian atmosphere of hydrogen - a powerful greenhouse gas during the planet’s early days - ultimately casting a deadly freeze over the planet and driving microbial populations into deeper, warmer crannies. How long those burrowing microbes could have survived in the deep is unknown. It’s possible they were only a shortlived flash of life on an otherwise sterile world.

    “Maybe extinction is the cosmic default of life in the universe,” says Boris Sauterey of the Institut de Biologie de l’Ecole Normale Supérieure in Paris. “It’s not the process of life ____________ that is limiting; it’s life maintaining itself that is limiting.”

    But perhaps, more than 30 feet beneath the surface and encased in ice, these ancient single-celled organisms achieved a state of dormancy - a sort of cryopreserved slumber, ready to perk up when more life-friendly conditions arise.

    The Martian interior may not be as lifeless as its face. It could host a world of alien organisms that are capable of waiting thousands of years between each turn of their metabolic engines.

    This ____________ may sound farfetched, but recent results from scientists modeling the habitability of ancient Mars and studying the hardiness of microbes in labs and beneath our own planet’s surface all point in the same direction: It’s a long shot, but it’s possible life evolved on Mars and still exists. And scientists may just find signs of that life when meteors barrel into Mars and excavate buried layers of ice, or when new spacecraft arrive to plumb this underground realm.


(Fonte: National Geographic - adaptado.)
Concerning the parts of speech, the word underlined in “Both planets are beautiful in that way” is classified as: 
Alternativas
Q4204832 Inglês
Life just might exist on Mars after all


    The red planet may have once been home to an abundance of microbes. New studies suggest it's possible that some hardy microbes managed to survive underground in a frozen state.

    About 3.5 billion years ago, two of the planets that orbited the sun may have had biospheres of similar bulk. One, Earth, evolved in a way that allowed life to flourish and splinter into endless forms most beautiful. Mars, the other world, followed a different path.

    Today the Martian surface is hostile to life as we know it, but as this scientific story goes, Mars may have once hosted a rich abundance of microbes. Residing in the planet’s briny underworld and shielded from the lethal radiation that bathes the surface, these organisms could have grown in nooks and ____________, multiplying until their collective heft rivaled Earth’s cache of life. Called methanogens, Mars’s microbes would have inhaled atmospheric hydrogen and carbon dioxide and exhaled methane gas - and in a twist, they may have turned out to be their own worst enemy.

    Over time, their growing, insatiable appetite would have robbed the Martian atmosphere of hydrogen - a powerful greenhouse gas during the planet’s early days - ultimately casting a deadly freeze over the planet and driving microbial populations into deeper, warmer crannies. How long those burrowing microbes could have survived in the deep is unknown. It’s possible they were only a shortlived flash of life on an otherwise sterile world.

    “Maybe extinction is the cosmic default of life in the universe,” says Boris Sauterey of the Institut de Biologie de l’Ecole Normale Supérieure in Paris. “It’s not the process of life ____________ that is limiting; it’s life maintaining itself that is limiting.”

    But perhaps, more than 30 feet beneath the surface and encased in ice, these ancient single-celled organisms achieved a state of dormancy - a sort of cryopreserved slumber, ready to perk up when more life-friendly conditions arise.

    The Martian interior may not be as lifeless as its face. It could host a world of alien organisms that are capable of waiting thousands of years between each turn of their metabolic engines.

    This ____________ may sound farfetched, but recent results from scientists modeling the habitability of ancient Mars and studying the hardiness of microbes in labs and beneath our own planet’s surface all point in the same direction: It’s a long shot, but it’s possible life evolved on Mars and still exists. And scientists may just find signs of that life when meteors barrel into Mars and excavate buried layers of ice, or when new spacecraft arrive to plumb this underground realm.


(Fonte: National Geographic - adaptado.)
Considering the use of prepositions of time, check the CORRECT alternative:
Alternativas
Q4204833 Inglês
Life just might exist on Mars after all


    The red planet may have once been home to an abundance of microbes. New studies suggest it's possible that some hardy microbes managed to survive underground in a frozen state.

    About 3.5 billion years ago, two of the planets that orbited the sun may have had biospheres of similar bulk. One, Earth, evolved in a way that allowed life to flourish and splinter into endless forms most beautiful. Mars, the other world, followed a different path.

    Today the Martian surface is hostile to life as we know it, but as this scientific story goes, Mars may have once hosted a rich abundance of microbes. Residing in the planet’s briny underworld and shielded from the lethal radiation that bathes the surface, these organisms could have grown in nooks and ____________, multiplying until their collective heft rivaled Earth’s cache of life. Called methanogens, Mars’s microbes would have inhaled atmospheric hydrogen and carbon dioxide and exhaled methane gas - and in a twist, they may have turned out to be their own worst enemy.

    Over time, their growing, insatiable appetite would have robbed the Martian atmosphere of hydrogen - a powerful greenhouse gas during the planet’s early days - ultimately casting a deadly freeze over the planet and driving microbial populations into deeper, warmer crannies. How long those burrowing microbes could have survived in the deep is unknown. It’s possible they were only a shortlived flash of life on an otherwise sterile world.

    “Maybe extinction is the cosmic default of life in the universe,” says Boris Sauterey of the Institut de Biologie de l’Ecole Normale Supérieure in Paris. “It’s not the process of life ____________ that is limiting; it’s life maintaining itself that is limiting.”

    But perhaps, more than 30 feet beneath the surface and encased in ice, these ancient single-celled organisms achieved a state of dormancy - a sort of cryopreserved slumber, ready to perk up when more life-friendly conditions arise.

    The Martian interior may not be as lifeless as its face. It could host a world of alien organisms that are capable of waiting thousands of years between each turn of their metabolic engines.

    This ____________ may sound farfetched, but recent results from scientists modeling the habitability of ancient Mars and studying the hardiness of microbes in labs and beneath our own planet’s surface all point in the same direction: It’s a long shot, but it’s possible life evolved on Mars and still exists. And scientists may just find signs of that life when meteors barrel into Mars and excavate buried layers of ice, or when new spacecraft arrive to plumb this underground realm.


(Fonte: National Geographic - adaptado.)
Concerning the verb tenses, the sentence “how long have you been waiting?” is classified as:
Alternativas
Respostas
21: B
22: A
23: C
24: D
25: A
26: D
27: A
28: C
29: D
30: B
31: C
32: B
33: D
34: C
35: B
36: D
37: B
38: A
39: D
40: D