Questões de Concurso
Sobre interpretação de texto | reading comprehension em inglês
Foram encontradas 12.903 questões
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988635
Inglês
Texto associado
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 paragraph 1, the text refers to “these paradigm
shifts”. Considering the context of the passage,
the expression “paradigm shifts” is most nearly
synonymous with:
A ( ) incremental
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988634
Inglês
Texto associado
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
“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.” (paragraph 3)
The discourse marker “despite” is strategically employed to:
The discourse marker “despite” is strategically employed to:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988633
Inglês
Texto associado
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:
In this context, the adjective “existential” most precisely suggests issues that are:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988632
Inglês
Texto associado
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:
Within the context in use, the word “unsustainable” most nearly conveys the idea that the situation is:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988631
Inglês
Texto associado
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:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988630
Inglês
Texto associado
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:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988629
Inglês
Texto associado
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:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988628
Inglês
Texto associado
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:
Ano: 2026
Banca:
IBAM
Órgão:
Prefeitura de Armação de Búzios - RJ
Prova:
IBAM - 2026 - Prefeitura de Armação de Búzios - RJ - Professor Docente II - Língua Inglesa |
Q3988627
Inglês
Texto associado
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:
Q3983430
Inglês
Texto associado
Administrative analysts perform a variety of clerical, data
research, and information analysis tasks, and play a crucial
role in ensuring the efficient and effective functioning of
administrative processes within the organization.
This position involves duties such as (i) providing
administrative support to various departments, including
scheduling meetings, managing calendars, and coordinating
workflow; (ii) ensuring that administrative activities adhere
to organizational policies, procedures, and regulations; (iii)
maintaining accurate records, databases, and necessary
documentation; and (iv) generating and presenting reports,
charts, and graphs to communicate findings and insights to
management, supporting informed decision-making.
The ideal candidate should be detail-oriented, analytical,
and possess strong organizational skills, besides holding
efficient communication skills, which will enhance collaboration
with different teams and departments and facilitate the flow of
information regarding administrative matters.
It should be noted that every employer is different and
each will have unique qualifications when they hire for an
Administrative Analyst role.
(https://www.ziprecruiter.com/)
In the extract from the third paragraph “which will enhance
collaboration with different teams and departments”, the
bolded word refers to
Q3983429
Inglês
Texto associado
Administrative analysts perform a variety of clerical, data
research, and information analysis tasks, and play a crucial
role in ensuring the efficient and effective functioning of
administrative processes within the organization.
This position involves duties such as (i) providing
administrative support to various departments, including
scheduling meetings, managing calendars, and coordinating
workflow; (ii) ensuring that administrative activities adhere
to organizational policies, procedures, and regulations; (iii)
maintaining accurate records, databases, and necessary
documentation; and (iv) generating and presenting reports,
charts, and graphs to communicate findings and insights to
management, supporting informed decision-making.
The ideal candidate should be detail-oriented, analytical,
and possess strong organizational skills, besides holding
efficient communication skills, which will enhance collaboration
with different teams and departments and facilitate the flow of
information regarding administrative matters.
It should be noted that every employer is different and
each will have unique qualifications when they hire for an
Administrative Analyst role.
(https://www.ziprecruiter.com/)
The use of should in “The ideal candidate should be”
(third paragraph) indicates that the skills and qualities
mentioned are
Q3983428
Inglês
Texto associado
Administrative analysts perform a variety of clerical, data
research, and information analysis tasks, and play a crucial
role in ensuring the efficient and effective functioning of
administrative processes within the organization.
This position involves duties such as (i) providing
administrative support to various departments, including
scheduling meetings, managing calendars, and coordinating
workflow; (ii) ensuring that administrative activities adhere
to organizational policies, procedures, and regulations; (iii)
maintaining accurate records, databases, and necessary
documentation; and (iv) generating and presenting reports,
charts, and graphs to communicate findings and insights to
management, supporting informed decision-making.
The ideal candidate should be detail-oriented, analytical,
and possess strong organizational skills, besides holding
efficient communication skills, which will enhance collaboration
with different teams and departments and facilitate the flow of
information regarding administrative matters.
It should be noted that every employer is different and
each will have unique qualifications when they hire for an
Administrative Analyst role.
(https://www.ziprecruiter.com/)
In the extract from the second paragraph “This position
involves duties such as”, the underlined expression
introduces
Q3983427
Inglês
Texto associado
Administrative analysts perform a variety of clerical, data
research, and information analysis tasks, and play a crucial
role in ensuring the efficient and effective functioning of
administrative processes within the organization.
This position involves duties such as (i) providing
administrative support to various departments, including
scheduling meetings, managing calendars, and coordinating
workflow; (ii) ensuring that administrative activities adhere
to organizational policies, procedures, and regulations; (iii)
maintaining accurate records, databases, and necessary
documentation; and (iv) generating and presenting reports,
charts, and graphs to communicate findings and insights to
management, supporting informed decision-making.
The ideal candidate should be detail-oriented, analytical,
and possess strong organizational skills, besides holding
efficient communication skills, which will enhance collaboration
with different teams and departments and facilitate the flow of
information regarding administrative matters.
It should be noted that every employer is different and
each will have unique qualifications when they hire for an
Administrative Analyst role.
(https://www.ziprecruiter.com/)
De acordo com o texto, analistas administrativos
Q3983426
Inglês
Texto associado
Administrative analysts perform a variety of clerical, data
research, and information analysis tasks, and play a crucial
role in ensuring the efficient and effective functioning of
administrative processes within the organization.
This position involves duties such as (i) providing
administrative support to various departments, including
scheduling meetings, managing calendars, and coordinating
workflow; (ii) ensuring that administrative activities adhere
to organizational policies, procedures, and regulations; (iii)
maintaining accurate records, databases, and necessary
documentation; and (iv) generating and presenting reports,
charts, and graphs to communicate findings and insights to
management, supporting informed decision-making.
The ideal candidate should be detail-oriented, analytical,
and possess strong organizational skills, besides holding
efficient communication skills, which will enhance collaboration
with different teams and departments and facilitate the flow of
information regarding administrative matters.
It should be noted that every employer is different and
each will have unique qualifications when they hire for an
Administrative Analyst role.
(https://www.ziprecruiter.com/)
Clerical tasks, no contexto do primeiro parágrafo, significa tarefas
Ano: 2026
Banca:
CESPE / CEBRASPE
Órgão:
SEDUC-PI
Prova:
CESPE / CEBRASPE - 2026 - SEDUC-PI - Professor da Educação Básica - Disciplina: Inglês |
Q3978392
Inglês
As estratégias de leitura denominadas skimming e scanning são
adequadamente definidas como
Ano: 2026
Banca:
CESPE / CEBRASPE
Órgão:
SEDUC-PI
Prova:
CESPE / CEBRASPE - 2026 - SEDUC-PI - Professor da Educação Básica - Disciplina: Inglês |
Q3978385
Inglês
Texto associado
Text 10A2-III
As the world keeps warming and electricity bills take center stage in national politics, the data center boom will drive up USA carbon emissions and electricity costs. But a few simple policies could help bring both emissions and prices back down. That‟s the message of a new analysis from the Union of Concerned Scientists released Wednesday, which models a variety of scenarios for how to fuel the coming artificial intelligence boom. The USA is poised to see a 60 to 80 percent increase in electricity demand through 2050, with data centers alone making up more than half of the increase by the end of this decade, the analysis finds. If policies stay the same as they currently are—with attacks on renewable energy being embedded into regulatory regimes and few significant national policies restricting carbon emissions from power plants—we could see between a 19 and 29 percent increase in CO emissions from USA power plants tied just to the energy needs of data centers over the next 10 years. There are answers, though: Bringing back tax credits for wind and solar energy, even if data centers eat up a significant chunk of new demand for electricity, would cut CO emissions by more than 30 percent over the next decade. They could also make wholesale electricity costs go down by about 4 percent by 2050, after a slight rise over the next decade. Power plants are the second-largest source of greenhouse gas emissions in the USA, making up about a quarter of the country‟s overall emissions. Last year, emissions from the USA power sector rose slightly, marking the first increase since 2023; commercial buildings like data centers, a separate analysis released last week from the Rhodium Group found, were the main drivers of that demand.
Internet:http://www.wired.com/
According to text 10A2-III, data centers are expected to
Ano: 2026
Banca:
CESPE / CEBRASPE
Órgão:
SEDUC-PI
Prova:
CESPE / CEBRASPE - 2026 - SEDUC-PI - Professor da Educação Básica - Disciplina: Inglês |
Q3978383
Inglês
Texto associado
Text 10A2-III
As the world keeps warming and electricity bills take center stage in national politics, the data center boom will drive up USA carbon emissions and electricity costs. But a few simple policies could help bring both emissions and prices back down. That‟s the message of a new analysis from the Union of Concerned Scientists released Wednesday, which models a variety of scenarios for how to fuel the coming artificial intelligence boom. The USA is poised to see a 60 to 80 percent increase in electricity demand through 2050, with data centers alone making up more than half of the increase by the end of this decade, the analysis finds. If policies stay the same as they currently are—with attacks on renewable energy being embedded into regulatory regimes and few significant national policies restricting carbon emissions from power plants—we could see between a 19 and 29 percent increase in CO emissions from USA power plants tied just to the energy needs of data centers over the next 10 years. There are answers, though: Bringing back tax credits for wind and solar energy, even if data centers eat up a significant chunk of new demand for electricity, would cut CO emissions by more than 30 percent over the next decade. They could also make wholesale electricity costs go down by about 4 percent by 2050, after a slight rise over the next decade. Power plants are the second-largest source of greenhouse gas emissions in the USA, making up about a quarter of the country‟s overall emissions. Last year, emissions from the USA power sector rose slightly, marking the first increase since 2023; commercial buildings like data centers, a separate analysis released last week from the Rhodium Group found, were the main drivers of that demand.
Internet:http://www.wired.com/
According to the analysis from the Union of Concerned
Scientists, referred to in text 10A2-III, the percentage of increase
in USA electricity demand expected through 2050 is
Ano: 2026
Banca:
CESPE / CEBRASPE
Órgão:
SEDUC-PI
Prova:
CESPE / CEBRASPE - 2026 - SEDUC-PI - Professor da Educação Básica - Disciplina: Inglês |
Q3978379
Inglês
Texto associado
Text 10A2-II
It was the middle of the afternoon, and my son, as he often does, wanted to watch Paw Patrol. “Pups Save a Humsquatch‟?” he pleaded, rattling off episode titles. “No, „Pups Save the Bears.‟ No, „Pups and the Stinky Bubble Trouble‟!” I hesitated, the first sign of defeat. We‟d settled into a virtuous no-TV-on-schoolnights routine, but it wasn‟t a school night, and my husband and I had already done everything there was to do with a 6-year-old on a below-freezing Chicago Saturday — made pancakes, drawn pictures, counted and written numbers up to 100, read stories, played hide-and-seek (which became tickle-and-run), practiced piano, gone to Sky Zone, eaten chicken and rice, played computer games at the library, transformed an errant cardboard box into a tube for our dog, pulled out his new kids‟ cookbook and cooked up chocolate pudding on the stove. What more was there? TV. There was TV! Deep down, parents know that plopping your young child in front of the TV feels bad. Of course, there are even more malevolent screens lurking. In an age of YouTube Kids and artificial intelligence chatbots and when a 2025 Pew survey showed that among parents of children 12 and under, more than half reported daily YouTube consumption, worrying about the cartoons my kindergartner streams may sound quaint. But my son is, for now, too young for the perils of the Internet and adequately distracted by streaming shows, which doesn‟t make me feel any better about leaning on them to keep him occupied.
Internet:
Based on the information provided in text 10A2-II, it can be
inferred that
Ano: 2026
Banca:
CESPE / CEBRASPE
Órgão:
SEDUC-PI
Prova:
CESPE / CEBRASPE - 2026 - SEDUC-PI - Professor da Educação Básica - Disciplina: Inglês |
Q3978376
Inglês
Texto associado
Text 10A2-I
Everyone ages, but, sometimes, people outlive all predictions. Previous research has uncovered an unlikely factor related to longevity: intelligence. However, intelligence isn‟t a simple characteristic. There are many traits that contribute to it that can be tested — from memory to mathematical logic. In a 2024 clinical psychological science study, Paolo Ghisletta, of the University of Geneva, linked longevity specifically to one of those traits: verbal fluency, the measure of one‟s vocabulary and their ability to use it. Ghisletta‟s research used samples from the Berlin Aging Study, which started collecting data shortly before the Berlin Wall came down in 1989. It tracked 516 people aged 70 to 105 from enrollment to their death, over as long as 18 years in some cases. The study measured factors like dental health, stress levels, and economic well-being, as well as cognition. This makes it a “rich and rare data set,” said Ghisletta in an interview.
Internet: http://www.sciencedaily.com/
In its use in the last sentence of text 10A2-I, the word „rich‟
means
Ano: 2026
Banca:
CESPE / CEBRASPE
Órgão:
SEDUC-PI
Prova:
CESPE / CEBRASPE - 2026 - SEDUC-PI - Professor da Educação Básica - Disciplina: Inglês |
Q3978375
Inglês
Texto associado
Text 10A2-I
Everyone ages, but, sometimes, people outlive all predictions. Previous research has uncovered an unlikely factor related to longevity: intelligence. However, intelligence isn‟t a simple characteristic. There are many traits that contribute to it that can be tested — from memory to mathematical logic. In a 2024 clinical psychological science study, Paolo Ghisletta, of the University of Geneva, linked longevity specifically to one of those traits: verbal fluency, the measure of one‟s vocabulary and their ability to use it. Ghisletta‟s research used samples from the Berlin Aging Study, which started collecting data shortly before the Berlin Wall came down in 1989. It tracked 516 people aged 70 to 105 from enrollment to their death, over as long as 18 years in some cases. The study measured factors like dental health, stress levels, and economic well-being, as well as cognition. This makes it a “rich and rare data set,” said Ghisletta in an interview.
Internet: http://www.sciencedaily.com/
According to the ideas conveyed by text 10A2-I,
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