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Questões de Concursos Inglês

Resolva questões de Inglês comentadas com gabarito, online ou em PDF, revisando rapidamente e fixando o conteúdo de forma prática.

201Q947038 | História e Geografia de Estados e Municípios, Inglês, UEG, UEG, 2019

Leia o texto a seguir.
A comparação dos números admitidos por Cunha Mattos com o dos anos de 1804 e 1809 mostraria que os progressos da população se fizeram muito menos sentir entre os brancos do que entre os negros e mulatos livres, o que provaria, como tudo o que me leva a crer, que o clima da América Tropical convém mais aos homens de cor do que à raça caucásica.
SAINT-HILAIRE, Auguste de. Viagem às nascentes do rio São Francisco e pela Província de Goiás. São Paulo: Companhia Editora Nacional, 1937. p. 300.
Em 2019, completaram-se 200 anos da passagem do viajante francês Auguste de Saint-Hilaire por Goiás. No texto citado, ao analisar os dados demográficos sobre a população goiana, o francês corrobora a tese
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202Q949353 | Inglês, Inglês, UNICENTRO, UNICENTRO, 2018

Texto associado.
Fort De Soto Park, St. Petersburg, Florida

One of the most dog-friendly beaches in Florida, Fort De Soto State Park not only welcomes pets on the sand, but also has special Paw Playgrounds for big and small dogs with shade and water stations. Dogs must be leashed when they enter and exit the beach, but can enjoy the water and sand off leash with their owners the rest of their visit. In a recently released survey, Fort De Soto was one of Invitation Homes Top 10 Dog Beaches, where factors such as leash laws, whether pets can go in the water, what times of the year pets are allowed on the beach, and whether there is a pet-only section were evaluated. “For anyone who lives near the beach or takes their pet on vacation, there is nothing like seeing the joy of your ‘best friend’ frolicking in the sand,” says Marnie Vaughn, vice president of operations in Florida.

Disponível em <https://www.rd.com/advice/pets/dog-friendly-beaches/1/>. Acesso em 10 de ago. 2018.
What’s the main message Apple wants to get across?
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203Q1024646 | Inglês, Determinantes e Quantificadores Determiners And Quantifiers, Inglês, Prefeitura de Vila Rica MT, IDCAP, 2023

Select the alternative that the quantifier is used incorrectly.
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204Q947117 | Matemática, Inglês, UEG, UEG, 2018

Duas ondas sonoras são descritas pelas funções y = 1 + sen x e y = 1 - cos x.Considerando 0≤ x≤ 2π, os gráficos dessas funções se interceptam em
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205Q944054 | Inglês, Inglês, UECE, UECE CEV, 2020

Texto associado.
Americans May Add Five Times More Plastic to the Oceans Than Thought

The United States is using more
plastic than ever, and waste exported for
recycling is often mishandled, according
to a new study.
The United States contribution
to coastal plastic pollution worldwide is
significantly larger than previously
thought, possibly by as much as five
times, according to a study published
Friday. The research, published in Science
Advances, is the sequel to a 2015 paper
by the same authors. Two factors
contributed to the sharp increase:
Americans are using more plastic than
ever and the current study included
pollution generated by United States
exports of plastic waste, while the earlier
one did not.
The United States, which does
not have sufficient infrastructure to
handle its recycling demands at home,
exports about half of its recyclable waste.
Of the total exported, about 88 percent
ends up in countries considered to have
inadequate waste management.
“When you consider how much
of our plastic waste isn’t actually
recyclable because it is low-value,
contaminated or difficult to process, it’s
not surprising that a lot of it ends up
polluting the environment,” said the
study’s lead author, Kara Lavender Law,
research professor of oceanography at
Sea Education Association, in a
statement.
The study estimates that in
2016, the United States contributed
between 1.1 and 2.2 million metric tons of
plastic waste to the oceans through a
combination of littering, dumping and
mismanaged exports. At a minimum,
that’s almost double the total estimated
waste in the team’s previous study. At the
high end, it would be a fivefold increase
over the earlier estimate.
Nicholas Mallos, a senior
director at the Ocean Conservancy and an
author of the study, said the upper
estimate would be equal to a pile of
plastic covering the area of the White
House Lawn and reaching as high as the
Empire State Building.
The ranges are wide partly
because “there’s no real standard for
being able to provide good quality data on
collection and disposal of waste in
general,” said Ted Siegler, a resource
economist at DSM Environmental
Solutions, a consulting firm, and an
author of the study. Mr. Siegler said the
researchers had evaluated waste-disposal
practices in countries around the world
and used their “best professional
judgment” to determine the lowest and
highest amounts of plastic waste likely to
escape into the environment. They settled
on a range of 25 percent to 75 percent.
Tony Walker, an associate
professor at the Dalhousie University
School for Resource and Environmental
Studies in Halifax, Nova Scotia, said that
analyzing waste data can amount to a
“data minefield” because there are no
data standards across municipalities.
Moreover, once plastic waste is shipped
overseas, he said, data is often not
recorded at all.
Nonetheless, Dr. Walker, who
was not involved in the study, said it
could offer a more accurate accounting of
plastic pollution than the previous study,
which likely underestimated the United
States’ contribution. “They’ve put their
best estimate, as accurate as they can be
with this data,” he said, and used ranges,
which underscores that the figures are
estimates.
Of the plastics that go into the
United States recycling system, about 9
percent of the country’s total plastic
waste, there is no guarantee that they’ll
be remade into new consumer goods. New
plastic is so inexpensive to manufacture
that only certain expensive, high-grade
plastics are profitable to recycle within the
United States, which is why roughly half
of the country’s plastic waste was shipped
abroad in 2016, the most recent year for
which data is available.
Since 2016, however, the
recycling landscape has changed. China
and many countries in Southeast Asia
have stopped accepting plastic waste
imports. And lower oil prices have further
reduced the market for recycled plastic.
“What the new study really underscores is
we have to get a handle on source
reduction at home,” Mr. Mallos said. “That
starts with eliminating unnecessary and
problematic single-use plastics.”

From: https://www.nytimes.com/2020/10/30/
The sentence “The United States, which does not have sufficient infrastructure to handle its recycling demands at home, exports about half of its recyclable waste.” (lines 19-22) contains a/an
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206Q944055 | Inglês, Inglês, UECE, UECE CEV, 2020

Texto associado.
Americans May Add Five Times More Plastic to the Oceans Than Thought

The United States is using more
plastic than ever, and waste exported for
recycling is often mishandled, according
to a new study.
The United States contribution
to coastal plastic pollution worldwide is
significantly larger than previously
thought, possibly by as much as five
times, according to a study published
Friday. The research, published in Science
Advances, is the sequel to a 2015 paper
by the same authors. Two factors
contributed to the sharp increase:
Americans are using more plastic than
ever and the current study included
pollution generated by United States
exports of plastic waste, while the earlier
one did not.
The United States, which does
not have sufficient infrastructure to
handle its recycling demands at home,
exports about half of its recyclable waste.
Of the total exported, about 88 percent
ends up in countries considered to have
inadequate waste management.
“When you consider how much
of our plastic waste isn’t actually
recyclable because it is low-value,
contaminated or difficult to process, it’s
not surprising that a lot of it ends up
polluting the environment,” said the
study’s lead author, Kara Lavender Law,
research professor of oceanography at
Sea Education Association, in a
statement.
The study estimates that in
2016, the United States contributed
between 1.1 and 2.2 million metric tons of
plastic waste to the oceans through a
combination of littering, dumping and
mismanaged exports. At a minimum,
that’s almost double the total estimated
waste in the team’s previous study. At the
high end, it would be a fivefold increase
over the earlier estimate.
Nicholas Mallos, a senior
director at the Ocean Conservancy and an
author of the study, said the upper
estimate would be equal to a pile of
plastic covering the area of the White
House Lawn and reaching as high as the
Empire State Building.
The ranges are wide partly
because “there’s no real standard for
being able to provide good quality data on
collection and disposal of waste in
general,” said Ted Siegler, a resource
economist at DSM Environmental
Solutions, a consulting firm, and an
author of the study. Mr. Siegler said the
researchers had evaluated waste-disposal
practices in countries around the world
and used their “best professional
judgment” to determine the lowest and
highest amounts of plastic waste likely to
escape into the environment. They settled
on a range of 25 percent to 75 percent.
Tony Walker, an associate
professor at the Dalhousie University
School for Resource and Environmental
Studies in Halifax, Nova Scotia, said that
analyzing waste data can amount to a
“data minefield” because there are no
data standards across municipalities.
Moreover, once plastic waste is shipped
overseas, he said, data is often not
recorded at all.
Nonetheless, Dr. Walker, who
was not involved in the study, said it
could offer a more accurate accounting of
plastic pollution than the previous study,
which likely underestimated the United
States’ contribution. “They’ve put their
best estimate, as accurate as they can be
with this data,” he said, and used ranges,
which underscores that the figures are
estimates.
Of the plastics that go into the
United States recycling system, about 9
percent of the country’s total plastic
waste, there is no guarantee that they’ll
be remade into new consumer goods. New
plastic is so inexpensive to manufacture
that only certain expensive, high-grade
plastics are profitable to recycle within the
United States, which is why roughly half
of the country’s plastic waste was shipped
abroad in 2016, the most recent year for
which data is available.
Since 2016, however, the
recycling landscape has changed. China
and many countries in Southeast Asia
have stopped accepting plastic waste
imports. And lower oil prices have further
reduced the market for recycled plastic.
“What the new study really underscores is
we have to get a handle on source
reduction at home,” Mr. Mallos said. “That
starts with eliminating unnecessary and
problematic single-use plastics.”

From: https://www.nytimes.com/2020/10/30/
In “Nonetheless, Dr. Walker, who was not involved in the study, said it could offer a more accurate accounting of plastic pollution...” (lines 78- 81), there is an example of
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207Q683707 | Física, Dinâmica, Inglês, UEMG, UEMG, 2025

Durante uma partida de futebol, um jogador chuta uma bola de massa 450 g, que estava inicialmente em repouso. O chute faz com que a bola alcance uma velocidade de 20 m/s, em um intervalo de tempo de 0,05 segundos. Nessas condições, qual foi o impulso aplicado pelo jogador na bola?
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208Q944063 | Inglês, Passado simples Simple past, Inglês, UECE, UECE CEV, 2020

Texto associado.
Americans May Add Five Times More Plastic to the Oceans Than Thought

The United States is using more
plastic than ever, and waste exported for
recycling is often mishandled, according
to a new study.
The United States contribution
to coastal plastic pollution worldwide is
significantly larger than previously
thought, possibly by as much as five
times, according to a study published
Friday. The research, published in Science
Advances, is the sequel to a 2015 paper
by the same authors. Two factors
contributed to the sharp increase:
Americans are using more plastic than
ever and the current study included
pollution generated by United States
exports of plastic waste, while the earlier
one did not.
The United States, which does
not have sufficient infrastructure to
handle its recycling demands at home,
exports about half of its recyclable waste.
Of the total exported, about 88 percent
ends up in countries considered to have
inadequate waste management.
“When you consider how much
of our plastic waste isn’t actually
recyclable because it is low-value,
contaminated or difficult to process, it’s
not surprising that a lot of it ends up
polluting the environment,” said the
study’s lead author, Kara Lavender Law,
research professor of oceanography at
Sea Education Association, in a
statement.
The study estimates that in
2016, the United States contributed
between 1.1 and 2.2 million metric tons of
plastic waste to the oceans through a
combination of littering, dumping and
mismanaged exports. At a minimum,
that’s almost double the total estimated
waste in the team’s previous study. At the
high end, it would be a fivefold increase
over the earlier estimate.
Nicholas Mallos, a senior
director at the Ocean Conservancy and an
author of the study, said the upper
estimate would be equal to a pile of
plastic covering the area of the White
House Lawn and reaching as high as the
Empire State Building.
The ranges are wide partly
because “there’s no real standard for
being able to provide good quality data on
collection and disposal of waste in
general,” said Ted Siegler, a resource
economist at DSM Environmental
Solutions, a consulting firm, and an
author of the study. Mr. Siegler said the
researchers had evaluated waste-disposal
practices in countries around the world
and used their “best professional
judgment” to determine the lowest and
highest amounts of plastic waste likely to
escape into the environment. They settled
on a range of 25 percent to 75 percent.
Tony Walker, an associate
professor at the Dalhousie University
School for Resource and Environmental
Studies in Halifax, Nova Scotia, said that
analyzing waste data can amount to a
“data minefield” because there are no
data standards across municipalities.
Moreover, once plastic waste is shipped
overseas, he said, data is often not
recorded at all.
Nonetheless, Dr. Walker, who
was not involved in the study, said it
could offer a more accurate accounting of
plastic pollution than the previous study,
which likely underestimated the United
States’ contribution. “They’ve put their
best estimate, as accurate as they can be
with this data,” he said, and used ranges,
which underscores that the figures are
estimates.
Of the plastics that go into the
United States recycling system, about 9
percent of the country’s total plastic
waste, there is no guarantee that they’ll
be remade into new consumer goods. New
plastic is so inexpensive to manufacture
that only certain expensive, high-grade
plastics are profitable to recycle within the
United States, which is why roughly half
of the country’s plastic waste was shipped
abroad in 2016, the most recent year for
which data is available.
Since 2016, however, the
recycling landscape has changed. China
and many countries in Southeast Asia
have stopped accepting plastic waste
imports. And lower oil prices have further
reduced the market for recycled plastic.
“What the new study really underscores is
we have to get a handle on source
reduction at home,” Mr. Mallos said. “That
starts with eliminating unnecessary and
problematic single-use plastics.”

From: https://www.nytimes.com/2020/10/30/
In the phrases “Of the total exported” (line 23) and “in countries considered” (line 24), the two verbs are in the
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209Q949490 | Inglês, Inglês, UNICENTRO, UNICENTRO, 2017

Texto associado.

Re-Planting a Forest, One Drone at a Time


That funny little buzz you hear in the forest may not just be the hum of summer insects. In the near future it could be a small fleet of drones, coming to replant and restore forests that have been stripped of trees by industrial-scale deforestation. It’s all part of an ambitious plan by BioCarbon Engineering, a U.K.-based startup on a global mission to battle widespread clear-cutting, which strips more than 26 billion trees off the planet each year. CEO Lauren Fletcher, who spent 20 years as an engineer with NASA, says the only way to fight industrial-scale deforestation is with industrial-scale reforestation. Their idea: plant 1 billion trees a year. The first targets are in South Africa and the Amazonian jungles, both of which have suffered from widespread forest eradication.

BioCarbon’s reforestation scheme is simple and efficient. Here’s a quick look at how it plans to deploy its drone fleet:


1 Do a 3-D aerial survey. First, drones are sent to fly over a potential planting zone, snapping photos that create 3-D maps of the area to be reforested. The number of drones will vary depending up on the size of the seeding.

2 Create a seeding plan. Once all that terrain data has been analyzed, it then generates a seeding pattern that best suits the terrain.

3 Load the seed pods. The drones, which are equipped with guidance and control software, carry pressurized canisters of seed pods with germinated seeds immersed in a nutrient-rich gel.

4 Hover and plant. Flying at a height of 1 or 2 meters, the drones follow the planting patterns, firing the biodegradable seed pods down to the ground. The pods break open upon impact, allowing the germinated seed a chance to take root.

5 Monitor growth. After planting, the drones do low-level flights to assess the health of the sprouts and saplings.


Such “precision forestry,” as BioCarbon calls it, is extremely efficient. A farmer might hand plant as many as 3,000 seeds a day; Fletcher says his drones can drop up to 36,000 seed pods daily, often in areas where a human can’t reach. Working with local ecologists, BioCarbon will use the drones to spread a variety of tree species, as well as microorganisms and fungi designed to improve the soil quality. “The central focus is ecosystem restoration,” Fletcher says.

On a planetary climatological scale, Morton notes that “tropical deforestation plays a big role in global climate cycles,” claiming the accelerated pace of cutting and burning of forests accounted for 20 percent of greenhouse gas emissions in the 1990s. Fletcher and his team want to help reverse that trend. “By planting at the scale we’re looking at,” he says, “we can make a real longterm impact. We hope to do a lot of good in the world.”


(Adapted from https://www.wired.com/brandlab/2015/07/re-planting-forest-one-drone-time/. Access on 22/8/2017)

The words buzz and hum both represent:
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210Q949491 | Inglês, Verbos Verbs, Inglês, UNICENTRO, UNICENTRO, 2017

Texto associado.

Re-Planting a Forest, One Drone at a Time


That funny little buzz you hear in the forest may not just be the hum of summer insects. In the near future it could be a small fleet of drones, coming to replant and restore forests that have been stripped of trees by industrial-scale deforestation. It’s all part of an ambitious plan by BioCarbon Engineering, a U.K.-based startup on a global mission to battle widespread clear-cutting, which strips more than 26 billion trees off the planet each year. CEO Lauren Fletcher, who spent 20 years as an engineer with NASA, says the only way to fight industrial-scale deforestation is with industrial-scale reforestation. Their idea: plant 1 billion trees a year. The first targets are in South Africa and the Amazonian jungles, both of which have suffered from widespread forest eradication.

BioCarbon’s reforestation scheme is simple and efficient. Here’s a quick look at how it plans to deploy its drone fleet:


1 Do a 3-D aerial survey. First, drones are sent to fly over a potential planting zone, snapping photos that create 3-D maps of the area to be reforested. The number of drones will vary depending up on the size of the seeding.

2 Create a seeding plan. Once all that terrain data has been analyzed, it then generates a seeding pattern that best suits the terrain.

3 Load the seed pods. The drones, which are equipped with guidance and control software, carry pressurized canisters of seed pods with germinated seeds immersed in a nutrient-rich gel.

4 Hover and plant. Flying at a height of 1 or 2 meters, the drones follow the planting patterns, firing the biodegradable seed pods down to the ground. The pods break open upon impact, allowing the germinated seed a chance to take root.

5 Monitor growth. After planting, the drones do low-level flights to assess the health of the sprouts and saplings.


Such “precision forestry,” as BioCarbon calls it, is extremely efficient. A farmer might hand plant as many as 3,000 seeds a day; Fletcher says his drones can drop up to 36,000 seed pods daily, often in areas where a human can’t reach. Working with local ecologists, BioCarbon will use the drones to spread a variety of tree species, as well as microorganisms and fungi designed to improve the soil quality. “The central focus is ecosystem restoration,” Fletcher says.

On a planetary climatological scale, Morton notes that “tropical deforestation plays a big role in global climate cycles,” claiming the accelerated pace of cutting and burning of forests accounted for 20 percent of greenhouse gas emissions in the 1990s. Fletcher and his team want to help reverse that trend. “By planting at the scale we’re looking at,” he says, “we can make a real longterm impact. We hope to do a lot of good in the world.”


(Adapted from https://www.wired.com/brandlab/2015/07/re-planting-forest-one-drone-time/. Access on 22/8/2017)

The word widespread is closest in meaning to
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211Q678654 | Matemática, Álgebra, Inglês, UEG, UEG, 2019

Duas circunferências possuem equações ( x+1)2 + y2 = 1 e (x-1)2 + y2 = 1. A intersecção entre as duas circunferências
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212Q1022465 | Inglês, Aspectos Linguísticos Linguistic Aspects, Inglês, IF Sul Rio Grandense, IF Sul Rio Grandense, 2025

According to Alves (et al., 2020), considering teaching pronunciation in English as a Foreign Language class, mark T for True statements and F for False ones.

( ) Learners have more difficulty learning sounds that are phonetically closer, because they tend not to perceive them as different.
( ) The goal of learning pronunciation is to teach learners to speak like native speakers.
( ) It is important to highlight specific differences in the vowel systems of the native language and the target language in order to avoid intelligibility problems in communication.
( ) Students need resources to be able to understand speakers with different profiles, as well as to make their speech more intelligible.

The correct sequence of True and False statements, from top to bottom, is
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213Q1021957 | Inglês, Ensino da Língua Estrangeira Inglesa, Inglês, Prefeitura de Santa Fé do Sul SP, Consulplan, 2024

Texto associado.

Read the text, and analyse the assertives that are introduced.


The field of English language instruction for non-native speakers, commonly referred to as Teaching English as a Second Language (ESL), has experienced significant changes in recent times, due to the emergence of technology and the use of novel pedagogical methods. Conventional approaches, characterised by a focus on memorization and repeated grammar drills, are being replaced by dynamic and interactive methodologies that accommodate a wide range of learning preferences.

The integration of technology has emerged as a prominent transformation in the field of ESL instruction. Digital platforms, such language learning applications and online courses, provide customised learning experiences that may adjust to the unique pace and skill level of each individual learner. The utilisation of gamification is employed to transform the process of language acquisition into an enjoyable and captivating endeavour. In addition, the utilisation of online forums and virtual classrooms enables individuals to engage in real-time communication with native speakers, therefore providing them with valuable opportunities for meaningful language practise.

Content-Based Instruction (CBI) is an increasingly prominent pedagogical technique that has garnered significant attention and recognition. This approach facilitates the integration of English language acquisition with content-based instruction, so students acquire English proficiency by actively interacting with academic topics such as science, history, or literature. The implementation of contextual learning not only enhances the relevance and engagement of the language learning process, but also facilitates the organic acquisition of intricate vocabulary and concepts by students.

Task-Based Learning (TBL) places emphasis on the utilisation of language as a means to achieve certain objectives. Within Task-Based Language (TBL) classes, the conventional approach of introducing a language element followed by practise and production is substituted with the use of activities that require students to employ English in a genuine manner. This may encompass the resolution of problems, the execution of tasks, or the enactment of role-playing scenarios. These activities possess a high level of motivation and accurately reflect the usage of language in real-world contexts.

Flipped Classrooms is a pedagogical approach that combines online and in-person learning, wherein students are assigned to review instructional materials, often in the form of video courses, outside of the classroom, and subsequently participate in interactive activities during class time to consolidate their understanding. This technique facilitates increased engagement during classroom sessions and affords educators the chance to deliver focused assistance in areas requiring the greatest attention.

Cultural Immersion programmes, which involve placing students in English-speaking situations, have been demonstrated to significantly enhance language competence. This approach facilitates learners' exposure to the language within authentic contexts, fostering the acquisition of colloquial idioms and idiomatic use, which are frequently omitted in conventional instructional materials.

In summary, the contemporary approaches to ESL instruction are distinguished by a transition towards enhanced authenticity, interactivity, and individualization in the learning process. Through the use of technology and the implementation of novel pedagogical approaches, educators have enhanced capabilities to adequately equip students for practical English communication in real-life scenarios, making the learning experience more efficacious and pleasant, and at the same time recognising the cultural context meaning in the process of language acquisition.


(Available in: https://www.skylineuniversity.ac.ae/knowledge-update/from-different-corners/. Adapted.)

I. Students’ learning precedences have substantiated and pinpointed the emergence of novel pedagogic methods.

II. Flipped Classrooms foster student independence and also promote undertaking responsibility for their learning process.

III. Cultural Immersion programmes proffer great scope for native-like acquisition.

There is accuracy in what is stated in

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214Q947206 | Literatura, Escolas Literárias, Inglês, UNIOESTE, UNIOESTE, 2019

Sobre o conto “O outro”, de Rubem Fonseca, assinale a alternativa INCORRETA.
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215Q1023238 | Inglês, Pronomes Pronouns, Inglês, Prefeitura de Araraquara SP, CONSULPAM, 2023

Choose the option that has the CORRECT forms to fill out the blanks below, respectively.

I - Someone has left ____ book here.

II - There _____ too many people in the event last night.

III - She _____ 39 years old.

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216Q943387 | Matemática, Inglês, UFPR, NC UFPR, 2021

Ana, Beatriz e Carlos pediram uma pizza de oito fatias, metade sabor mozarela e outra metade sabor calabresa. Sabendo que Ana e Carlos preferem calabresa e Beatriz prefere mozarela, após cada um dos três ter escolhido uma fatia de pizza de acordo com sua preferência, qual é a probabilidade de Ana, Beatriz e Carlos terem escolhido pedaços que estejam lado a lado na pizza?
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217Q949356 | Inglês, Inglês, UNICENTRO, UNICENTRO, 2018

Texto associado.
The President is Missing
By Bill Clinton and James Patterson

When Tom Wolfe noted that “the problem with fiction” is that “it has to be plausible,” he may have had efforts like this one in mind. Bill Clinton and James Patterson’s ambitious and wildly readable new novel, “The President Is Missing,” arches more closely toward plausibility in its geopolitical subplots — threats against the Saudi king, malicious Russian meddling in world affairs — than its main story line of a president who ditches his handlers and goes rogue from the White House, convinced he is the only one who can foil a huge cyberterror plot.
The book opens with a charged scene in which President Jonathan Duncan is participating in a mock hearing to prepare for a congressional inquiry investigating the botched attempt to capture a terrorist. When the president loses his temper, he vindicates the advisers who have cautioned him not to appear before the actual committee. It’s a satisfying outcome for the former senior staffer in me — but unrealistic, considering the picture of the president that unfolds on the subsequent pages.

Disponível em<https://www.nytimes.com/2018/06/05/books/review/president-is-missing-clinton-patterson.html>. Acesso em 20 de jul. 2018.
From this book review, we can state that
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218Q947054 | Química, Substâncias Inorgânicas e suas características Ácidos, Inglês, UEG, UEG, 2019

O trióxido de enxofre (SO3) é um poluente atmosférico e pode ser obtido em laboratório pela reação do enxofre com o oxigênio em excesso, na presença de um catalisador adequado. Sobre essa molécula, verifica-se que
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219Q947122 | Biologia, Vírus e bactérias, Inglês, UEG, UEG, 2018

Na atualidade, diversas técnicas têm sido utilizadas para favorecer a propagação de determinadas espécies vegetais, dentre elas as de espécies nativas dos diferentes biomas brasileiros. Uma destas técnicas é a cultura de tecidos, que apresenta grande aplicação na agricultura e oferece diferentes soluções originais para o programa de melhoramento vegetal em função de ser uma ferramenta com
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220Q947130 | História, Primeira Guerra Mundial, Inglês, UEG, UEG, 2018

Leia o texto a seguir. Segundo os cálculos de José Pereira Rego (1816-1892), importante médico da Corte, a doença teria acometido, ao todo, cerca de 90.000 pessoas, mais de um terço da população carioca, estimada, por um relatório do ministério do Império da época, em 266.466 habitantes. Os próprios médicos estavam longe de um consenso sobre a natureza da febre amarela. De onde vinha? Como se propagava? Era contagiosa? Infecciosa? Qual era a cura? Como evitar que a cidade fosse atingida por novas epidemias? Perguntas como estas eram estampadas diariamente nas páginas dos jornais, que começavam a cobrar, de forma mais agressiva, soluções para o problema.
GONÇALVES, Monique de Siqueira. Morte anunciada. História Viva. 2 fev. 2009. Disponível em:<http://historianovest.blogspot.com.br/2009/02/morteanunciada.htmil>. Acesso em: 8 mar. 2018.
A citação refere-se à epidemia de febre amarela que assolou a cidade do Rio de Janeiro em 1850. No contexto da época, acreditava-se que a epidemia era causada
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