Questões de Concurso Sobre interpretação de texto | reading comprehension em inglês

Foram encontradas 12.687 questões

Q3373037 Inglês
The Child and Adolescent Statute (ECA), established by Law nº 8.069/1990, outlines a legal framework for the comprehensive protection of children and adolescents in Brazil. This protection extends across the family, school, community, and state contexts. Based on the principles of the ECA, select the option that correctly identifies a right guaranteed to children and adolescents under protective measures. 
Alternativas
Q3373030 Inglês
The teacher encouraged her students to read extensively, believing that language acquisition stems not only from formal instruction but also from immersion in meaningful contexts. What can be inferred about the teacher’s view on language learning?
Alternativas
Q3371434 Inglês

TEXT I


Why do birds sing so loudly in the morning in spring? It’s the ‘dawn chorus’ 


As spring begins, so does a fresh song at daybreak, unique to the season. Just before the sun rises, birds start singing their melodies, creating a chirpy symphony.


This phenomenon is known as the dawn chorus, and it’s special for a number of reasons: There are more birds singing at this time of year, and they also sing more often. This energetic burst of birdsong is often louder than usual too. The dawn chorus’ early morning explosion of sounds has even inspired multiple poems and songs.


“It's the epitome of spring,” says Jordan E. Rutter, an ornithologist at the American Bird Conservancy. After the long and cold winter, “all of a sudden you have this influx of so many beautiful birds coming back and singing.”


This harmony of birdsong at dawn happens during a fundamental time of the year. The dawn chorus is, in fact, mostly composed of birds of both genders singing to find a mate so they can breed (though males may sing more).


“There is such a large increase in quantity of song by individuals and the collective,” Rutter says. “These birds sing louder to literally be heard. They need to compete with each other as well, and the louder the better in regards to who is the most impressive mate.”


During this time, males also sing to assert their dominance and claim their territory. “Those songs are how they communicate to other males of the same species, or even just other birds and predators in general, and say, ‘This is my home,’” says Rutter.


In the United States and Canada, the dawn chorus can be heard roughly from March through May, when many bird species migrate there from their winter homes to breed. Peak dawn chorus times might depend on where you live, Rutter says. For example, April is peak for the southern U.S., but birds in Washington, D.C., will put on the best show in early May. (Alternatively, in the tropics, the dawn chorus can be heard almost any time of year, as many birds have a prolonged breeding season in those warmer climates.)


Why is it a ‘dawn’ chorus?


But why birds sing in the early morning is still “an open question,” says Mike Webster, an ornithologist at the Cornell Lab of Ornithology. “There's a lot of debate, and I don't think there's any consensus on exactly why it is that everything happens at dawn."


One hypothesis is that weather conditions at daybreak make it easier for birdsong to travel.


“In general, sound travels farther when the air is cooler and more dense. Sound also transmits more clearly (and very slightly faster) when humidity is higher so that details of the song do not degrade as much over distance,” says Heather Williams, a professor at Williams College who has studied the neuroscience of birdsong. She notes that wind may also impede sound transmission. “At dawn, the cooler air results in decreased winds at ground level, so coupled with the higher humidity, sound carries farther and more clearly, with less distortion.”


Extract from 



https://www.nationalgeographic.com/animals/article/birds-dawn-chorus (Accessed on 14 April 2025.)

About the text I, we can infer that: 
Alternativas
Q3370930 Inglês
The behaviorism theory is studied for decades and it states that the behavior is modeled by the human being environment through conditioning. Its landmark work was published in 1913 entitled “Psychology as the Behaviorist views it. This paper was written by:
Alternativas
Q3370925 Inglês

TEXT I


Why do birds sing so loudly in the morning in spring? It’s the ‘dawn chorus’ 


As spring begins, so does a fresh song at daybreak, unique to the season. Just before the sun rises, birds start singing their melodies, creating a chirpy symphony.


This phenomenon is known as the dawn chorus, and it’s special for a number of reasons: There are more birds singing at this time of year, and they also sing more often. This energetic burst of birdsong is often louder than usual too. The dawn chorus’ early morning explosion of sounds has even inspired multiple poems and songs.


“It's the epitome of spring,” says Jordan E. Rutter, an ornithologist at the American Bird Conservancy. After the long and cold winter, “all of a sudden you have this influx of so many beautiful birds coming back and singing.”


This harmony of birdsong at dawn happens during a fundamental time of the year. The dawn chorus is, in fact, mostly composed of birds of both genders singing to find a mate so they can breed (though males may sing more).


“There is such a large increase in quantity of song by individuals and the collective,” Rutter says. “These birds sing louder to literally be heard. They need to compete with each other as well, and the louder the better in regards to who is the most impressive mate.”


During this time, males also sing to assert their dominance and claim their territory. “Those songs are how they communicate to other males of the same species, or even just other birds and predators in general, and say, ‘This is my home,’” says Rutter.


In the United States and Canada, the dawn chorus can be heard roughly from March through May, when many bird species migrate there from their winter homes to breed. Peak dawn chorus times might depend on where you live, Rutter says. For example, April is peak for the southern U.S., but birds in Washington, D.C., will put on the best show in early May. (Alternatively, in the tropics, the dawn chorus can be heard almost any time of year, as many birds have a prolonged breeding season in those warmer climates.)


Why is it a ‘dawn’ chorus?


But why birds sing in the early morning is still “an open question,” says Mike Webster, an ornithologist at the Cornell Lab of Ornithology. “There's a lot of debate, and I don't think there's any consensus on exactly why it is that everything happens at dawn."


One hypothesis is that weather conditions at daybreak make it easier for birdsong to travel.


“In general, sound travels farther when the air is cooler and more dense. Sound also transmits more clearly (and very slightly faster) when humidity is higher so that details of the song do not degrade as much over distance,” says Heather Williams, a professor at Williams College who has studied the neuroscience of birdsong. She notes that wind may also impede sound transmission. “At dawn, the cooler air results in decreased winds at ground level, so coupled with the higher humidity, sound carries farther and more clearly, with less distortion.”


Extract from 



https://www.nationalgeographic.com/animals/article/birds-dawn-chorus (Accessed on 14 April 2025.)

An ornithologist studies bids in their habitat. This specialist researches topics such as ecology and animal behavior. For the studies, ornithologists also count on the help of:
Alternativas
Q3369477 Inglês

Read and answer the questions:


Millennials are giving Gen Z advice for their first potential recession



Many of the generation were young adults when the Great Recession began, and to this day, they struggle to buy homes and pay off student debt. Now these jaded millennials are sharing their wisdom with Gen Z on TikTok, posting preparation tips and no-buy lists to ease the minds of young people who could be entering their first major recession as adults.President Donald Trump’s whiplash-inducing policy changes have everyone warning about dire consequences for the US economy, from Fed Chair Jerome Powell to Goldman Sachs analysts. The Trump administration’s tit-for-tat escalation in the global trade war could lead to a recession for both the US and the world this year, JPMorgan said this month. It comes during an already unprecedented string of events for young people — people in their early 20s are earning less and have more debt, already battered by the Covid-19 pandemic and an onslaught of inflation.


So, the United States might not be in a recession right now, but its youngest working adults are still anxious — and seeking advice from their older peers. When scrolling through TikTok, Sasha Whitney, 37, noticed Gen Z users shared the same feelings over an impending recession: “downtrodden, frustrated, very bleak and hopeless about the future.” 


It’s a stark difference from when Whitney graduated from college in 2009 during the Great Recession, before social media became as pervasive and when Barack Obama, who ran his campaign on the concept of hope, just took office.



(https://edition.cnn.com/2025/04/27/business/millennials-genz-recession-advice/index.html) 


Select the incorrect alternative, according to the text:
Alternativas
Q3362551 Inglês
The environment


         In our modern world, there are many factors that place the wellbeing of the planet in jeopardy. While some people have the opinion that environmental problems are just a natural occurrence, others believe that human beings have a huge impact on the environment. Regardless of your viewpoint, take into consideration the following factors that place our environment as well as the planet Earth in danger.

    Global warming or climate change is a major contributing factor to environmental damage. Because of global warming, we have seen an increase in melting ice caps, a rise in sea levels, and the formation of new weather patterns. These weather patterns have caused stronger storms, droughts, and flooding in places that they formerly did not occur.

      Air pollution is primarily caused as a result of excessive and unregulated emissions of carbon dioxide into the air. Pollutants mostly emerge from the burning of fossil fuels in addition to chemicals, toxic substances, and improper waste disposal. Air pollutants are absorbed into the atmosphere, and they can cause smog, a combination of smoke and fog, in valleys as well as produce acidic precipitation in areas far away from the pollution source.

      In many areas, people and local governments do not sustainably use their natural resources. Mining for natural gases, deforestation, and even improper use of water resources can have tremendous effects on the environment.

      Ultimately, the effects of the modern world on the environment can lead to many problems. Human beings need to consider the repercussions of their actions, trying to reduce, reuse, and recycle materials while establishing environmentally sustainable habits. If measures are not taken to protect the environment, we can potentially witness the extinction of more endangered species, worldwide pollution, and a completely uninhabitable planet.



(Available in: www.lingua.com/English/environment. March, 2025.)
According to the text, air pollution is caused primarily as a result of excessive and unregulated emissions of carbon dioxide into the air. Based on this information in the text, what can air pollutants cause/produce? 
Alternativas
Q3362550 Inglês
The environment


         In our modern world, there are many factors that place the wellbeing of the planet in jeopardy. While some people have the opinion that environmental problems are just a natural occurrence, others believe that human beings have a huge impact on the environment. Regardless of your viewpoint, take into consideration the following factors that place our environment as well as the planet Earth in danger.

    Global warming or climate change is a major contributing factor to environmental damage. Because of global warming, we have seen an increase in melting ice caps, a rise in sea levels, and the formation of new weather patterns. These weather patterns have caused stronger storms, droughts, and flooding in places that they formerly did not occur.

      Air pollution is primarily caused as a result of excessive and unregulated emissions of carbon dioxide into the air. Pollutants mostly emerge from the burning of fossil fuels in addition to chemicals, toxic substances, and improper waste disposal. Air pollutants are absorbed into the atmosphere, and they can cause smog, a combination of smoke and fog, in valleys as well as produce acidic precipitation in areas far away from the pollution source.

      In many areas, people and local governments do not sustainably use their natural resources. Mining for natural gases, deforestation, and even improper use of water resources can have tremendous effects on the environment.

      Ultimately, the effects of the modern world on the environment can lead to many problems. Human beings need to consider the repercussions of their actions, trying to reduce, reuse, and recycle materials while establishing environmentally sustainable habits. If measures are not taken to protect the environment, we can potentially witness the extinction of more endangered species, worldwide pollution, and a completely uninhabitable planet.



(Available in: www.lingua.com/English/environment. March, 2025.)
The text to be interpreted, which talks about the environment and its current problems, presents in its content:
Alternativas
Q3361767 Inglês
O texto seguinte servirá de base para responder à questão.


'Why I want an IVF baby to screen out gene that made me go blind'


Blind content creator and TikTok star Lucy Edwards says she's "so excited" to be on a health kick to undergo IVF, but reveals the dilemma she faced in deciding to screen out the very gene that made her blind.


"I'm so broody," the 29-year-old tells the BBC Access All podcast.


Lucy and her husband Ollie married at Kew Gardens two years ago and are now ready to start a family - but there are complications to consider.


Lucy has the rare genetic condition Incontinentia Pigmenti (IP) and lost her sight due to this aged 17, just months after meeting Ollie.


The condition runs through the female line - Lucy's mum has IP although isn't blind, her Grandma did too and her great-aunt was blind in one eye.


Lucy is totally blind, but, if she had been a boy, she may not have survived.


The abnormal IP gene is located on the X chromosome. Women have two X chromosomes, while males have X and Y, meaning the appearance of the gene can be more catastrophic in male pregnancies.


"My grandma actually had nine miscarriages," Lucy says.


This is one of the facts that played into the complicated decision Lucy and Ollie made to opt for pre-implantation genetic testing, a special type of IVF where embryos are created outside of the body and screened for the genetic condition. Only those embryos which are not affected by the condition are placed back into the womb.


Without medical intervention, Lucy says there would be four potential outcomes to any pregnancy she carried: A healthy and unaffected boy or girl, an affected boy she would likely miscarry or who would be born with severe brain damage or an affected girl.


She pauses, then laughs: "That sounds horrible, doesn't it? That's me."


And that's the quandary. IVF will edit out the very thing that has made Lucy who she is today - a journalist, advocate, author and broadcaster.


It is an emotive topic of debate. The most well-known conversation is around Down's syndrome and the number of women who choose to abort a pregnancy once their baby is tested and diagnosed as having the condition. The question is around the value people place on other peoples' lives which may not look like our own.


In 2021 campaigner Heidi Crowter, who herself has Down's syndrome, challenged legislation allowing foetuses with the condition to be aborted up until birth. She took her case to the High Court arguing the rules were discriminatory to disabled people who could live a good life. She lost the case and the subsequent argument she made at the Court of Appeal. The European Court of Human Rights (ECHR) later rejected it as well, but Heidi continues to campaign to have the law overturned.


It is something Lucy is very aware of and she and her husband have spent a long time considering.


"It's understanding that it is removing that part of me that makes me, me," Lucy says. "It's such a personal decision and I know that I'm opening myself up for possible designer baby discussions, but I know I'm doing it for the right reasons."


Lucy says first being diagnosed with IP and then losing her sight as a teenager were both traumatic events and she wants to minimise the likelihood of miscarriage to limit any future traumatic load.


She says she found it impossible to "knowingly" consider having a baby naturally once she knew the science was available to give a baby the healthiest start possible.


Q1_9.png (349×238)


"If I had a baby and, unknowingly, I had a gorgeous, gorgeous baby with disabilities, I would be so thankful, so happy and amazed but knowingly having this gene? That's why we're having IVF."


IP doesn't just cause blindness, it can also cause severe epilepsy and more difficult outcomes. Lucy says having the option to ensure complications were not passed on felt like both a responsibility and a privilege previous generations did not have.


"Whether we like it or not, we have to be responsible here. Maybe a responsible issue for you, if you have IP or another genetic disorder, is to have a child naturally and we are not judging you in any shape or form, this is just our decision."


In response to their openness around this decision comments were overwhelmingly positive from Lucy's fans which she thinks might be because she is so "disability positive" in her everyday life - "I love being blind," she frequently states.


But Lucy says responses have been different around the world. When she was working in Japan and her content was reaching audiences unfamiliar with her story, she faced a lot more trolling.


"I got a lot of abusive comments that go into my spam filter questioning why I would be a mother," she says. "I know that I'm going to get a lot of abuse, but I'm just going to block them.


"I'm going to be OK. All I think about is the other mothers that have come before me who are competent, capable and resilient."


Lucy, who is known for her How Does A Blind Girl... series of videos, is overjoyed by the prospect of IVF but she has also been frank about the fact she currently does not qualify, owing to her current weight, a sensitive element of IVF treatment that many keep to themselves.


NHS guidelines specify your Body Mass Index (BMI) must be 30 or under to qualify - a healthy BMI is considered to be between 18.5 and 24.9.


"I need to be a BMI of 30 and I'm very open that I need to lose 9kg," Lucy says. "I've already lost 15kg." 


Her health journey has involved swimming, lifting weights and many runs with Ollie tethered to her as her sighted guide. She has also found a love for batch cooking nutritious meals which she posts about on all of her channels on Instagram, TikTok and YouTube and the workarounds she has developed as a blind cook.


"I wanted a positive representation of losing weight online because it's all about this blinking jab," she says, referring to weight loss injections. "I just wanted to lose it healthily, have lots of nice food, talk about meal prep and just smile and run."


Once she hits the required BMI, Lucy will qualify for three rounds of IVF on the NHS.


She will contact her consultant, after which she has to "spit in a cup" and offer up her DNA for genetic testing and analysis.


Over a period of about three months, a genetics team will "make a bespoke test to find the gene within my eggs," Lucy explains.


Meanwhile Lucy will inject herself with trigger shots to stimulate the follicles within her ovaries to increase the number of eggs produced which will be retrieved, and then made into embryos with Ollie's sperm.


The embryos will then be tested so only ones without the IP gene will be possible candidates. Those embryos will be "shuffled about" so Lucy and Ollie don't know which will be selected in terms of gender or other genetic qualities, and implanted into Lucy, who will carry the baby to term. 


Lucy can't wait for the moment she holds her baby in her arms.


"It will never stop being a thing within my mind that this gene is being eradicated," she admits. "But I am very happy in my decision."


A few days ago Lucy posted on Instagram, her cardigan tightened at the back with a hairband to make it smaller and fit. 


"I've lost so much [weight] that my clothes are too loose now so we had to tie it up with a bobble," she tells her followers.


"Fingers crossed [we're] only a few weeks away from ringing the clinic."


https://www.bbc.com/news/articles/c5y4v7vj039o 
Lucy Edwards faces a profound emotional and ethical dilemma as she chooses to undergo IVF to screen out a gene responsible for her blindness. Despite her advocacy for disability positivity, she wishes to minimize future trauma related to genetic conditions. What is the primary motivation behind Lucy's decision to use genetic testing during IVF?
Alternativas
Q3361765 Inglês
O texto seguinte servirá de base para responder à questão.


'Why I want an IVF baby to screen out gene that made me go blind'


Blind content creator and TikTok star Lucy Edwards says she's "so excited" to be on a health kick to undergo IVF, but reveals the dilemma she faced in deciding to screen out the very gene that made her blind.


"I'm so broody," the 29-year-old tells the BBC Access All podcast.


Lucy and her husband Ollie married at Kew Gardens two years ago and are now ready to start a family - but there are complications to consider.


Lucy has the rare genetic condition Incontinentia Pigmenti (IP) and lost her sight due to this aged 17, just months after meeting Ollie.


The condition runs through the female line - Lucy's mum has IP although isn't blind, her Grandma did too and her great-aunt was blind in one eye.


Lucy is totally blind, but, if she had been a boy, she may not have survived.


The abnormal IP gene is located on the X chromosome. Women have two X chromosomes, while males have X and Y, meaning the appearance of the gene can be more catastrophic in male pregnancies.


"My grandma actually had nine miscarriages," Lucy says.


This is one of the facts that played into the complicated decision Lucy and Ollie made to opt for pre-implantation genetic testing, a special type of IVF where embryos are created outside of the body and screened for the genetic condition. Only those embryos which are not affected by the condition are placed back into the womb.


Without medical intervention, Lucy says there would be four potential outcomes to any pregnancy she carried: A healthy and unaffected boy or girl, an affected boy she would likely miscarry or who would be born with severe brain damage or an affected girl.


She pauses, then laughs: "That sounds horrible, doesn't it? That's me."


And that's the quandary. IVF will edit out the very thing that has made Lucy who she is today - a journalist, advocate, author and broadcaster.


It is an emotive topic of debate. The most well-known conversation is around Down's syndrome and the number of women who choose to abort a pregnancy once their baby is tested and diagnosed as having the condition. The question is around the value people place on other peoples' lives which may not look like our own.


In 2021 campaigner Heidi Crowter, who herself has Down's syndrome, challenged legislation allowing foetuses with the condition to be aborted up until birth. She took her case to the High Court arguing the rules were discriminatory to disabled people who could live a good life. She lost the case and the subsequent argument she made at the Court of Appeal. The European Court of Human Rights (ECHR) later rejected it as well, but Heidi continues to campaign to have the law overturned.


It is something Lucy is very aware of and she and her husband have spent a long time considering.


"It's understanding that it is removing that part of me that makes me, me," Lucy says. "It's such a personal decision and I know that I'm opening myself up for possible designer baby discussions, but I know I'm doing it for the right reasons."


Lucy says first being diagnosed with IP and then losing her sight as a teenager were both traumatic events and she wants to minimise the likelihood of miscarriage to limit any future traumatic load.


She says she found it impossible to "knowingly" consider having a baby naturally once she knew the science was available to give a baby the healthiest start possible.


Q1_9.png (349×238)


"If I had a baby and, unknowingly, I had a gorgeous, gorgeous baby with disabilities, I would be so thankful, so happy and amazed but knowingly having this gene? That's why we're having IVF."


IP doesn't just cause blindness, it can also cause severe epilepsy and more difficult outcomes. Lucy says having the option to ensure complications were not passed on felt like both a responsibility and a privilege previous generations did not have.


"Whether we like it or not, we have to be responsible here. Maybe a responsible issue for you, if you have IP or another genetic disorder, is to have a child naturally and we are not judging you in any shape or form, this is just our decision."


In response to their openness around this decision comments were overwhelmingly positive from Lucy's fans which she thinks might be because she is so "disability positive" in her everyday life - "I love being blind," she frequently states.


But Lucy says responses have been different around the world. When she was working in Japan and her content was reaching audiences unfamiliar with her story, she faced a lot more trolling.


"I got a lot of abusive comments that go into my spam filter questioning why I would be a mother," she says. "I know that I'm going to get a lot of abuse, but I'm just going to block them.


"I'm going to be OK. All I think about is the other mothers that have come before me who are competent, capable and resilient."


Lucy, who is known for her How Does A Blind Girl... series of videos, is overjoyed by the prospect of IVF but she has also been frank about the fact she currently does not qualify, owing to her current weight, a sensitive element of IVF treatment that many keep to themselves.


NHS guidelines specify your Body Mass Index (BMI) must be 30 or under to qualify - a healthy BMI is considered to be between 18.5 and 24.9.


"I need to be a BMI of 30 and I'm very open that I need to lose 9kg," Lucy says. "I've already lost 15kg." 


Her health journey has involved swimming, lifting weights and many runs with Ollie tethered to her as her sighted guide. She has also found a love for batch cooking nutritious meals which she posts about on all of her channels on Instagram, TikTok and YouTube and the workarounds she has developed as a blind cook.


"I wanted a positive representation of losing weight online because it's all about this blinking jab," she says, referring to weight loss injections. "I just wanted to lose it healthily, have lots of nice food, talk about meal prep and just smile and run."


Once she hits the required BMI, Lucy will qualify for three rounds of IVF on the NHS.


She will contact her consultant, after which she has to "spit in a cup" and offer up her DNA for genetic testing and analysis.


Over a period of about three months, a genetics team will "make a bespoke test to find the gene within my eggs," Lucy explains.


Meanwhile Lucy will inject herself with trigger shots to stimulate the follicles within her ovaries to increase the number of eggs produced which will be retrieved, and then made into embryos with Ollie's sperm.


The embryos will then be tested so only ones without the IP gene will be possible candidates. Those embryos will be "shuffled about" so Lucy and Ollie don't know which will be selected in terms of gender or other genetic qualities, and implanted into Lucy, who will carry the baby to term. 


Lucy can't wait for the moment she holds her baby in her arms.


"It will never stop being a thing within my mind that this gene is being eradicated," she admits. "But I am very happy in my decision."


A few days ago Lucy posted on Instagram, her cardigan tightened at the back with a hairband to make it smaller and fit. 


"I've lost so much [weight] that my clothes are too loose now so we had to tie it up with a bobble," she tells her followers.


"Fingers crossed [we're] only a few weeks away from ringing the clinic."


https://www.bbc.com/news/articles/c5y4v7vj039o 
Imagine using this text in an English classroom to teach reading comprehension. According to contemporary methodology, what would be the most effective strategy?
Alternativas
Q3361764 Inglês
O texto seguinte servirá de base para responder à questão.


'Why I want an IVF baby to screen out gene that made me go blind'


Blind content creator and TikTok star Lucy Edwards says she's "so excited" to be on a health kick to undergo IVF, but reveals the dilemma she faced in deciding to screen out the very gene that made her blind.


"I'm so broody," the 29-year-old tells the BBC Access All podcast.


Lucy and her husband Ollie married at Kew Gardens two years ago and are now ready to start a family - but there are complications to consider.


Lucy has the rare genetic condition Incontinentia Pigmenti (IP) and lost her sight due to this aged 17, just months after meeting Ollie.


The condition runs through the female line - Lucy's mum has IP although isn't blind, her Grandma did too and her great-aunt was blind in one eye.


Lucy is totally blind, but, if she had been a boy, she may not have survived.


The abnormal IP gene is located on the X chromosome. Women have two X chromosomes, while males have X and Y, meaning the appearance of the gene can be more catastrophic in male pregnancies.


"My grandma actually had nine miscarriages," Lucy says.


This is one of the facts that played into the complicated decision Lucy and Ollie made to opt for pre-implantation genetic testing, a special type of IVF where embryos are created outside of the body and screened for the genetic condition. Only those embryos which are not affected by the condition are placed back into the womb.


Without medical intervention, Lucy says there would be four potential outcomes to any pregnancy she carried: A healthy and unaffected boy or girl, an affected boy she would likely miscarry or who would be born with severe brain damage or an affected girl.


She pauses, then laughs: "That sounds horrible, doesn't it? That's me."


And that's the quandary. IVF will edit out the very thing that has made Lucy who she is today - a journalist, advocate, author and broadcaster.


It is an emotive topic of debate. The most well-known conversation is around Down's syndrome and the number of women who choose to abort a pregnancy once their baby is tested and diagnosed as having the condition. The question is around the value people place on other peoples' lives which may not look like our own.


In 2021 campaigner Heidi Crowter, who herself has Down's syndrome, challenged legislation allowing foetuses with the condition to be aborted up until birth. She took her case to the High Court arguing the rules were discriminatory to disabled people who could live a good life. She lost the case and the subsequent argument she made at the Court of Appeal. The European Court of Human Rights (ECHR) later rejected it as well, but Heidi continues to campaign to have the law overturned.


It is something Lucy is very aware of and she and her husband have spent a long time considering.


"It's understanding that it is removing that part of me that makes me, me," Lucy says. "It's such a personal decision and I know that I'm opening myself up for possible designer baby discussions, but I know I'm doing it for the right reasons."


Lucy says first being diagnosed with IP and then losing her sight as a teenager were both traumatic events and she wants to minimise the likelihood of miscarriage to limit any future traumatic load.


She says she found it impossible to "knowingly" consider having a baby naturally once she knew the science was available to give a baby the healthiest start possible.


Q1_9.png (349×238)


"If I had a baby and, unknowingly, I had a gorgeous, gorgeous baby with disabilities, I would be so thankful, so happy and amazed but knowingly having this gene? That's why we're having IVF."


IP doesn't just cause blindness, it can also cause severe epilepsy and more difficult outcomes. Lucy says having the option to ensure complications were not passed on felt like both a responsibility and a privilege previous generations did not have.


"Whether we like it or not, we have to be responsible here. Maybe a responsible issue for you, if you have IP or another genetic disorder, is to have a child naturally and we are not judging you in any shape or form, this is just our decision."


In response to their openness around this decision comments were overwhelmingly positive from Lucy's fans which she thinks might be because she is so "disability positive" in her everyday life - "I love being blind," she frequently states.


But Lucy says responses have been different around the world. When she was working in Japan and her content was reaching audiences unfamiliar with her story, she faced a lot more trolling.


"I got a lot of abusive comments that go into my spam filter questioning why I would be a mother," she says. "I know that I'm going to get a lot of abuse, but I'm just going to block them.


"I'm going to be OK. All I think about is the other mothers that have come before me who are competent, capable and resilient."


Lucy, who is known for her How Does A Blind Girl... series of videos, is overjoyed by the prospect of IVF but she has also been frank about the fact she currently does not qualify, owing to her current weight, a sensitive element of IVF treatment that many keep to themselves.


NHS guidelines specify your Body Mass Index (BMI) must be 30 or under to qualify - a healthy BMI is considered to be between 18.5 and 24.9.


"I need to be a BMI of 30 and I'm very open that I need to lose 9kg," Lucy says. "I've already lost 15kg." 


Her health journey has involved swimming, lifting weights and many runs with Ollie tethered to her as her sighted guide. She has also found a love for batch cooking nutritious meals which she posts about on all of her channels on Instagram, TikTok and YouTube and the workarounds she has developed as a blind cook.


"I wanted a positive representation of losing weight online because it's all about this blinking jab," she says, referring to weight loss injections. "I just wanted to lose it healthily, have lots of nice food, talk about meal prep and just smile and run."


Once she hits the required BMI, Lucy will qualify for three rounds of IVF on the NHS.


She will contact her consultant, after which she has to "spit in a cup" and offer up her DNA for genetic testing and analysis.


Over a period of about three months, a genetics team will "make a bespoke test to find the gene within my eggs," Lucy explains.


Meanwhile Lucy will inject herself with trigger shots to stimulate the follicles within her ovaries to increase the number of eggs produced which will be retrieved, and then made into embryos with Ollie's sperm.


The embryos will then be tested so only ones without the IP gene will be possible candidates. Those embryos will be "shuffled about" so Lucy and Ollie don't know which will be selected in terms of gender or other genetic qualities, and implanted into Lucy, who will carry the baby to term. 


Lucy can't wait for the moment she holds her baby in her arms.


"It will never stop being a thing within my mind that this gene is being eradicated," she admits. "But I am very happy in my decision."


A few days ago Lucy posted on Instagram, her cardigan tightened at the back with a hairband to make it smaller and fit. 


"I've lost so much [weight] that my clothes are too loose now so we had to tie it up with a bobble," she tells her followers.


"Fingers crossed [we're] only a few weeks away from ringing the clinic."


https://www.bbc.com/news/articles/c5y4v7vj039o 
Throughout the text, Lucy emphasizes both her pride in her identity as a blind woman and her desire to minimize the genetic risks for her child. Considering this, what is the most accurate inference about Lucy's values?
Alternativas
Q3344462 Inglês
   Climate change poses significant challenges to cattle farming, a sector vital to global food security. Among the most pressing concerns is the increasing frequency and intensity of droughts. Reduced rainfall diminishes pasture quality and availability, limiting feed for livestock and increasing water scarcity. This can lead to decreased animal growth rates, reduced milk production, and increased mortality rates. Moreover, prolonged droughts can contribute to desertification, shrinking available grazing land and forcing farmers to adopt costly alternative feeding strategies.

   Beyond drought, other climate-related impacts include heat stress, which can significantly impact animal health and productivity. Rising temperatures can exacerbate heat stress, leading to decreased feed intake, reduced fertility, and increased mortality in livestock. Furthermore, extreme weather events, such as heavy rainfall and flooding, can cause infrastructure damage, contaminate water sources, and lead to the loss of livestock.

   The cattle farming sector itself contributes to climate change through greenhouse gas emissions, primarily methane produced during animal digestion and nitrous oxide from manure management. Deforestation for pasture expansion also releases significant amounts of carbon dioxide. 

   To address these challenges, a multi-pronged approach is crucial.

• Genetic selection: Breeding programs focused on developing drought-resistant and heat-tolerant livestock breeds are vital.

• Sustainable feeding strategies: Implementing precision feeding techniques, improving feed efficiency, and exploring alternative feed sources, such as drought-resistant forage varieties, can enhance livestock resilience.

• Integrated farming systems: Integrating crop and livestock production, such as through agroforestry systems, can improve soil health, enhance water retention, and reduce greenhouse gas emissions.

• Technological innovations: Utilizing technologies such as precision livestock farming, remote sensing for pasture monitoring, and renewable energy sources can improve resource efficiency and reduce the environmental footprint of cattle production.

   Furthermore, strong policy support, including incentives for sustainable farming practices, investments in research and development, and improved access to climate information services, are essential for the long-term sustainability of the cattle farming sector.

   Addressing the challenges posed by climate change requires a collaborative effort involving farmers, researchers, policymakers, and consumers. By embracing innovative solutions, prioritizing sustainable practices, and fostering a collective understanding of the importance of climate-resilient livestock production, we can ensure a future when this vital sector continues to thrive while minimizing its environmental impact. 



Internet:<conafer.org.br> (adapted). 

Judge the following items based on the text above.  


Heat stress has become one of the important issues in cattle farming, especially in those areas where temperature has started to increase steadily.  

Alternativas
Q3344461 Inglês
   Climate change poses significant challenges to cattle farming, a sector vital to global food security. Among the most pressing concerns is the increasing frequency and intensity of droughts. Reduced rainfall diminishes pasture quality and availability, limiting feed for livestock and increasing water scarcity. This can lead to decreased animal growth rates, reduced milk production, and increased mortality rates. Moreover, prolonged droughts can contribute to desertification, shrinking available grazing land and forcing farmers to adopt costly alternative feeding strategies.

   Beyond drought, other climate-related impacts include heat stress, which can significantly impact animal health and productivity. Rising temperatures can exacerbate heat stress, leading to decreased feed intake, reduced fertility, and increased mortality in livestock. Furthermore, extreme weather events, such as heavy rainfall and flooding, can cause infrastructure damage, contaminate water sources, and lead to the loss of livestock.

   The cattle farming sector itself contributes to climate change through greenhouse gas emissions, primarily methane produced during animal digestion and nitrous oxide from manure management. Deforestation for pasture expansion also releases significant amounts of carbon dioxide. 

   To address these challenges, a multi-pronged approach is crucial.

• Genetic selection: Breeding programs focused on developing drought-resistant and heat-tolerant livestock breeds are vital.

• Sustainable feeding strategies: Implementing precision feeding techniques, improving feed efficiency, and exploring alternative feed sources, such as drought-resistant forage varieties, can enhance livestock resilience.

• Integrated farming systems: Integrating crop and livestock production, such as through agroforestry systems, can improve soil health, enhance water retention, and reduce greenhouse gas emissions.

• Technological innovations: Utilizing technologies such as precision livestock farming, remote sensing for pasture monitoring, and renewable energy sources can improve resource efficiency and reduce the environmental footprint of cattle production.

   Furthermore, strong policy support, including incentives for sustainable farming practices, investments in research and development, and improved access to climate information services, are essential for the long-term sustainability of the cattle farming sector.

   Addressing the challenges posed by climate change requires a collaborative effort involving farmers, researchers, policymakers, and consumers. By embracing innovative solutions, prioritizing sustainable practices, and fostering a collective understanding of the importance of climate-resilient livestock production, we can ensure a future when this vital sector continues to thrive while minimizing its environmental impact. 



Internet:<conafer.org.br> (adapted). 

Judge the following items based on the text above.  


Crop-livestock-forest integration systems do not influence water conservation.  

Alternativas
Q3340713 Inglês

Text 7A3-II 


    400 million people speak English as their first language; another 1.4 billion as a second tongue. Born 1,600 years ago among the Germanic tribes of northern Europe, English became global. A new exhibition at the British Library, named Evolving English, traces for the first time the incredible journey launched by the Frisians, Saxons, Angles and Jutes who sailed to southeast England, and whose descendants created the Vespasian Psalter in the eighth century. From the Vespasian Psalter the journey moves on through England’s early literary heroes, Beowulf, Sir Gawayne and the Grene Knight, and on to Jonathan Swift.


    The curators of Evolving English have been clever to focus not just on English at school and English at work, but English at play, from spoonerisms to malapropisms, puns and palindromes and the 1,800 words invented by William Shakespeare — among them “green-eyed”, “go-between”, “well-read” and “zany”. Not only was Shakespeare the greatest English writer, he could have been no other kind.


 

Internet: (<www.economist.com> (adapted).  

Beowulf, mentioned in text 7A3-II, is notoriously considered  

Alternativas
Q3340710 Inglês

Text 7A3-I  



    As a science fiction writer, Octavia Butler forged a new path and envisioned bold possibilities. The future she wrote about is now our present moment. She wrote 12 novels and won each of science fiction’s highest honors. In 1995, she became the first science fiction writer to be awarded a MacArthur “genius” grant. She is also, increasingly, a writer recognized as one of the most important voices and visionaries of the 20th century, and now the 21st. As a Black woman and a writer, Butler demolished walls that seemed impermeable, writing on themes that seemed uncategorizable. Her ideas and characters continue to resonate with new readers when so many are looking for, if not hope, then a map for a way forward.


    Her vision about the climate crisis, political and societal upheaval and the brutality and consequences of power hierarchies seems both sobering and prescient. However, as Butler often noted, being right was never the point. She didn’t want to be right — far from it. She wanted to give us time, and tools, to correct the course. 



 Lynell George. The Visions of Octavia Butler. Internet: <www.nytimes.com> (adapted). 


Text 7A3-I mentions the work of Octavia Butler, an important American writer. Choose the option that correctly presents the literary movement of which Butler is considered a precursor. 

Alternativas
Q3340321 Inglês
How the Human Body Changes in Space


For years, TRISH (The Translational Research Institute for Space Health) has supported research projects and studies that aim to solve the challenges of human exploration in space. It is important that we know, first, the risks to human health during space travel. Understanding some of these risks (see below) is essential for a successful return to the moon in NASA’s Artemis missions.

Muscles

Astronauts experience decreased muscle mass, strength, and endurance because moving around requires reduced work from the legs and back. As a result, the muscles can begin to weaken or atrophy. To help combat this, astronauts aboard the International Space Station (ISS) have a strict exercise regime.

Neurological

In space missions, astronauts can experience disorientation, space motion sickness, and a loss of sense of direction, making completion of even basic tasks difficult. In an emergency, decreased sensorimotor function and postural stability could be dangerous.

Cardiovascular

In space, astronauts may face decreases in blood volume and aerobic capacity, while also experiencing increased arrhythmias. Although the cardiovascular system functions well in space, the body does not require as much work from the heart (still a muscle, after all) in microgravity. This could lead to deconditioning and a decrease in the size of the heart.


Available at: https://www.bcm.edu/academiccenters/space-medicine. Access: 30 Dec. 2023. Adapted. 
The aim of the text is to:
Alternativas
Q3338579 Inglês
How the Human Body Changes in Space


For years, TRISH (The Translational Research Institute for Space Health) has supported research projects and studies that aim to solve the challenges of human exploration in space. It is important that we know, first, the risks to human health during space travel. Understanding some of these risks (see below) is essential for a successful return to the moon in NASA’s Artemis missions.

Muscles

Astronauts experience decreased muscle mass, strength, and endurance because moving around requires reduced work from the legs and back. As a result, the muscles can begin to weaken or atrophy. To help combat this, astronauts aboard the International Space Station (ISS) have a strict exercise regime.

Neurological

In space missions, astronauts can experience disorientation, space motion sickness, and a loss of sense of direction, making completion of even basic tasks difficult. In an emergency, decreased sensorimotor function and postural stability could be dangerous.

Cardiovascular

In space, astronauts may face decreases in blood volume and aerobic capacity, while also experiencing increased arrhythmias. Although the cardiovascular system functions well in space, the body does not require as much work from the heart (still a muscle, after all) in microgravity. This could lead to deconditioning and a decrease in the size of the heart.


Available at: https://www.bcm.edu/academiccenters/space-medicine. Access: 30 Dec. 2023. Adapted. 
This, in the sentence “This could lead to deconditioning and a decrease in the size of the heart” (last paragraph), refers to the fact that:
Alternativas
Q3336630 Inglês
Which reading comprehension technique is most effective when analyzing persuasive texts? 
Alternativas
Q3331759 Inglês

Leia o trecho sobre um podcast para responder à questão:



(https://www.simplyieva.com)

It is correct to state from the reading of the podcast text:
Alternativas
Q3331757 Inglês
Leia o texto a seguir para responder à quest:


Has technology facilitated teachers’ work?
Or reduced teacher burnout?


      When we set out to study pandemic-related changes in schools, we thought we’d find that learning management systems that rely on technology to improve teaching would make educators’ jobs easier. We believed technology would mean positive stimulus to teachers. Instead, our data and analyses showed that teachers whose schools were using learning management systems had higher rates of burnout.

      During the phenomenon of the covid-19 pandemic, when schools across the country were under lockdown orders, schools adopted new technologies to facilitate remote learning during the crisis. These technologies included learning management systems, which are online platforms that help educators organize and keep track of their coursework.

     We were puzzled to find that teachers who used a learning management system such as Canvas or Schoology reported higher levels of burnout. Ideally, these tools should have simplified their jobs. We also thought these systems would improve teachers’ ability to organize documents and assignments, mainly because they would house everything digitally, and thus, reduce the need to print documents or bring piles of student work home to grade.

   However, the data told a different story. Instead of being used to replace old ways of completing tasks, the learning management systems were simply another thing on teachers’ plates.


(David T. Marshall, Teanna Moore & Timothy Pressley, 01.07.2025. Disponível em: https://theconversation.com. Adaptado)
Suponha que esse artigo jornalístico seja utilizado em um curso de formação de professores de inglês. Consciente da importância de se considerar o contexto de produção para a compreensão de um texto, o professor-formador 
Alternativas
Respostas
1921: C
1922: B
1923: B
1924: B
1925: C
1926: C
1927: B
1928: B
1929: B
1930: A
1931: B
1932: C
1933: E
1934: B
1935: C
1936: B
1937: A
1938: B
1939: A
1940: D