Questões Militares Comentadas sobre interpretação de texto | reading comprehension em inglês

Foram encontradas 1.577 questões

Q4277333 Inglês

What Scott's Antarctic expedition reveals about our seas today


[1] Sea urchins preserved in glass jars in Dr Hugh Carter's desk in the Natural History Museum were coilected from the depths of the Southern Ocean by polar teams led by Sir Ernest Shackleton, Capt Robert Falcon Scott and the Norwegian Carsten Borchgrevink in the 19th and 20th centuries. They tell a tale of heroic exploration and scientific endeavour.

[

2] Now, more than a century later, a new project led by Carter has gathered samples that could be compared with those found on the expeditions that took place more than a century ago. Carter, the Natural History Museum's (NHM) curator of marine invertebrates, hopes the preserved Antarctic urchins, 50 in all, will help tell a different, increasingly urgent story of modern times: how changes in the world's southernmost waters may be affecting marine life.


[3] In January, the biologist undertook a six-week long research trip to visit the exact sites sampled by Borchgrevink's Southern Cross, Shackleton's Discovery and Scott's ill-fated Terra Nova expedition between 1898 and 1913.


[4] In the Antarctic, which is warming at twice the global average, a lack of baseline scientific data makes it difficult to assess the physical and biological changes that have occurred over time.


[5] Carter's theory is that comparing the "tests" or shell of the urchins (a type of invertebrate known as echinoderms, which include starfish and sea cucumbers) in the NHM's collection with modern samples will help reveal more about the impact of ocean acidification, often called the "evil twin" of the climate crisis.


[6] Acidification is caused when carbon díoxide is rapidly absorbed into the ocean, where it then reacts with water molecules leading to a fall in the pH of the seawater.


[7] Preliminary findings on Carter's ship, the deep water research vessel the RV Tangaroa, appeared to confirm his worst fears.


[8] "We know that the ocean has been getting more acidic but in most cases we don't know what the impacts are," he says. "We had a suspicion that [due to ocean acidification] you would get less calcium carbonate in the water. This would make it harder to build a body if that body is made from calcium carbonate."


[9] Corals, sea snails, oysters and small single-celled organisms called foraminifera, a component of plankton, all rely on calcium carbonate to build shells. Calcium carbonate dissolves in acid very easily, so the more acid, the harder it is for animals such as these to survive.


[10] While the tests of the historical urchins on Carter's desk were "robust and healthy", those brought to the surface in January were thinner and more fragile in comparison, so much so that they were crushed by the force of the hose used to clean them.


[11] "All the ones we collected were fragile and some of them collapsed," says Carter. "From initial appearances, the modern specimens we collected have weaker tests than the historical ones, but we need to do more work to establish to what degree and exactly what is causing this.


[12] The biological implications of an acidifying ocean could be enormous, adds Carter. "It could make the seas unliveable for things with a calcium skeleton."


[13] During the expedition, the impact of the climate crisis was tangible; some of the study sites were only accessible because of melting ice. And it coincided with stark findings that the level of global sea ice fell to its lowest recorded level, a symptom of our warming planet.


[14] But there were positive findings on the expedition, too. Carter saw as many as 150 whales on his trip, as well as what he described as "crazy levels" of wildlife on the western edge of Coulman island, which had 17 species of starfish in just 100 metres, the same number found in all of the UK's shallow waters.


[15] "It is a thrill to know that the environment is not as bad in some parts of the world as it could be," he says. "It's the only bit of the world you don't see any plastic or human impacts from fishing."


[16] Prof Craig Stevens, an oceanographer who co-led the Tangaroa expedition, described their work as "sweet and sour".


[17] "This lack of ice is having knock-on effects for not only the regional ocean but the whole planet. This work is very sweet and sour. It is amazing to get the opportunity to advance the science, but at the same time, we are catching glimpses of a future for the planet that we really want to avoid. It brings home in a very tangible way the need to limit emissions of climate-affecting gases."



(Adapted from: www.theguardian.com)

Mark the correct option according to text II.
Alternativas
Q4277332 Inglês

What Scott's Antarctic expedition reveals about our seas today


[1] Sea urchins preserved in glass jars in Dr Hugh Carter's desk in the Natural History Museum were coilected from the depths of the Southern Ocean by polar teams led by Sir Ernest Shackleton, Capt Robert Falcon Scott and the Norwegian Carsten Borchgrevink in the 19th and 20th centuries. They tell a tale of heroic exploration and scientific endeavour.

[

2] Now, more than a century later, a new project led by Carter has gathered samples that could be compared with those found on the expeditions that took place more than a century ago. Carter, the Natural History Museum's (NHM) curator of marine invertebrates, hopes the preserved Antarctic urchins, 50 in all, will help tell a different, increasingly urgent story of modern times: how changes in the world's southernmost waters may be affecting marine life.


[3] In January, the biologist undertook a six-week long research trip to visit the exact sites sampled by Borchgrevink's Southern Cross, Shackleton's Discovery and Scott's ill-fated Terra Nova expedition between 1898 and 1913.


[4] In the Antarctic, which is warming at twice the global average, a lack of baseline scientific data makes it difficult to assess the physical and biological changes that have occurred over time.


[5] Carter's theory is that comparing the "tests" or shell of the urchins (a type of invertebrate known as echinoderms, which include starfish and sea cucumbers) in the NHM's collection with modern samples will help reveal more about the impact of ocean acidification, often called the "evil twin" of the climate crisis.


[6] Acidification is caused when carbon díoxide is rapidly absorbed into the ocean, where it then reacts with water molecules leading to a fall in the pH of the seawater.


[7] Preliminary findings on Carter's ship, the deep water research vessel the RV Tangaroa, appeared to confirm his worst fears.


[8] "We know that the ocean has been getting more acidic but in most cases we don't know what the impacts are," he says. "We had a suspicion that [due to ocean acidification] you would get less calcium carbonate in the water. This would make it harder to build a body if that body is made from calcium carbonate."


[9] Corals, sea snails, oysters and small single-celled organisms called foraminifera, a component of plankton, all rely on calcium carbonate to build shells. Calcium carbonate dissolves in acid very easily, so the more acid, the harder it is for animals such as these to survive.


[10] While the tests of the historical urchins on Carter's desk were "robust and healthy", those brought to the surface in January were thinner and more fragile in comparison, so much so that they were crushed by the force of the hose used to clean them.


[11] "All the ones we collected were fragile and some of them collapsed," says Carter. "From initial appearances, the modern specimens we collected have weaker tests than the historical ones, but we need to do more work to establish to what degree and exactly what is causing this.


[12] The biological implications of an acidifying ocean could be enormous, adds Carter. "It could make the seas unliveable for things with a calcium skeleton."


[13] During the expedition, the impact of the climate crisis was tangible; some of the study sites were only accessible because of melting ice. And it coincided with stark findings that the level of global sea ice fell to its lowest recorded level, a symptom of our warming planet.


[14] But there were positive findings on the expedition, too. Carter saw as many as 150 whales on his trip, as well as what he described as "crazy levels" of wildlife on the western edge of Coulman island, which had 17 species of starfish in just 100 metres, the same number found in all of the UK's shallow waters.


[15] "It is a thrill to know that the environment is not as bad in some parts of the world as it could be," he says. "It's the only bit of the world you don't see any plastic or human impacts from fishing."


[16] Prof Craig Stevens, an oceanographer who co-led the Tangaroa expedition, described their work as "sweet and sour".


[17] "This lack of ice is having knock-on effects for not only the regional ocean but the whole planet. This work is very sweet and sour. It is amazing to get the opportunity to advance the science, but at the same time, we are catching glimpses of a future for the planet that we really want to avoid. It brings home in a very tangible way the need to limit emissions of climate-affecting gases."



(Adapted from: www.theguardian.com)

Professor Craig Stevens described their work as "sweet and sour" (paragraphs 16 and 17) because its components include both: 
Alternativas
Q4277330 Inglês
To Type or to Write, That Is the Question
At the highest level of learning, should you type or
write by hand?


[1] Research by Mueller and Oppenheimer (2014) compared students who typed lecture notes on laptops with those who wrote them by hand during the same time.

[2] In terms of immediate results, laptop users typed and recorded more words during the lectures, and their notes were aimost word-for-word transcripts of the lectures. The initial assumption was that this would ultimately be beneficial for these students compared with those who were handwriting their notes.

[3] After the lectures, the two groups of students in this study were tested on the information presented. The results showed that students who wrote by hand during lectures scored significantly higher on the tests than those who typed.

[4] The immediate question was: "Why was this the case?" Muelier and Oppenheimer (2014) found that students who handwrote their notes were consistently engaged in higherlevel thinking. This meant that throughout their lectures, these students were actively listening and intellectually analyzing what to record. This led to higher knowledge-based outcomes.

[5] Luo et al. (2018) found that handwritten notes contained more meaningful content (such as deeper thought and greater intellectual structure), resulting in higher scores on knowledge-based tests.

[6] Morehead et al. (2019) confirmed that the benefits of handwriting are most evident when students are assessed on higher-order conceptual understanding rather than on memorizing facts.

[7] These studies confirm that handwriting is an essential cognitive process and a highly beneficial intellectual activity that enhances learning at advanced levels of education and that begins from the first day of school and continues thereafter.


Handwriting Helps to Advance Knowledge and Enhance Ideas


[8] This evidence from university classrooms illustrates a broader principle: handwriting for note-taking is a deeper thinking skill. When students write by hand, they actively select and synthesize information.

[9] This process requires them to decide what is essential, how ideas connect, and how best to represent them in their own words. The research indicates that this type of engagement develops, advances, and enhances critical thinking (defined as the ability to analyze, evaluate, and make reasoned, detailed judgments), because handwriting forces students to process information conceptually rather than transcribe it verbatim.

[10] The research also indicates that this process helps to develop higher-order thinking, which involves analyzing, applying, synthesizing, and evaluating information. This then develops a deeper knowledge potential. Additionally, as confirmed by classroom studies and evidence from neuroscience, handwriting activates broader brain networks than typing.

[11] Building on this, some studies explain that the ongoing substitution of handwriting by typewriting in almost every educational setting may seem somewhat misguided, as it could negatively affect the learning process.

[12] However, Van der Weel and Van der Meer (2024) emphasise the importance of staying current in this everchanging digital world. With this in mind, they state that children must, first and foremost, learn handwriting. Only after they are absoiutely proficient, especially at complex narrative handwriting, should typing be considered.


(Adapted from: https://www.psychologytoday.com)
According to the text, Mueller and Oppenheimer discovered that:
Alternativas
Q4277329 Inglês
To Type or to Write, That Is the Question
At the highest level of learning, should you type or
write by hand?


[1] Research by Mueller and Oppenheimer (2014) compared students who typed lecture notes on laptops with those who wrote them by hand during the same time.

[2] In terms of immediate results, laptop users typed and recorded more words during the lectures, and their notes were aimost word-for-word transcripts of the lectures. The initial assumption was that this would ultimately be beneficial for these students compared with those who were handwriting their notes.

[3] After the lectures, the two groups of students in this study were tested on the information presented. The results showed that students who wrote by hand during lectures scored significantly higher on the tests than those who typed.

[4] The immediate question was: "Why was this the case?" Muelier and Oppenheimer (2014) found that students who handwrote their notes were consistently engaged in higherlevel thinking. This meant that throughout their lectures, these students were actively listening and intellectually analyzing what to record. This led to higher knowledge-based outcomes.

[5] Luo et al. (2018) found that handwritten notes contained more meaningful content (such as deeper thought and greater intellectual structure), resulting in higher scores on knowledge-based tests.

[6] Morehead et al. (2019) confirmed that the benefits of handwriting are most evident when students are assessed on higher-order conceptual understanding rather than on memorizing facts.

[7] These studies confirm that handwriting is an essential cognitive process and a highly beneficial intellectual activity that enhances learning at advanced levels of education and that begins from the first day of school and continues thereafter.


Handwriting Helps to Advance Knowledge and Enhance Ideas


[8] This evidence from university classrooms illustrates a broader principle: handwriting for note-taking is a deeper thinking skill. When students write by hand, they actively select and synthesize information.

[9] This process requires them to decide what is essential, how ideas connect, and how best to represent them in their own words. The research indicates that this type of engagement develops, advances, and enhances critical thinking (defined as the ability to analyze, evaluate, and make reasoned, detailed judgments), because handwriting forces students to process information conceptually rather than transcribe it verbatim.

[10] The research also indicates that this process helps to develop higher-order thinking, which involves analyzing, applying, synthesizing, and evaluating information. This then develops a deeper knowledge potential. Additionally, as confirmed by classroom studies and evidence from neuroscience, handwriting activates broader brain networks than typing.

[11] Building on this, some studies explain that the ongoing substitution of handwriting by typewriting in almost every educational setting may seem somewhat misguided, as it could negatively affect the learning process.

[12] However, Van der Weel and Van der Meer (2024) emphasise the importance of staying current in this everchanging digital world. With this in mind, they state that children must, first and foremost, learn handwriting. Only after they are absoiutely proficient, especially at complex narrative handwriting, should typing be considered.


(Adapted from: https://www.psychologytoday.com)
In the extract "the ongoing substitution of handwriting by typewriting in almost every educational setting may seem somewhat misquided" (paragraph 11), the word "misquided" means: 
Alternativas
Q4277328 Inglês
To Type or to Write, That Is the Question
At the highest level of learning, should you type or
write by hand?


[1] Research by Mueller and Oppenheimer (2014) compared students who typed lecture notes on laptops with those who wrote them by hand during the same time.

[2] In terms of immediate results, laptop users typed and recorded more words during the lectures, and their notes were aimost word-for-word transcripts of the lectures. The initial assumption was that this would ultimately be beneficial for these students compared with those who were handwriting their notes.

[3] After the lectures, the two groups of students in this study were tested on the information presented. The results showed that students who wrote by hand during lectures scored significantly higher on the tests than those who typed.

[4] The immediate question was: "Why was this the case?" Muelier and Oppenheimer (2014) found that students who handwrote their notes were consistently engaged in higherlevel thinking. This meant that throughout their lectures, these students were actively listening and intellectually analyzing what to record. This led to higher knowledge-based outcomes.

[5] Luo et al. (2018) found that handwritten notes contained more meaningful content (such as deeper thought and greater intellectual structure), resulting in higher scores on knowledge-based tests.

[6] Morehead et al. (2019) confirmed that the benefits of handwriting are most evident when students are assessed on higher-order conceptual understanding rather than on memorizing facts.

[7] These studies confirm that handwriting is an essential cognitive process and a highly beneficial intellectual activity that enhances learning at advanced levels of education and that begins from the first day of school and continues thereafter.


Handwriting Helps to Advance Knowledge and Enhance Ideas


[8] This evidence from university classrooms illustrates a broader principle: handwriting for note-taking is a deeper thinking skill. When students write by hand, they actively select and synthesize information.

[9] This process requires them to decide what is essential, how ideas connect, and how best to represent them in their own words. The research indicates that this type of engagement develops, advances, and enhances critical thinking (defined as the ability to analyze, evaluate, and make reasoned, detailed judgments), because handwriting forces students to process information conceptually rather than transcribe it verbatim.

[10] The research also indicates that this process helps to develop higher-order thinking, which involves analyzing, applying, synthesizing, and evaluating information. This then develops a deeper knowledge potential. Additionally, as confirmed by classroom studies and evidence from neuroscience, handwriting activates broader brain networks than typing.

[11] Building on this, some studies explain that the ongoing substitution of handwriting by typewriting in almost every educational setting may seem somewhat misguided, as it could negatively affect the learning process.

[12] However, Van der Weel and Van der Meer (2024) emphasise the importance of staying current in this everchanging digital world. With this in mind, they state that children must, first and foremost, learn handwriting. Only after they are absoiutely proficient, especially at complex narrative handwriting, should typing be considered.


(Adapted from: https://www.psychologytoday.com)
After tests were applied to students, the results demonstrated that students who wrote by hand during the lectures: 
Alternativas
Q4275854 Inglês
New Al System could prevent vessel collisions by reducing dependence on ship Captain


Researchers at Texas A&M University have created an intelligent Al system that can help prevent accidents and collisions at sea. Named 'Ship Collision Avoidance of Machine Learning and Radar Technology for Stationary Entities and Avoidance', or SMART-SEA, the platform works to decrease the dependence on ship captains.


The project team was led by Dr Mirjan Fürth, an assistant professor of ocean engineering, who was awarded a contract by the US Department of the Interior (DOI) and the US Department of Energy (DOE) through the Ocean Energy Safety Institute (OESI). It is not completely an autonomous system, rather it provides 'a human-in-theloop', who gives real-time instructions based on maritime traffic,weather and other factors.


This makes navigation safer and easier for the crew, transiting crucial or dangerous waterways by providing additional information and instructions. Collisions between vessels and accidents like ships hitting stationary structures like rigs or lighthouses are becoming common, and most are caused by human error. This Al system will help eliminate that, stated the project team.


Massive vessels have a lot of forward momentum that their shipping distances are measured in miles rather than metres. They also turn very slowly, meaning that any collision has to factor in this slow movement while also adjusting for sensor time lags, ocean current impacts and several other factors.


The Al system has been developed keeping all the above-mentioned factors in mind and is extremely accurate. The research team also said that the system combines raw radar imaging data with machine learning, enabling it to identify moving objects even in bad weather with limited visibility.


The machine learning algorithm detects stationary objects as well from a large distance. The system uses computational fluid dynamics models and machine learning, which have been previously trained on vessel motions, the team added. The system does all of this while complying with International Regulations for Preventing Collisions at Sea (COLREGS).


(From: <https://www.marineinsight.com/.../new-ai-systemcould.../>)
Mark the correct option to fill in the blank.

The analysts didn't know which platform to choose from. Both platforms seemed to have a _____ integration with the other tools.
Alternativas
Q4275853 Inglês
New Al System could prevent vessel collisions by reducing dependence on ship Captain


Researchers at Texas A&M University have created an intelligent Al system that can help prevent accidents and collisions at sea. Named 'Ship Collision Avoidance of Machine Learning and Radar Technology for Stationary Entities and Avoidance', or SMART-SEA, the platform works to decrease the dependence on ship captains.


The project team was led by Dr Mirjan Fürth, an assistant professor of ocean engineering, who was awarded a contract by the US Department of the Interior (DOI) and the US Department of Energy (DOE) through the Ocean Energy Safety Institute (OESI). It is not completely an autonomous system, rather it provides 'a human-in-theloop', who gives real-time instructions based on maritime traffic,weather and other factors.


This makes navigation safer and easier for the crew, transiting crucial or dangerous waterways by providing additional information and instructions. Collisions between vessels and accidents like ships hitting stationary structures like rigs or lighthouses are becoming common, and most are caused by human error. This Al system will help eliminate that, stated the project team.


Massive vessels have a lot of forward momentum that their shipping distances are measured in miles rather than metres. They also turn very slowly, meaning that any collision has to factor in this slow movement while also adjusting for sensor time lags, ocean current impacts and several other factors.


The Al system has been developed keeping all the above-mentioned factors in mind and is extremely accurate. The research team also said that the system combines raw radar imaging data with machine learning, enabling it to identify moving objects even in bad weather with limited visibility.


The machine learning algorithm detects stationary objects as well from a large distance. The system uses computational fluid dynamics models and machine learning, which have been previously trained on vessel motions, the team added. The system does all of this while complying with International Regulations for Preventing Collisions at Sea (COLREGS).


(From: <https://www.marineinsight.com/.../new-ai-systemcould.../>)
Which of the following statements represents the relationship between the Al system and the ship Captain, as decribed in the text above?
Alternativas
Q4275852 Inglês
Read the text and answer the question that follow it.


Balancing Al and Critical Thinking for the Military Leaders of Tomorrow


Al is becoming increasingly embedded in daily life, transforming the way we work, communicate, and make decisions. From virtual assistants and personalized recommendations to smart home devices and automated customer service, Al streamlines everyday tasks and enhances convenience. As Al continues to evolve, its role in our livelihoods will only expand, making it an essential tool for productivity and innovation. Rather than resisting this technology, we should embrace it. Al has the potential to enhance and expand our knowledge, enabling more informed decision-making.

For future military leaders, it is critical that education and training prioritize independent thinking and decisive action rather than an overreliance on Al-driven systems. Leaders must develop the confidence to question Al outputs, evaluate their accuracy, and consider multiple perspectives before making informed decisions, rather than blindly accepting computer-generated recommendations. Al struggles in unpredictable, high-stakes environments where training data is insufficient to cover every potential contingency. Future conflicts will demand leaders who can adapt in real time, assess emerging threats, and execute decisions based on experience, judgment, and battlefield awareness - not just what a computer system suggests. To maintain a strategic edge and operational superiority, military leaders must cultivate a disciplined decision-making process that integrates Al as a tool while ensuring that human intuition, adaptability, and ethical reasoning remain at the forefront of command decisions. Though the possibilities of Al are vast and impressive, it is crucial to remember that its role should not be replace, but to complement human intelligence.

The rapid evolution of Al presents both a strategic advantage and a formidable challenge in shaping the next generation of military leaders. Al can enhance decisionmaking, optimize operations, and expand battlefield awareness, yet it must remain a force multiplier - not a replacement for human intellect. The true test of future leadership lies in striking the right balance: leveraging Al's capabilities while preserving the independent thought, adaptability, and critical reasoning essential for command in today's volatile geopolitical environment. In an era where peer adversaries are racing to develop their own Aldriven strategies, our leaders must be prepared to out-think, not just out-tech, the competition. Al should sharpen human cognition, not dull it - because the future of warfare will be won by those who can command both machine intelligence and the power of the human mind.


(Abridged from <https://mwi.westpoint.edu/warfare-at-thespeed-of-thought-balancing-ai-and-critical-thinking-for-themilitary-leaders-of-tomorrow/>)
Read the statements about the text and decide whether they are true (T) or false (F). Then mark the correct sequence.

( ) Al is increasingly immersed in most aspects of daily life, such as communications and conveniences.
( ) Future military leaders should not rely solely on Al for decision-making, as its output may not be precise.
( ) Questioning Al outputs and evaluating their accuracy are skills that ought to be developed in military training.
( ) Relying primarily on Al may optimise decision-making in high-stake environments.
( ) Al should be seen as an essential tool to out-tech and out-think potential enemies.
Alternativas
Q4275851 Inglês
Read the text and answer the question that follow it.


Balancing Al and Critical Thinking for the Military Leaders of Tomorrow


Al is becoming increasingly embedded in daily life, transforming the way we work, communicate, and make decisions. From virtual assistants and personalized recommendations to smart home devices and automated customer service, Al streamlines everyday tasks and enhances convenience. As Al continues to evolve, its role in our livelihoods will only expand, making it an essential tool for productivity and innovation. Rather than resisting this technology, we should embrace it. Al has the potential to enhance and expand our knowledge, enabling more informed decision-making.

For future military leaders, it is critical that education and training prioritize independent thinking and decisive action rather than an overreliance on Al-driven systems. Leaders must develop the confidence to question Al outputs, evaluate their accuracy, and consider multiple perspectives before making informed decisions, rather than blindly accepting computer-generated recommendations. Al struggles in unpredictable, high-stakes environments where training data is insufficient to cover every potential contingency. Future conflicts will demand leaders who can adapt in real time, assess emerging threats, and execute decisions based on experience, judgment, and battlefield awareness - not just what a computer system suggests. To maintain a strategic edge and operational superiority, military leaders must cultivate a disciplined decision-making process that integrates Al as a tool while ensuring that human intuition, adaptability, and ethical reasoning remain at the forefront of command decisions. Though the possibilities of Al are vast and impressive, it is crucial to remember that its role should not be replace, but to complement human intelligence.

The rapid evolution of Al presents both a strategic advantage and a formidable challenge in shaping the next generation of military leaders. Al can enhance decisionmaking, optimize operations, and expand battlefield awareness, yet it must remain a force multiplier - not a replacement for human intellect. The true test of future leadership lies in striking the right balance: leveraging Al's capabilities while preserving the independent thought, adaptability, and critical reasoning essential for command in today's volatile geopolitical environment. In an era where peer adversaries are racing to develop their own Aldriven strategies, our leaders must be prepared to out-think, not just out-tech, the competition. Al should sharpen human cognition, not dull it - because the future of warfare will be won by those who can command both machine intelligence and the power of the human mind.


(Abridged from <https://mwi.westpoint.edu/warfare-at-thespeed-of-thought-balancing-ai-and-critical-thinking-for-themilitary-leaders-of-tomorrow/>)
Concerning the vocabulary underlined in the text and their meaning in context, we can only affirm that: 
Alternativas
Q4231866 Inglês

Read text VI to answer question.


The internet went into overdrive when the song "Heart on My Sleeve" first dropped in 2023. Fans were on cloud nine, fully convinced that Drake and The Weeknd had just casually dropped a surprise collaboration. Social media lit up with excitement as listeners praised the track, thinking it was another hit from two of music's biggest creators - and could a whole album be on the way?


But as the song racked up millions of streams on TikTok, the truth surfaced this wasn't a new Drake and The Weeknd collab. In fact, it wasn't them at all. The track was created by a TikTok user, Ghostwriter977, using artificial intelligence to perfectly mimic the two artists' voices. The revelation sent shockwaves across the industry, raising eyebrows and questions about the role of AI in music.


AI-generated music is a polarizing topic; depending on who you ask, it's either the next big innovation or a cultural catastrophe waiting to happen. There's no doubt that artificial intelligence is changing the music industry, but the question remains: is it a tool to unlock new creative frontiers, or is it a threat to the authenticity and soul of music as we know it?


These technologically capable algorithms compose everything from background music to full-fledged songs. Some argue it's an incredible tool for musicians and producers, offering new ways to experiment with sound, composition, and genre - even overcoming writer's block. AI can generate infinite variations of a melody, compose background scores for films, or even write lyrics based on given parameters. AI is more than just a tool for those pushing boundaries - it's a creative partner. It allows artists to break away from traditional musical structures and unlocks a world of possibilities.


But here's the flip side: AI doesn't understand human emotion. It doesn't have the lived experiences that often give music its soul. While an AI can generate a technically proficient melody, can it truly capture the emotional depth of a musician pouring their heart into a track? Critics argue that AI-generated music can feel hollow, lacking the emotion and intention that comes from a human touch. Sure, AI can replicate patterns, styles, and formulas, but does it truly understand why certain notes make us feel a certain way? Many fear that relying too heavily on AI will lead to a flood of cookie-cutter music devoid of real emotion or authenticity.


Looking out for tomorrow, what does AI mean for the future of creativity? Are we moving toward a world where algorithms outpace human artists, churning out music by the minute? This raises concerns for musicians, producers, and even DJs, who worry about their roles being replaced by technology, much like other industries where automation has taken over.


As AI continues to evolve, artists and creators will have to find ways to use AI as a tool while ensuring that the heart of music its ability to move, inspire, and connect remains in human hands. Ultimately, AI-generated music can be a powerful partner, but without careful consideration, it may turn the art of music into just another algorithmic output.


Adapted from https://council.rollingstone.com/blog/

What is the best title for this text?
Alternativas
Q4231865 Inglês

Read text VI to answer question.


The internet went into overdrive when the song "Heart on My Sleeve" first dropped in 2023. Fans were on cloud nine, fully convinced that Drake and The Weeknd had just casually dropped a surprise collaboration. Social media lit up with excitement as listeners praised the track, thinking it was another hit from two of music's biggest creators - and could a whole album be on the way?


But as the song racked up millions of streams on TikTok, the truth surfaced this wasn't a new Drake and The Weeknd collab. In fact, it wasn't them at all. The track was created by a TikTok user, Ghostwriter977, using artificial intelligence to perfectly mimic the two artists' voices. The revelation sent shockwaves across the industry, raising eyebrows and questions about the role of AI in music.


AI-generated music is a polarizing topic; depending on who you ask, it's either the next big innovation or a cultural catastrophe waiting to happen. There's no doubt that artificial intelligence is changing the music industry, but the question remains: is it a tool to unlock new creative frontiers, or is it a threat to the authenticity and soul of music as we know it?


These technologically capable algorithms compose everything from background music to full-fledged songs. Some argue it's an incredible tool for musicians and producers, offering new ways to experiment with sound, composition, and genre - even overcoming writer's block. AI can generate infinite variations of a melody, compose background scores for films, or even write lyrics based on given parameters. AI is more than just a tool for those pushing boundaries - it's a creative partner. It allows artists to break away from traditional musical structures and unlocks a world of possibilities.


But here's the flip side: AI doesn't understand human emotion. It doesn't have the lived experiences that often give music its soul. While an AI can generate a technically proficient melody, can it truly capture the emotional depth of a musician pouring their heart into a track? Critics argue that AI-generated music can feel hollow, lacking the emotion and intention that comes from a human touch. Sure, AI can replicate patterns, styles, and formulas, but does it truly understand why certain notes make us feel a certain way? Many fear that relying too heavily on AI will lead to a flood of cookie-cutter music devoid of real emotion or authenticity.


Looking out for tomorrow, what does AI mean for the future of creativity? Are we moving toward a world where algorithms outpace human artists, churning out music by the minute? This raises concerns for musicians, producers, and even DJs, who worry about their roles being replaced by technology, much like other industries where automation has taken over.


As AI continues to evolve, artists and creators will have to find ways to use AI as a tool while ensuring that the heart of music its ability to move, inspire, and connect remains in human hands. Ultimately, AI-generated music can be a powerful partner, but without careful consideration, it may turn the art of music into just another algorithmic output.


Adapted from https://council.rollingstone.com/blog/

The sentence "Fans were on cloud nine", in the 1st paragraph, means that fans were:
Alternativas
Q4231864 Inglês

Read text VI to answer question.


The internet went into overdrive when the song "Heart on My Sleeve" first dropped in 2023. Fans were on cloud nine, fully convinced that Drake and The Weeknd had just casually dropped a surprise collaboration. Social media lit up with excitement as listeners praised the track, thinking it was another hit from two of music's biggest creators - and could a whole album be on the way?


But as the song racked up millions of streams on TikTok, the truth surfaced this wasn't a new Drake and The Weeknd collab. In fact, it wasn't them at all. The track was created by a TikTok user, Ghostwriter977, using artificial intelligence to perfectly mimic the two artists' voices. The revelation sent shockwaves across the industry, raising eyebrows and questions about the role of AI in music.


AI-generated music is a polarizing topic; depending on who you ask, it's either the next big innovation or a cultural catastrophe waiting to happen. There's no doubt that artificial intelligence is changing the music industry, but the question remains: is it a tool to unlock new creative frontiers, or is it a threat to the authenticity and soul of music as we know it?


These technologically capable algorithms compose everything from background music to full-fledged songs. Some argue it's an incredible tool for musicians and producers, offering new ways to experiment with sound, composition, and genre - even overcoming writer's block. AI can generate infinite variations of a melody, compose background scores for films, or even write lyrics based on given parameters. AI is more than just a tool for those pushing boundaries - it's a creative partner. It allows artists to break away from traditional musical structures and unlocks a world of possibilities.


But here's the flip side: AI doesn't understand human emotion. It doesn't have the lived experiences that often give music its soul. While an AI can generate a technically proficient melody, can it truly capture the emotional depth of a musician pouring their heart into a track? Critics argue that AI-generated music can feel hollow, lacking the emotion and intention that comes from a human touch. Sure, AI can replicate patterns, styles, and formulas, but does it truly understand why certain notes make us feel a certain way? Many fear that relying too heavily on AI will lead to a flood of cookie-cutter music devoid of real emotion or authenticity.


Looking out for tomorrow, what does AI mean for the future of creativity? Are we moving toward a world where algorithms outpace human artists, churning out music by the minute? This raises concerns for musicians, producers, and even DJs, who worry about their roles being replaced by technology, much like other industries where automation has taken over.


As AI continues to evolve, artists and creators will have to find ways to use AI as a tool while ensuring that the heart of music its ability to move, inspire, and connect remains in human hands. Ultimately, AI-generated music can be a powerful partner, but without careful consideration, it may turn the art of music into just another algorithmic output.


Adapted from https://council.rollingstone.com/blog/

In the last paragraph, the underlined verbs "have to", "can" and "may" are used to convey the idea of:
Alternativas
Q4231863 Inglês

Read text V to answer question.


More than 58,000 Brazilians are living in Ireland with a growing number working in professional roles, a quarter having Irish partners and more than 40 per cent saying they do not intend to return to Brazil, according to a new report.


The survey, published on Friday by Brazil's embassy in Ireland, suggests 78.5 per cent of the estimated 58,500 Brazilians living in the State have arrived since 2016. Almost two-thirds came to learn English, 61 per cent had a visa specifically allowing them to study but 60 per cent have successfully changed their immigration status since arriving. The report is based on a survey of almost 4,000 Brazilian nationals living in Ireland and research work carried out by consultants.


Despite high levels of fluency in English, participation in the workforce and social engagement with Irish people, 56 per cent of the respondents said they had experienced discrimination. Brazil's ambassador to Ireland, Marcel Biato, said the findings of the survey, highlighting the "seamless" integration of Brazilian people into Irish life, was somehow a good response in a week when an unprovoked assault on a Brazilian man in Limerick made headlines. Mr. Biato said the embassy had been in touch with Brazilians living in Limerick and Irish authorities to ensure everything possible was done to counter the threat of further similar violence happening.


The survey findings suggest there has been a substantial evolution in the type of work being undertaken since Brazilians arrived in the 1990s to work in Irish meat processing plants and on construction sites. Some 85 per cent of those surveyed have higher level qualifications and a growing number work in areas such as information technology and professional services.


It found 61 per cent of Brazilians in Ireland live in Dublin, with 8 per cent in Cork. Some 16.6 per cent reported owning their own homes; a quarter said they had children, two-thirds of whom were born in Ireland. It also found that some 60 per cent of responds had a complete or strong sense of "belonging in Ireland". It also suggests that the number of Brazilian people in Ireland increased by 8,500 between 2022 and when the survey was carried out late last year.


Mr. Biato described the research as "the first of its kind, a pioneering effort to provide a detailed profile of Brazilians living in this country". He said it provided "a wealth of information about many aspects of the personal and professional lives of this population, as well as its main concerns and aspirations".


With the research suggesting more than 80 per cent maintain strong links to home or their culture, Mr. Biato said the embassy was working to support a new generation of Brazilian-Irish who he hoped would be "true ambassadors of their dual inheritance". However, he said this would happen only "if the new generation learns to value diversity and practise tolerance. This is an especially urgent challenge in the face of the threat of the normalisation of anti-immigrant sentiment."


Adapted from https://www.irishtimes.com/ireland/social-affairs/2024/04/19/

According to the survey, which option is true about the Brazilians living in Ireland?
Alternativas
Q4231862 Inglês

Read text V to answer question.


More than 58,000 Brazilians are living in Ireland with a growing number working in professional roles, a quarter having Irish partners and more than 40 per cent saying they do not intend to return to Brazil, according to a new report.


The survey, published on Friday by Brazil's embassy in Ireland, suggests 78.5 per cent of the estimated 58,500 Brazilians living in the State have arrived since 2016. Almost two-thirds came to learn English, 61 per cent had a visa specifically allowing them to study but 60 per cent have successfully changed their immigration status since arriving. The report is based on a survey of almost 4,000 Brazilian nationals living in Ireland and research work carried out by consultants.


Despite high levels of fluency in English, participation in the workforce and social engagement with Irish people, 56 per cent of the respondents said they had experienced discrimination. Brazil's ambassador to Ireland, Marcel Biato, said the findings of the survey, highlighting the "seamless" integration of Brazilian people into Irish life, was somehow a good response in a week when an unprovoked assault on a Brazilian man in Limerick made headlines. Mr. Biato said the embassy had been in touch with Brazilians living in Limerick and Irish authorities to ensure everything possible was done to counter the threat of further similar violence happening.


The survey findings suggest there has been a substantial evolution in the type of work being undertaken since Brazilians arrived in the 1990s to work in Irish meat processing plants and on construction sites. Some 85 per cent of those surveyed have higher level qualifications and a growing number work in areas such as information technology and professional services.


It found 61 per cent of Brazilians in Ireland live in Dublin, with 8 per cent in Cork. Some 16.6 per cent reported owning their own homes; a quarter said they had children, two-thirds of whom were born in Ireland. It also found that some 60 per cent of responds had a complete or strong sense of "belonging in Ireland". It also suggests that the number of Brazilian people in Ireland increased by 8,500 between 2022 and when the survey was carried out late last year.


Mr. Biato described the research as "the first of its kind, a pioneering effort to provide a detailed profile of Brazilians living in this country". He said it provided "a wealth of information about many aspects of the personal and professional lives of this population, as well as its main concerns and aspirations".


With the research suggesting more than 80 per cent maintain strong links to home or their culture, Mr. Biato said the embassy was working to support a new generation of Brazilian-Irish who he hoped would be "true ambassadors of their dual inheritance". However, he said this would happen only "if the new generation learns to value diversity and practise tolerance. This is an especially urgent challenge in the face of the threat of the normalisation of anti-immigrant sentiment."


Adapted from https://www.irishtimes.com/ireland/social-affairs/2024/04/19/

In the sentence "(...) two thirds of whom were born in Ireland" (5th paragraph), the relative pronoun refers to:
Alternativas
Q4231860 Inglês
Read text IV to answer question.

In order to contribute with defense and sovereignty over Brazilian Jurisdictional Waters, the Brazilian Navy has concentrated its efforts on the Submarine Development Program (PROSUB), which will expand the Force's operational capacity to protect and preserve our Blue Amazon*. As part of the new Growth Acceleration Program PAC, of the Federal Government, and under coordination of the Navy Command, PROSUB was created in 2008, comprising the construction of an industrial Infrastructure and Support for the operation and maintenance of submarines, the construction of four conventional submarines and the construction project of the first Brazilian conventionally armed submarine with nuclear propulsion.

Supported by three pillars: technology transfer, except in the nuclear area, nationalization of equipment and systems, and personnel training, the Program is enabling the first industrial complex and logistical support dedicated to naval means with nuclear propulsion in the southern hemisphere.

Built in an area of 750 thousand square meters, the Itaguaí Naval Complex is one of the largest engineering works in the country, designed to build and house the new generation of Brazilian submarines. The first of four Brazilian conventional submarines (S-BR), the Submarine "Riachuelo" (S-40) was launched to the sea on December 14th, 2018. In sequence, the Humaitá (S-41) was launched in 2020; the Tonelero (S-42), in 2024 and the Almirante Karam (S-43), in 2025.

The first Brazilian conventionally armed submarine with nuclear propulsion, main scope of the program, will be named "Álvaro Alberto", a tribute to the Admiral who was the pioneer in the use of nuclear technology in the country. The completion of the Program will also strengthen several sectors of the national industry of strategic importance for the country's economic development.

*Blue Amazon (Amazônia Azul) is the name given to Brazil's jurisdictional waters and continental shelf since 2004, covering roughly 5.7 million maritime area in the South Atlantic. It is a strategic concept highlighting immense economic (oil, fishing, minerals) and biodiversity resources, deemed as vital for national security as the land-based (Green) Amazon rainforest.

Adapted from https://www.gov.br/defesa/pt-br/assuntos/industria-de-defesa/cartilha_projetos-estrategicos_site_eng.pdf

In the sentence "In order to contribute with the defense and sovereignty over Brazilian Jurisdictional Waters" (1st paragraph), the underlined phrase is used to express:

Alternativas
Q4231859 Inglês
Read text IV to answer question.

In order to contribute with defense and sovereignty over Brazilian Jurisdictional Waters, the Brazilian Navy has concentrated its efforts on the Submarine Development Program (PROSUB), which will expand the Force's operational capacity to protect and preserve our Blue Amazon*. As part of the new Growth Acceleration Program PAC, of the Federal Government, and under coordination of the Navy Command, PROSUB was created in 2008, comprising the construction of an industrial Infrastructure and Support for the operation and maintenance of submarines, the construction of four conventional submarines and the construction project of the first Brazilian conventionally armed submarine with nuclear propulsion.

Supported by three pillars: technology transfer, except in the nuclear area, nationalization of equipment and systems, and personnel training, the Program is enabling the first industrial complex and logistical support dedicated to naval means with nuclear propulsion in the southern hemisphere.

Built in an area of 750 thousand square meters, the Itaguaí Naval Complex is one of the largest engineering works in the country, designed to build and house the new generation of Brazilian submarines. The first of four Brazilian conventional submarines (S-BR), the Submarine "Riachuelo" (S-40) was launched to the sea on December 14th, 2018. In sequence, the Humaitá (S-41) was launched in 2020; the Tonelero (S-42), in 2024 and the Almirante Karam (S-43), in 2025.

The first Brazilian conventionally armed submarine with nuclear propulsion, main scope of the program, will be named "Álvaro Alberto", a tribute to the Admiral who was the pioneer in the use of nuclear technology in the country. The completion of the Program will also strengthen several sectors of the national industry of strategic importance for the country's economic development.

*Blue Amazon (Amazônia Azul) is the name given to Brazil's jurisdictional waters and continental shelf since 2004, covering roughly 5.7 million maritime area in the South Atlantic. It is a strategic concept highlighting immense economic (oil, fishing, minerals) and biodiversity resources, deemed as vital for national security as the land-based (Green) Amazon rainforest.

Adapted from https://www.gov.br/defesa/pt-br/assuntos/industria-de-defesa/cartilha_projetos-estrategicos_site_eng.pdf
Mark the option that contains a correct statement about the text.
Alternativas
Q4231858 Inglês

Read text III to answer question


Cross-country skiing: "It means everything. It's the whole

universe to me," says Bruna Moura


At the age of 31, Brazilian Bruna Moura realized her Olympic dream. 74th in the sprint qualifier and 99th in the individual skate, far from the top places, she was nonetheless greeted by a standing ovation at the finish. "I've been waiting for this for so long," she told Sportbladet after the sprint qualifier. "It means everything. It's the whole universe to me."


For the Olympic debut, the Brazilian slipped a photo of her best friend, who died suddenly of a pulmonary embolism, under her wetsuit. "We spoke one day. The next day, she was gone... It's still difficult... She said she'd be there when I realized my dream. It was my way of having her by my side."


More than just a result, Milan/Cortina marks the culmination of a lifetime of fighting. "We did it," she concludes.


Adapted from https://www.nordicmag.info/en/2026-olympics-cross-country-skiing-accident-heart-surgery-illness-and-mourning-brazils-bruna-moura-sees-her-olympic-dream-through-to-the-end-0212/

How was Moura received by the audience when she arrived at the finish line?
Alternativas
Q4231857 Inglês

Read text III to answer question


Cross-country skiing: "It means everything. It's the whole

universe to me," says Bruna Moura


At the age of 31, Brazilian Bruna Moura realized her Olympic dream. 74th in the sprint qualifier and 99th in the individual skate, far from the top places, she was nonetheless greeted by a standing ovation at the finish. "I've been waiting for this for so long," she told Sportbladet after the sprint qualifier. "It means everything. It's the whole universe to me."


For the Olympic debut, the Brazilian slipped a photo of her best friend, who died suddenly of a pulmonary embolism, under her wetsuit. "We spoke one day. The next day, she was gone... It's still difficult... She said she'd be there when I realized my dream. It was my way of having her by my side."


More than just a result, Milan/Cortina marks the culmination of a lifetime of fighting. "We did it," she concludes.


Adapted from https://www.nordicmag.info/en/2026-olympics-cross-country-skiing-accident-heart-surgery-illness-and-mourning-brazils-bruna-moura-sees-her-olympic-dream-through-to-the-end-0212/

How could Bruna have her best friend by her side at the Olympics?
Alternativas
Q4231856 Inglês

Read text II to answer question.


Bruna Moura nearly died trying to get to the Olympics. Now

she's back on her skis.


By Nic Zaccardi


Published February 23, 2023


Back in 2011, Moura, then 17, was a promising mountain biker. She was coached by an Olympian, competed on the junior World Cup circuit and strove to represent Brazil at the 2016 Rio Games. But a medical exam revealed a heart condition that required surgery and, ultimately, led her to cross-country skiing. The winter sport became more appealing for a few reasons.


During her recovery, Brazilian sports officials gifted her equipment for roller skiing, which cross-country skiers use for summer training. She took to it. It was also difficult to get sponsors back to return to mountain biking. Plus, her mountain bike coach was actually a two-sport Olympian, switching back and forth between mountain bike and cross-country skiing.


In 2015, Moura competed at the world junior championship in biathlon. Later that year, she entered her first international race in cross-country skiing, where Olympic qualifying is slightly easier for non-traditional winter sports nations.


She competed in her first world championship in cross-country skiing in 2017 and by January 2022 was in contention for the second and last Brazil women's Olympic berth. At the last qualifying event in Switzerland, she finished her race and called her partner, Dutchman Pascal Luiten, who tracked the live results and told her she earned the Beijing Olympic spot. "I started crying and jumping," Moura said. "It was really, really, let's say a fantastic day."


Two days later, Moura tested positive for COVID-19 with symptoms that were not life-threatening. She quarantined in Austria for 10 days and changed her itinerary to get from Europe to China. On Jan. 27th, she could leave. She booked a van through a car service to take her, and her ski equipment, about four hours north to Munich, where she planned to stay a few nights before flying to Beijing. Moura woke up around 5 a.m. to wipe down the room in the house where she quarantined. The van arrived at 7. She learned from text messages that the driver was a Russian named Yevgeny who lived in Berlin.


She remembers details about that morning that altered their estimated arrival time. Yevgeny at first parked behind the house, but she needed him to be in the front where her three large bags were. The GPS had to correct after they took the wrong street leaving the Austrian town.


Yevgeny drove fast enough that Moura became afraid and instinctively looked for the seatbelt. She said that, growing up in Brazil, she always made sure that everybody had their belts on before starting the car. On this morning, she did not initially follow her own advice. Minutes into the trip, she looked at the loose belt and thought: "Do I wear it, or not because the way he's driving?" she recalled a year later. "Maybe if I do not wear it, I have time to react, open the door and jump. That's crazy thoughts of course. But that's what I thought at the moment. Then I put it on and tried to sleep."


About an hour later, Moura woke up. The van was still. "I was scared," she said. "I opened my eye, and I remember thinking to myself, 'You were sleeping. You are waking up now.'... I saw so many people around me, and I did not understand anything because I did not remember anything when I saw them. I got scared, like what the hell is happening here? And then all the pain started, and it was hard to breathe."


Images showed the van up against a guard rail. The windshield and everything below it was mangled, the van's insides and one tire spilled into the side of a two-lane road. On the other side of the road, a large truck lay on its side.


A medical helicopter took Moura to a hospital. She broke an arm in three places, had three broken ribs, lung damage and a broken left foot. When she was stabilized, they brought her to a room. She remembers an old woman entered and told her what had happened, a few hours after the accident. "Until then, I didn't know anything," Moura said. "You had a collision with a truck," Moura was told. "There was nothing to do for the driver. He died with the impact."


After two surgeries, she was discharged the next week and taken 11 hours by ambulance taxi to the Netherlands, where she lives with Luiten. They rented a hospital bed and put it in the living room. The first night was the worst. "All night it was just moaning from pain," said Luiten, who slept on a couch in the room. "That did not stop until the morning." She was prescribed stronger medication the next day. That's about the time the Olympics began. "I wanted to watch it," she said. "At first, it was not easy. The Opening Ceremony was like a punch in my face."


Luiten said they watched the Games on TV all day every day. "It was mostly a matter of trying to enjoy the fact that people were visiting her, caring about her, and there were sports to watch as a distraction," he said. "Trying to get her mind off the pain, especially at night."


She spent most of her time in bed for those first three weeks, the rest in a wheelchair. She began walking, first with crutches, and then, two months after the accident, on her own. By August, she began roller skiing again. She was determined to ski on snow, though her foot still hurt. "I was already aiming at 2026," she said. "Yeah, it hurts like hell now, but it will not stay like this forever."


Also that summer, she began working at a bike shop and then taking kickboxing classes. Co-workers learned her story and set up a Gofundme page to aid with the costs of becoming an international athlete again.


In the fall, Moura ran for the first time since the accident. Late last month, she skied on snow for the first time in a year. Then two weeks ago, she traveled back to Austria, to the same place where she quarantined a year ago. On a bus, she passed by the site of the accident and shared the video on her Instagram story. The 2026 Winter Olympic cross-country skiing races will be about 50 miles south of where last year's tragedy occurred.


Moura said she asks herself daily why she continues this pursuit, which began as a mountain biker more than a decade ago. "When I decided to become an athlete, I decided that I wanted to get to the highest I could," she said. "When you are an athlete, the highest you can get is the Olympics."


Adapted from https://www.nbcsports.com/olympics/news/bruna-moura-cross-country-skiing-brazil

It is correct to state that Moura:
Alternativas
Q4231855 Inglês

Read text II to answer question.


Bruna Moura nearly died trying to get to the Olympics. Now

she's back on her skis.


By Nic Zaccardi


Published February 23, 2023


Back in 2011, Moura, then 17, was a promising mountain biker. She was coached by an Olympian, competed on the junior World Cup circuit and strove to represent Brazil at the 2016 Rio Games. But a medical exam revealed a heart condition that required surgery and, ultimately, led her to cross-country skiing. The winter sport became more appealing for a few reasons.


During her recovery, Brazilian sports officials gifted her equipment for roller skiing, which cross-country skiers use for summer training. She took to it. It was also difficult to get sponsors back to return to mountain biking. Plus, her mountain bike coach was actually a two-sport Olympian, switching back and forth between mountain bike and cross-country skiing.


In 2015, Moura competed at the world junior championship in biathlon. Later that year, she entered her first international race in cross-country skiing, where Olympic qualifying is slightly easier for non-traditional winter sports nations.


She competed in her first world championship in cross-country skiing in 2017 and by January 2022 was in contention for the second and last Brazil women's Olympic berth. At the last qualifying event in Switzerland, she finished her race and called her partner, Dutchman Pascal Luiten, who tracked the live results and told her she earned the Beijing Olympic spot. "I started crying and jumping," Moura said. "It was really, really, let's say a fantastic day."


Two days later, Moura tested positive for COVID-19 with symptoms that were not life-threatening. She quarantined in Austria for 10 days and changed her itinerary to get from Europe to China. On Jan. 27th, she could leave. She booked a van through a car service to take her, and her ski equipment, about four hours north to Munich, where she planned to stay a few nights before flying to Beijing. Moura woke up around 5 a.m. to wipe down the room in the house where she quarantined. The van arrived at 7. She learned from text messages that the driver was a Russian named Yevgeny who lived in Berlin.


She remembers details about that morning that altered their estimated arrival time. Yevgeny at first parked behind the house, but she needed him to be in the front where her three large bags were. The GPS had to correct after they took the wrong street leaving the Austrian town.


Yevgeny drove fast enough that Moura became afraid and instinctively looked for the seatbelt. She said that, growing up in Brazil, she always made sure that everybody had their belts on before starting the car. On this morning, she did not initially follow her own advice. Minutes into the trip, she looked at the loose belt and thought: "Do I wear it, or not because the way he's driving?" she recalled a year later. "Maybe if I do not wear it, I have time to react, open the door and jump. That's crazy thoughts of course. But that's what I thought at the moment. Then I put it on and tried to sleep."


About an hour later, Moura woke up. The van was still. "I was scared," she said. "I opened my eye, and I remember thinking to myself, 'You were sleeping. You are waking up now.'... I saw so many people around me, and I did not understand anything because I did not remember anything when I saw them. I got scared, like what the hell is happening here? And then all the pain started, and it was hard to breathe."


Images showed the van up against a guard rail. The windshield and everything below it was mangled, the van's insides and one tire spilled into the side of a two-lane road. On the other side of the road, a large truck lay on its side.


A medical helicopter took Moura to a hospital. She broke an arm in three places, had three broken ribs, lung damage and a broken left foot. When she was stabilized, they brought her to a room. She remembers an old woman entered and told her what had happened, a few hours after the accident. "Until then, I didn't know anything," Moura said. "You had a collision with a truck," Moura was told. "There was nothing to do for the driver. He died with the impact."


After two surgeries, she was discharged the next week and taken 11 hours by ambulance taxi to the Netherlands, where she lives with Luiten. They rented a hospital bed and put it in the living room. The first night was the worst. "All night it was just moaning from pain," said Luiten, who slept on a couch in the room. "That did not stop until the morning." She was prescribed stronger medication the next day. That's about the time the Olympics began. "I wanted to watch it," she said. "At first, it was not easy. The Opening Ceremony was like a punch in my face."


Luiten said they watched the Games on TV all day every day. "It was mostly a matter of trying to enjoy the fact that people were visiting her, caring about her, and there were sports to watch as a distraction," he said. "Trying to get her mind off the pain, especially at night."


She spent most of her time in bed for those first three weeks, the rest in a wheelchair. She began walking, first with crutches, and then, two months after the accident, on her own. By August, she began roller skiing again. She was determined to ski on snow, though her foot still hurt. "I was already aiming at 2026," she said. "Yeah, it hurts like hell now, but it will not stay like this forever."


Also that summer, she began working at a bike shop and then taking kickboxing classes. Co-workers learned her story and set up a Gofundme page to aid with the costs of becoming an international athlete again.


In the fall, Moura ran for the first time since the accident. Late last month, she skied on snow for the first time in a year. Then two weeks ago, she traveled back to Austria, to the same place where she quarantined a year ago. On a bus, she passed by the site of the accident and shared the video on her Instagram story. The 2026 Winter Olympic cross-country skiing races will be about 50 miles south of where last year's tragedy occurred.


Moura said she asks herself daily why she continues this pursuit, which began as a mountain biker more than a decade ago. "When I decided to become an athlete, I decided that I wanted to get to the highest I could," she said. "When you are an athlete, the highest you can get is the Olympics."


Adapted from https://www.nbcsports.com/olympics/news/bruna-moura-cross-country-skiing-brazil

Say if the statements below are true (T) or false (F) about the athlete Bruna Moura and then mark the correct option.


( ) She tested positive for COVID-19 shortly before the 2022 Olympics.


( ) She represented Brazil at the 2016 Rio Games, racing cross-country skiing.


( ) She had an accident in 2022, in which her coach did not survive.


( ) She was not wearing a seat belt when the car accident happened.

Alternativas
Respostas
1: A
2: E
3: E
4: C
5: B
6: B
7: D
8: A
9: C
10: C
11: A
12: A
13: E
14: D
15: D
16: A
17: E
18: A
19: D
20: B