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The artisan is delighted to ………. to you the craft of creating prints in an old-age style.

 

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Japan’s Mount Fuji will become a World Heritage Site in June. The United Nations (U.N.) decided on April the 30th to give the famous mountain UNESCO World Heritage (1)__________. The U.N. team (2)__________ made the decision said Fuji was very important to Japanese religion and art. They also said that the 3,776-meter-high volcano was important outside of Japan too. Fuji-san (as Japanese people call it) has been a mountain for more than 1,000 years. Priests say that when you climb it, you move from the “everyday world” at the bottom, to the “world of gods, Buddha and death” at the top. They believe people can (3)________ their sins by climbing to the top and coming back down again. (4)_________, Mount Fuji is a major tourist destination. It is very popular with hikers, who want to see the rising sun from its peak. More than 318,000 hikers visited the mountain last summer, with up to 15,000 people climbing each day. Local residents are now worried the World Heritage status will mean more visitors. That means there will be more litter and environmental problems. The local government may ask people to pay to climb the mountain to help preserve its (5) __________. Governor Shomei Yokouchi said: “It’s likely we’ll ask mountain climbers to help financially with keeping the mountain clean.” Another idea being talked about is to limit the daily number of hikers allowed to the top

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Don’t look now, but artificial intelligence is watching you. Artificial intelligence has tremendous power to enhance spying, and both authoritarian governments and democracies are adopting the technology as a tool of political and social control. Data collected from apps and websites already help optimize ads and social feeds. The same data can also reveal someone’s personal life and political leanings to the authorities. The trend is advancing thanks to smartphones, smart cameras, and more advanced AI. An algorithm developed at Stanford in 2017 claimed to tell from a photograph whether a person is gay. Accurate or not, such a tool creates a new opportunity for persecution. “Take this type of technology, feed it to a citywide CCTV surveillance system, and go to a place like Saudi Arabia where being gay is considered a crime,” says Lisa Talia Moretti, a digital sociologist. “Suddenly you’re pulling people off the street and arresting them because you’re gay, because the computer said so.”  No country has embraced facial recognition and AI surveillance as keenly as China. The AI industry there has flourished thanks to fierce competition and unrivaled access to personal data, and the rise of AI is enabling tighter government control of information, speech, and freedoms. In some Chinese cities, facial recognition is used to catch criminals in surveillance footage, and to publicly shame those who commit minor offenses. Most troubling, AI is being used in Xinjiang, a province in Western China, to persecute Muslims. Even if China’s AI capabilities are exaggerated, the AI boom there is having a chilling effect on personal freedom, says Ian Bremmer, an expert on global political risk and founder of the Eurasia Group. “You just need a government that is starting to get that capacity and make it known, and have a few people that are sort of strung up as examples, and suddenly everyone is scared,” he says. This might feel like a distant reality, but similar tools are being developed and used in the West. Just ask Glenn Rodriguez, who faced judgment from an algorithm when seeking parole from prison in the US. Despite 10 years of good behavior, Rodriguez saw how an algorithm called COMPAS, designed to predict inmates’ likelihood of reoffending, would be biased against him. And even though the parole board went against the computer program’s  
6. According to paragraph 4, what can the AI system in the US do?

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Globally we use more energy than ever before, and the demand is rapidly growing. Economic expansion of emerging market economies, population growth and our increasing use of energy-consuming devices are among the most important contributing factors. About one-third of the radiation hitting Earth’s atmosphere is reflected back out into space by clouds, ice, snow, sand and other reflective surfaces. The other two-thirds is absorbed by the Earth’s surface and the atmosphere. As the land, oceans and atmosphere heat up, they re-emit energy as infrared thermal radiation, which passes through the atmosphere. Heat-trapping gases like carbon dioxide (CO2) absorb this infrared radiation and prevent it from dissipating into space, giving rise to what we know as the greenhouse effect. The accumulation of CO2 and other greenhouse gases in the atmosphere is the dominating driver of recent climate change. CO2 is estimated to be responsible for 64 % of man-made global warming. Other greenhouse gases are released in much smaller amounts but still contribute significantly to the overall warming effect, as they are much more potent heat-trapping gases than CO2. The EU is taking action on many levels. One example is on fluorinated gases that are contributing less than CO2 but still a particular point of concern in addressing climate change. They are used in several types of products, such as in refrigeration, air-conditioning and heat pump equipment. While fluorinated gases are released into the atmosphere in smaller quantities than other greenhouse gases, they are extremely potent – they produce a warming effect 23 000 times greater than CO2. For this reason the EU has decided to control their use. The EU’s regulation on fluorinated greenhouse gases aims at cutting the Union’s emissions by two-thirds compared to 2014 levels. Chemicals are not only part of the problem – they are also part of the solution. Sustainable energy sources like solar power rely on chemical innovation using, for example, nanomaterials. One of the main challenges with renewable energy is how to increase its viability with the help of energy storage solutions. For example, solar panels have the best conditions in the desert, but that is not where most people live. Windmills also produce power during the night, which is when our energy consumption is at its lowest. In other words, technologies to improve energy storage and transportation is one of the important areas of research where innovation is needed  
4. The word “potent” in paragraph 2 can be replaced by _______

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The ability to be independent is something that not everyone possesses. (1)_______, you need to be independent in order to survive in the world. Learning to support yourself is (2) ________ for any success you ever hope to achieve. At the end of the day, you only have yourself to fall back on, so it is exceedingly important to be able to handle things on your own. It is all about being secure with who you are and what you believe in. It is extremely empowering knowing that you are (3)________control of your own life and your own choices. It is much more beneficial to listen to the voice inside yourself rather than the berating (4) ________of others. We rely on others far more than it is necessary. People put their happiness in the hands of a significant other, thinking this will bring them fulfillment. This is a fatal error too many people make these days. Do you always want to feel dependent on someone else? Of course not. Not only are you limiting yourself, you are more than likely becoming a burden to this person. We need to learn how to make decisions on our own. I understand asking your friends their opinion on a fashion decision, but do we really need to consult others on every minimal decision we have to make? Think of things (5)________ are in your best interest and choose that option

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I close friend gave me a wonderful present on my birthday.

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The doctor warned his patient not to take too much sugar.

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Rachel Carson was born in 1907 in Springdale, Pennsylvania. She studied biology in college and zoology at Johns Hopkins University, where she received her master's degree in 1933. In 1936, she was hired by the US Fish and wildlife service, where she worked most of her life. Carson's first book, Under the Sea Wind, was published in 1941. It received excellent reviews, but sales were poor until it was reissued in 1952. In that year, she published The Sea Around Us, which provided a fascinating look beneath the ocean's surface, emphasizing human history as well as geology and marine biology. Her language had a poetic quality. Carson consulted no less than 1,000 printed sources. She had voluminous correspondence and frequent discussions with experts in the field. However, she always realized the limitations of her non-technical readers. In 1962, Carson published Silence Spring, a book that sparked considerable controversy. It proved how much harm was done by the uncontrolled, reckless use of insecticides. She detailed how they poison the food supply of animals, kill birds, and contaminate human food. At that time, spokes men for the chemical industry mounted personal attacks against Carson and issued propaganda to indicate that her findings were flawed. However, her work was vindicated by a 1963 report of the President's Science Advisory Committee.
1. The passage mainly discusses Rachel Carson's work:

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This French expansion can be traced back to Isle of France, or Ile-de-France, the  administrative region for Metropolitan Paris. It is often referred to as “the city of love” or “the city of lights”, now it can officially be called “Paris, the city of incredibly talented soccer players”.  In order to preserve the integrity of the international competition, FIFA tightened the rules on nationality and representation in 2004. The decision arrived amid a growing trend of so called “lesser” footballing nations naturalising players from a greater talent pool, typically from Brazil, to play for their national team. For example, Qatar offered citizenship to three Brazilians within a week having never lived or played football in the country, while Togo managed to naturalise five Brazilians for their national team. To prevent this, FIFA declared that any player wishing to represent a “new” nation must have a “clear connection” to it. A “clear connection”, according to FIFA, means that a player must have at least one parent or grandparent who were born in their newly chosen country.  The diversity of France, and Paris in particular, lends a hand to the range of national teams its citizens can represent. Along with many European migrants residing in Paris, France’s colonial history also means that a large proportion of African and Caribbean immigrants call Paris home. Famed French nationals Claude Makalele and Lilian Thuram both migrated with their families to Paris from Zaire and Guadeloupe respectively. By law, the French INSEE census does not collect data on religion or ethnicity so it is difficult to estimate the extent of diversity in the Ile-de-France region, but approximately 20% of its inhabitants were born abroad. One might conclude that an even larger percentage have at least one parent or grandparent who were part of the sizeable waves of immigrants arriving to Paris since WWI. These waves of migrations chiefly occurred in the late 19th century and up until WWI. It is unlikely that the current crop of footballers would have many feelings of nationalism toward the faraway countries of their grandparents. The advantage Paris has is that a vast majority of professional footballers may feel that their best opportunity to play for a national team would be with the country of their heritage. 
5. The word “residing” in paragraph 3 refers to _____

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Rachel Carson was born in 1907 in Springdale, Pennsylvania. She studied biology in college and zoology at Johns Hopkins University, where she received her master's degree in 1933. In 1936, she was hired by the US Fish and wildlife service, where she worked most of her life. Carson's first book, Under the Sea Wind, was published in 1941. It received excellent reviews, but sales were poor until it was reissued in 1952. In that year, she published The Sea Around Us, which provided a fascinating look beneath the ocean's surface, emphasizing human history as well as geology and marine biology. Her language had a poetic quality. Carson consulted no less than 1,000 printed sources. She had voluminous correspondence and frequent discussions with experts in the field. However, she always realized the limitations of her non-technical readers. In 1962, Carson published Silence Spring, a book that sparked considerable controversy. It proved how much harm was done by the uncontrolled, reckless use of insecticides. She detailed how they poison the food supply of animals, kill birds, and contaminate human food. At that time, spokes men for the chemical industry mounted personal attacks against Carson and issued propaganda to indicate that her findings were flawed. However, her work was vindicated by a 1963 report of the President's Science Advisory Committee.
7. The word "reckless" is closest in meaning to: 

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At last, Huong made a determined effort to get a scholarship so that he could have chance to study overseas.

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Ho Chi Minh Mausoleum is the final resting place of Ho Chi Minh, the __________ iconic and popular leader of Vietnam.

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Generation gaps form when two age groups begin to see the world from significantly different perspectives. Generation gaps existed long before the 1960s - in the early 19th century, political scientist Alexis de Tocqueville commented, “Among democratic nations, (1) ____ generation is a new people.” But they tend to emerge with greater frequency as the (2) ____ of societal change increases. For example, in the 1800s, chances were that your father’s world looked a lot (3) ____ your own. In the 21st century, even a short span of 20 years can bring radical changes in technology (and the way we use it), moral and religious beliefs, and attitudes about education, work, friends and family life. Longer life spans also increase the prevalence of generation gaps. For babies born in 1920, life (4) ____ in the United States was 56.4 years. For babies born in 2009, it’s 78.7 years. Longer life spans mean that more generations are living and working simultaneously. That means (5) ____ for the first time in history, there are four distinct generations (and four generation gaps) in the workplace

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Vocational training in the UK is intended to give people the skills and knowledge they  need to perform a particular job, and involves practical instruction as well as theory. Most vocational training takes place not in universities but in colleges of further education and in colleges specializing in art, accountancy, etc. some secondary schools now also offer an introduction to vocational training.  NVQs (National Vocational Qualifications) are qualifications that can be obtained by people already working in a particular industry. Colleges of further education run courses to provide a theoretical background. NVQs are awarded on the basis of practical work, spoken and written test, and coursework. There are five levels, from Foundation to Management. Since 1992 many students in schools and colleges have been working for GNVQs (General National Vocational Qualifications), as an alternative to GCSEs and A levels. GNVQs cover similar areas to NVQs and are intended as introductions to a particular field of work and the skills required. Students can choose from over 500 subjects. At the lowest of its three levels foundation, a GNVQ is equivalent to a GCSE and from 2002 they are being replaced by new vocational GCSEs.  In the US there are no national qualifications like NVQs, though some professional organizations decide on their own qualifications and some of these have become widely accepted. Much vocational training is done by private institutions which are sometimes called proprietary schools. Although many of these are good, in general they have a bad reputation. This is partly because there are no controls over who can operate such a school. Some proprietary schools try to get as many students as possible, including some who will probably not be able to complete their training.  Most US secondary schools programs do not provide a choice between an academic and a practical track (a program of study), but most do give students an opportunity to take some practical or vocational classes. Large school districts may have magnet schools, schools that attract students with certain interests, and some of these may have a large choice of vocational courses.  
4. The word "its" in paragraph 2 refers to ____.

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Despite the fact that humans haven’t returned to the Moon since the cancellation of the Apollo program in 1972, there have nonetheless been incredible advances in space exploration in recent years. All across the world, human time is the most valuable commodity – particularly when it comes to solving problems. Far from stealing jobs, the majority of advances in artificial intelligence and machine learning are designed to automate relatively “simple” processes and free up time for humans to do what they do best. Already we have had a taste of what AI can achieve from space, even as far back as the early 2000s with the launch of the Earth Observing-1 (EO-1) satellite, which helps analyse and inform the appropriate response in the event of a disaster, such as hurricanes and volcanic eruptions. In some cases, the systems in place on EO-1 began capturing satellite images of disaster zones before ground personnel were even aware that a disaster had occurred. More recently, AI has been used on the Mars Curiosity rover, where AEGIS software is able to identify intriguing rock or soil patches that should be targeted for analysis. This significantly expedites the process of collecting data from the surface of Mars as the robot isn’t relying solely on human commands. Richard Branson’s Virgin Galactic – which hopes to soon begin conducting commercial flights – charges between $200,000 to $250,000 per ticket for a flight where passengers will experience just several minutes of weightlessness beyond the Karman line where space officially begins. Therefore, previous space missions have always needed to consider very carefully which astronauts they send to space, with the ultimate decision often coming down to an astronaut’s ability to act as a ‘jack-of-all-trade’. In future, it should be possible to automate the computing and engineering tasks that historically astronauts have had to train for. This would mean sending individuals with specialised expertise in science and research in place of the all-rounder astronauts of yesteryear. For success in space exploration in the years to come, we will need to continue along the exponential curve of open source uptake and see advances in the approach to how spacecraft software, hardware and infrastructure is developed and deployed. With this baseline in place, advances in AI-driven scientific research have the potential to propel us forwards.
3. According to paragraph 2, for what purpose did the author list out various applications of AI?

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While good grades are important and should be something every student strives for, they do not necessarily correlate with a student’s intelligence. Students should worry less about their grades and instead care more about retaining the content they are learning and gaining actual knowledge. David Thomas, a principal lecturer at ASU, said there are varying theories about intelligence. One of them is the entity theory of intelligence, which describes intelligence as being stable throughout someone’s life. Thomas said there are also people who think just the opposite, and that a person can become more intelligent throughout their life. While there are varying theories on what intelligence is and whether it can improve, you can gain knowledge throughout the course of your life. This principle should be the focus of education, not a person’s grades. Every student at ASU is preparing for a career and learning the necessary skills to do well in their desired industry. Getting an “A” on a test will not mean anything if you cannot apply the material you learned to real-life situations. Just because someone gets an “A” in a class or is in Barrett, the Honors College, it doesn’t define intelligence. Similarly, someone who gets a “D” in a class is not necessarily unintelligent, as there are other factors that play into grades. Take Bill Gates for example, a very wealthy and successful man who dropped out of Harvard University two years into his degree and later became the co-founder of Microsoft. He is intelligent, and yet he did not have a college degree when he started his company. Additionally, Thomas said motivation plays a big part in a person’s grades. A student with mastery-oriented motivation approaches a class with curiosity and an interest in the subject, whereas a student with performance-orientated motivation does so solely from a grade standpoint. If people spent the same amount of time working to ensure they retain important information as they did pulling all-nighters to cram for finals, they could become be more intelligent. Students should focus on developing their critical thinking and problemsolving skills rather than simply memorizing information for a test. A transcript only shows a student’s motivation, dedication and work ethic — not their personality, humor, work or life experiences. While grades still matter, we need to stop weighing our intelligence through grades and instead recognize that intelligence comes in all forms.
8. Which of the following can be inferred from the passage?

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During droughts water is scarce but is it possible to make it rain to provide water. Experiments in cloud seeding suggest that it may be possible to artificially create rainfall. Rainfall occurs when supercooled droplets of water – those that are still liquid but are at a temperature below the usual freezing point of zero centigrade – form ice crystals. Now too heavy to remain suspended in the air, these then fall, often melting on their way down to form rain. Even in dry areas the air usually contains some water. This can be made to come together and form ice crystals by seeding the atmosphere with chemicals such as silver iodide or dry ice. They work to promote rainfall by inducing nucleation – what little water is in the air condenses around the newly introduced particles and crystallises to form ice. The ‘seeds’ can be delivered by plane or simply by spraying from the ground. But does it work? It’s hard to tell for sure. As is often the case with weather and climate, it’s impossible to carry out a controlled experiment – so, in areas of increased precipitation, we can’t know whether it would still have rained even if the clouds hadn’t been seeded. Success has been claimed for trials in Australia, France, Spain and the US. In the United Arab Emirates, the technique is credited with the creation of 52 storms in the Abu Dhabi desert, while China boasts of having used the technology in reverse to keep the Beijing Olympic Games of 2008 dry. Recent research, however, suggests that it’s not as effective as was previously believed  
2. According to paragraph 2, what is the condition for crystallisation?

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The elusive “generation gap” is construed as being widest when one of the two  generations is the adolescent. While the gap exists in almost all facets of social and personal domains, never is it more evident than in the field of technology, where one of the generations is a digital native and the other, an immigrant or even an alien, depending upon the stage of the continuum of adulthood. The use of gadgets itself is markedly influenced by age, as shown in Pew Research Center’s Internet & American Life Project that studied how different generations use technology.  Although cell phones are now the predominant form of interpersonal communication, the way they are used significantly varies between generations. Youngsters use their phones for a variety of activities such as taking photos, texting, going online, instant messaging, emailing, playing games, listening to music, and even recording and watching videos while adults progressively according to their age progression, restrict the use of these devices to fewer and fewer activities. Interestingly, Pew Research found that the one cell phone activity that transcends age is taking photos, with adults just as likely to click photos on the cell phone cameras as the young. However, the type of photos taken differs, with adolescents clicking more selfies that adults.  The Internet seems to be a good leveler of digital use, at least within the US. While fewer than 60% of senior citizens (ages >65) are conversant with and use the Internet in 2014, the percentages are comparable for all other age groups; 92% for teens, 97% for young adults (18-29 years), 94% for the mid-lifers (30-49%) and 88% for older adults (50-64%). How the internet is used also varies among age groups. While teenagers and young adults under age 30 use the Internet to find information, socialize, play, shop and perhaps conduct business, older users visit government websites or seek financial information online. However, this gap is narrowing, according to Pew Research, and activities such as emails and search engines being increasingly used by all age groups that are online.  Social media is another area where there is an age difference. While the percentage of adults who use social media (72%) is not that different from the youngsters in it (81%), there is a difference in the type of social media applications that is favored. Youngsters (teens and young adults) seem more prevalent in social media applications such as Facebook and Twitter while adults dominate tumblr, Instagram and Pinterest. Adults are largely passive or semi-active users of social media as seen in that adults typically add contacts only on request while adolescents actively seek new friendships. Adolescents use the social media platform as a conversation space and an outlet for self-expression, aimed largely at building new relationships while adults use social media to maintaining existing relationships. Adults have fewer contacts with a third of the adults in social media admitting to having family as their main contact group. Contrast this with the fact that only 10 and 15 percent of adolescents reported to have family in their social media contact list.
6. The word “prevalent” in paragraph 4 could best be replaced by _________

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Desertification is creating additional challenges to the survival of endangered animal species in India, according to a senior wildlife official who attended the 14th Conference of Parties (COP14) to the United Nations Convention to Combat Desertification (UNCCD) in New Delhi. A few days earlier, at COP14 in New Delhi, Dr Chandra had said that the statistics on species extinction have been derived from a database of more than 5.6 million specimens, which have lived across India and the neighbouring countries since before independence. The deteriorating pattern in the species’ distribution in geo-special platforms over the past 100 years clearly highlights the concerning impact of deforestation and desertification. Land degradation threatens species like the Great Indian Bustard, which is classified as “critically endangered” by the International Union for Conservation of Nature (IUCN). The Weather Channel India got in touch with Dr Chandra, who said that less than 150 Great Indian Bustards are alive today. “Desertification and land degradation are among the 20-30 risk factors to the survival of Great Indian Bustards,” Dr Chandra told Weather.com. In simple terms, desertification is a process wherein fertile land becomes unusable, typically as a result of a long drought, deforestation, salinisation, intensive agricultural practices, and the excessive usage of insecticides, pesticides and chemicals. Desertification leads to hazardous effects on not just animals, but also on the food chain and the overall biodiversity—right from microscopic organisms to human beings. Deforestation has affected over 30% of the land in India due to over-cultivation, soil erosion and depletion of wetlands. Along with India, the planet as a whole currently stares at the fast-growing threat of land degradation  
4. According to paragraph 4, which is NOT the cause of desertification?

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An American game that has traveled well is basketball, now played by more than 250 million people worldwide in an organized fashion, as well as by countless others in “pick-up” games. Basketball originated in 1891 when a future Presbyterian minister named James Naismith (1861-1939) was assigned to teach a physical education class at a Young Men’s Christian Association (YMCA) training school in Springfield, Massachusetts. The class had been noted for being disorderly, and Naismith was told to invent a new game to keep the young men occupied. Since it was winter and very cold outside, a game that could be played indoors was desirable.  Naismith thought back to his boyhood in Canada, where he and his friends had played “duck on a rock,” which involved trying to knock a large rock off a boulder by throwing smaller rocks at it. He also recalled watching rugby players toss a ball into a box in a gymnasium. He had the idea of nailing up raised boxes into which players would attempt to throw a ball. When boxes couldn’t be found, he used peach baskets. According to Alexander Wolff, in his book 100 Years of Hoops, Naismith drew up the rules for the new game in “about an hour.” Most of them still apply in some forms today.  Basketball caught on because graduates of the YMCA school traveled widely, because Naismith disseminated the rules freely, and because there was a need for a simple game that could be played indoors during winter. Naismith’s legacy included the first great college basketball coach, Forrest “Phog” Allen (1885-1974), who played for Naismith at the University of Kansas and went on to win 771 games as a coach at Kansas himself. Among Allen’s star players was Wilt Chamberlain, who became one of professional basketball’s first superstars – one night in 1962, he scored a record 100 points in a game.  The first professional basketball league was formed in 1898; players earned $2.50 for home games, $1.25 for games on the road. Not quite 100 years later, Juwan Howard, a star player for the Washington Bullets (now called the Washington Wizards), had competing offers of more than $100 million over seven seasons from the Bullets and the Miami Heat.  Many teams in the National Basketball Association now have foreign players, who return home to represent their native countries during the Olympic Games. The so-called Dream Team, made up of the top American professional basketball players, has represented
the United States in recent Olympic Games. In 1996 the Dream Team trailed some opponents until fairly late in the games. In Athens in 2004 Argentina took home the gold, the first time a Latin American country won the basketball honor. 
8. Which of the following is NOT true according to the passage?

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The annual mortality burden in the UK from exposure to outdoor air pollution is equivalent to around 40,000 deaths. To this can be (1) ____ further impacts from exposure to indoor air pollutants such as radon and second-hand smoke. The health problems resulting from exposure to air pollution also have a (2) ____ cost to society and business, our health services, and people who suffer from illness and premature death. In the UK, these costs add up to more than £20 billion every year. Vulnerable people are prisoners of air pollution, having to stay indoors and limit their (3) ____when pollution levels are high. This is not only unjust; it carries a cost to these individuals and the community from missed work and school, from more health problems (4) ____ lack of exercise, and from social isolation. Taking action will reduce pain, suffering and demands on the National Health Service (NHS), while (5) ____ people back to work, learning, and an active life. The value of these benefits far exceeds the cost of reducing emissions