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....................... it several times, he didn’t want to read it once again.

 

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You saw that smoke. It came from the hills.

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The life of a Professional Gamer
Gordon Hayward has a pretty cool job – he plays basketball for the team Utah Jazz in the American National Basketball Association (NBA). But in his free time, he also works as a professional gamer, competing in StarCraft 2 tournaments. Even as a top – level athletes, Gordon is impressed with the amount of commitment needed for these competitions. “These guys are professionals”, he says. “They play this game for their job, so they take this as seriously as I take playing basketball for a living.” Competitive gaming has been around for almost as long as video games themselves, but it’s only recently that people have started earning money from it. This is because companies sponsor gamers, and tournaments. The gaming industry is now worth about $6 billion, and it is growing every year. Michel Masquelier, President of IMG Media (one of the world’s largest entertainment companies), called gaming the number one activity in the world for men aged 18 to 24. Just as young people aspire to play in the NBA, many also dream of becoming professional gamer. There are now big global tournaments like World Cyber Games and Major League Gaming Championships, where hundreds of gamers come to compete in popular game like StarCraft, WarCraft, Counterstrike, and the football game FIFA in front of an audience. The prize money in a tournament can reach a few million dollars. One thing gamer, and athletes have in common is that they often play in teams. These “clans”, as gamers call them, usually play tournaments together and practise against one another. Professional gamers and their clans earn money through sponsorships, winning tournament, and teaching and training people to play video games better. Like athletes, gamers must train long and hard to become the best at the game that they play. Most gamers only compete in one game, the same way that most professional athletes only play one sport. Adrian Kwong, a professional gamer, says that he usually practises StarCraft 2 for more than three hours a day. Some days he even plays for more than five hours. “To become a pro player, it takes determination, skill, and extensive practice,” says Katie Goldberg, who is vice – president of communications at Major’s League Gaming. Gordon Hayward isn’t going to give up his basketball career anytime soon, but he says that athletes and gamers are not that different: “You have to train hard if you want to be the best, and that goes for everything, not just basketball. That also goes for video games like StarCraft”.

1. What best describes the main idea of the passage?

Mark the letter A, B, C, or D to indicate the sentence that best combines each pair of sentences in the following questions.
Mai: “Why don't we ask Mr Brown for help?”

Choose the letter A, B, C or D to complete the sentences with given words:
He/ see/ advertisement/ the Youth Newspaper/ February 22th.

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I was ...... to find that the film was quite ……

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions:
Glass is a remarkable substance made from the simplest raw materials. It can be colored or colorless, monochrome or polychrome, transparent, translucent, or opaque. It is lightweight impermeable to liquids, readily cleaned and reused, durable yet fragile, and often very beautiful. Glass can be decorated in multiple ways and its optical properties are exceptional. In all its myriad forms - as table ware, containers, in architecture and design - glass represents a major achievement in the history of technological developments.
Since the Bronze Age about 3,000 B.C., glass has been used for making various kinds of objects. It was first made from a mixture of silica, line and an alkali such as soda or potash, and these remained the basic ingredients of glass until the development of lead glass in the seventeenth century. When heated, the mixture becomes soft and malleable and can be formed by various techniques into a vast array of shapes and sizes. The homogeneous mass thus formed by melting then cools to create glass, but in contrast to most materials formed in this way (metals, for instance), glass lacks the crystalline structure normally associated with solids, and instead retains the random molecular structure of a liquid. In effect, as molten glass cools, it progressively stiffens until rigid, but does so without setting up a network of interlocking crystals customarily associated with that process. This is why glass shatters so easily when dealt a blow. Why glass deteriorates over time, especially when exposed to moisture, and why glassware must be slowly reheated and uniformly cooled after manufacture to release internal stresses induced by uneven cooling.
Another unusual feature of glass is the manner in which its viscosity changes as it turns from a cold substance into a hot, ductile liquid. Unlike metals that flow or "freeze" at specific temperatures glass progressively softens as the temperature rises, going through varying stages of malleability until it flows like a thick syrup. Each stage of malleability allows the glass to be manipulated into various forms, by different techniques, and if suddenly cooled the object retains the shape achieved at that point. Glass is thus amenable to a greater number of heat-forming techniques than most other materials.

According to the passage, how is glass that has cooled and become rigid different from most other rigid substances?

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Inside a 4D Film
A lot of people think that 3D films are pretty cool. When you watch a 3D film, it sometimes feels like you can reach out and touch the things that you see. In the future, however, 3D might be replaced by something even more advanced: 4D. What you see in a 4D film is the same as what you see in a 3D film. The screen is the same, and the glasses are the same. 4D films are different because they don’t use 3D technology. People in the audience also feel physical things during the films. Let’s look at a few examples. Let’s say that you are watching a film about earthquakes. If you are watching a 4D film, maybe your seat will suddenly start to shake. It will feel like you are in the middle of an earthquake, but you are not. The 4D effects make your seat shake. Or perhaps during the film, one of the characters gives flowers to another character. The people in the cinema might suddenly smell flowers. The point of 4D films is to make people feel like they are in the film. When we watch films these days, we only use two senses: our sense of sight and our sense of hearing. If we use our other senses, the film might feel more real to us. 4D films already exist. The film Avatar was released everywhere in 3D, but in Korea and Hong Kong, it was also released in 4D. People who watched Avatar in 4D feel wind and rain. They also smelled smoke from the weapons in the film, and sometimes their seats moved. Will 4D replace 3D films? It is possible, but we can’t be sure yet. One problem with 4D films is that it is very expensive to show them in theaters. Before a theater shows a 4D film, it has to buy a lot of special equipment. However, 4 films are catching on. Other films shown in 4D include Shrek 4-D, and Iron Man 3.
2. What does the second sentence of the sixth paragraph mean?

Read the following passage and choose the best answer (A, B, C, D):
One of the major problems in the art world is how to distinguish and promote an artist. In effect, a market must be created for an artist to be successful. The practice of signing and numbering individual prints was introduced by James Abbott McNeill Whistler, the nineteenth-century artist best known for the painting of his mother, called "Arrangement in Grey and Black", but known to most of US as "Whistler's Mother". Whistler's brother-in- law, Sir Francis Seymour Haden, a less well-known artist, had speculated that collectors might find prints more attractive if they knew that they were only a limited number of copies produced. By signing the work in pencil, an artist could guarantee and personalize each print. As soon as Whistler and Haden began the practice of signing and numbering their prints, their work began to increase in value. When other artists noticed that the signed prints commanded higher prices, they began copying the procedure. Although most prints are signed on the right-hand side in the margin below the image, the placement of the signature is a matter of personal choice. Indeed, prints have been signed within the image, in any of the margins, or even on the reverse side of the print. Wherever the artist elects to sign it, a signed print is still valued above an unsigned one, even in the same edition.
10. It can be infered from the passage that artists number their prints: 

 I _____ there once a long time ago and _____ back since.

(205)_______

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He said, "New York is bigger than London".

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions:
On the fourth Thursday in November, in houses around the United States, families get together for a feast, or a large meal. Almost all families eat turkey and cranberry sauce for this meal, and have pumpkin pie for dessert. This feast is part of a very special day, the holiday of Thanksgiving.
In 1620 the Pilgrims made a difficult trip across the ocean from England. They landed in what is now Massachusetts. In England the Pilgrims had not been allowed to freely practice their religion. So they went to the New World in search of religious freedom.
The Pilgrims' first winter was very hard. Almost half the group died of cold, hunger and disease. But the Indians of Massachusetts taught the Pilgrims to plant corn, to hunt and to fish. When the next fall came, the Pilgrims had plenty of food. They were thankful to God and the Indians and had a feast to give thanks. They invited the Indians to join them. This was the first Thanksgiving. Thanksgiving became a national holiday many years later because of the effort of a woman named Sarah Hale. For forty years Sarah Hale wrote to each president and asked for a holiday of Thanksgiving. At last she was successful. In 1863 President Lincoln declared Thanksgiving a holiday.
How much is Thanksgiving today like the Pilgrims’ Thanksgiving? In many ways they are different. For example, historians think that the Pilgrims ate deer, not turkey. The idea of Thanksgiving, though, is very much the same: Thanksgiving is a day on which we celebrate and give thanks.

The Pilgrims immigrated to the New World because     .

Read the following passage and choose the best answer (A, B, C, D):
During the nineteenth century, women in the United States organized and participated in a large number of reform movements, including movements to reorganize the prison system, improve education, ban the sale of alcohol, and, most importantly, free the slaves. Some women saw similarities in the social status of women and slaves. Women like Elizabeth Cady Stanton and Lucy Stone were feminists and abolitionists who supported the rights of both women and blacks. A number of male abolitionists, including William Lloyd Garrison and Wendell Philips, also supported the rights of women to speak and participate equally with men in antislavery activities. Probably more than any other movement, abolitionism offered women a previously denied entry into politics. They became involved primarily in 20 order to better their living conditions and the conditions of others. When the Civil War ended in 1865, the Fourteenth and Fifteenth Amendments to the Constitution adopted in 1868 and 25 1870 granted citizenship and suffrage to blacks but not to women. Discouraged but resolved, feminists influenced more and more women to demand the right to vote. In 1869, the Wyoming Territory had yielded 30to demands by feminists, but eastern states resisted more stubbornly than before. A women's suffrage bill had been presented to every Congress since 1878 but it continually failed to pass until 1920, 35 when the Nineteenth Amendment granted women the right to vote.
9. The word "it" in line 34 refers to: 

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Future Cures for a Better Future
We all wish we could stay forever young, maintaining perfect health throughout our lives. Unfortunately, this is just a pipe dream. In reality, our bodies start to fall apart as we age. Due to genetic weaknesses, neglecting our bodies, and reckless actions, people often find themselves facing a host of issues. Currently, many of these problems can’t be cured by modern medicine. Yet there is hope in the future that remedies will be developed to eliminate these conditions once and for all. One disease which prevents people from enjoying their golden years is Alzheimer’s. It is a brain condition which causes sufferers to slowly lose their memory and intellectual capabilities, and nearly 25 million people are affected by it. Although most of its victims get sick when they are senior citizens, about 5 percent start to show some effects when they are in their 40s or 50s. Within the next five to seven years, medicines should hit the market which greatly reduce the effects of Alzheimer’s, and may even cure it completely. In addition, researchers are working on a vaccine that could prevent people from getting it in the first place. Cancer is one of the deadliest diseases on the Earth. It can strike any organ or quickly spread throughout the body. Despite pumping millions of dollars into cancer research, it has proved to be a difficult disease to defeat. However, scientists are optimistic that they can turn it into a manageable condition within the next decade using a new approach. Doctors envision working with individuals’ DNA to develop more personalized treatments. Although this may not provide a complete cure, it should allow them to extend patients’ lives for many years. Although it is not a disease, baldness is something that many men dread. Although whether we lose hair is based primarily on genetics, many men feel that they did something wrong to cause it. As a result, men have been tricked with pills and routines that promise to cure baldness but actually do nothing at all. As it looks, there may be some effective treatments on the horizon. One involves cloning healthy hair follicles to ensure that men maintain a healthy head of hair. Another involves reawakening old hair follicles that have stop functioning. In the meantime, shaved heads are in style, so men should realize that they have other options.
2. Which of the following people would be most likely to get Alzheimer’s disease?

Mark the letter A, B, C, or D on your answer sheet to indicate the undelined part that needs correction in each of the following questions:
The cause of tooth decay is acid, which is produced by bacteria in the mouth. The acid removes minerals from tooth enamel, allowing tooth decay to begin; the saliva in your mouth encourages remineralization and neutralizes the acid. The rate at which bacteria in the mouth produce acid depends on the amount of plaque on the teeth, the composition of the microbial flora, and whether the bacteria of the plaque have been "primed" by frequent exposure to sugar. To keep your teeth healthy, a regular dental hygiene program should be followed.
Removing plaque with a toothbrush and dental floss temporarily reduces the numbers of bacteria in the mouth and thus reduces tooth decay. It also makes the surfaces of the teeth more accessible, enabling saliva to neutralize acid and remineralize lesions. If fluoride is present in drinking water when teeth are forming, some fluoride is incorporated into the enamel of the teeth, making them more resistant to attack by acid. Fluoride toothpaste seems to act in another way, by promoting the remineralization of early carious lesions.
In addition to a regular dental hygiene program, a good way to keep your teeth healthy is to reduce your intake of sweet food. The least cavity-causing way to eat sweets is to have them with meals and not between. The number of times you eat sweets rather than the total amount determines how much harmful acid the bacteria in your saliva produce. But the amount of sweets influences the quality of your saliva. Avoid, if you can, sticky sweets that stay in your mouth a long time. Also try to brush and floss your teeth after eating sugary foods. Even rinsing your mouth with water is effective. Whenever possible, eat foods with fiber, such as raw carrot sticks, apples, celery sticks, etc., that scrape off plaque, acting as a toothbrush. Cavities can be greatly reduced if these rules are followed when eating sweets.

What can be concluded from the passage about sweets?

Read the reading below carefully, and then complete it with the best option A, B, C or D given below:
Get More with Klein!
Klein Mobile gives you (1)-------! Customers can choose that perfect plan from the wide variety that we offer. Basic calling plans allow customers to choose between unlimited minutes or 200, 400, or 650 minutes per month. These plans include text message service but not Internet service. Premier calling plans, (2)-------, allow customers to use their phones to access e-mail, social networking sites, and more. Though premier plans cost slightly more, they provide enhanced (3) ------- features

Read the passage below carefully, and then choose the best answer:
A Microchip in Your Body
In 1998, a British scientist named Kevin Warwick did an experiment. He inserted a small microchip into his left arm. He used the microchip to turn on lights, work with his computer, and even start the water for his hath. After only nine days, Warwick removed the microchip from his arm. Nine days is not a long time, but it was enough to give the world a very important message. It is possible to have a microchip in your body. Many people think that someday, we all will have microchips. There are all kinds of things that a microchip could do. It could be useful for simple, everyday things. You might not have to carry keys, because you could use your microchip to open the front door of your house. You might not need cash, because you could use your microchip to buy things. A microchip might be able to do more important things. For example, a microchip could contain all of your important health information. If you had an emergency and wert to hospital, doctors could read your microchip and learn all of your health history. Some scientists even believe that someday a microchip could help cure diseases. Many people dislike the idea of a microchip in their body. They have a lot of concerns. Is it safe? Could a microchip make you sick? Besides, would other people be able to read your microchip and steal your personal information? People are especially worried about personal freedom. This is probably the biggest reason why so many people are against these microchips. What if your government could use your microchip to watch you? What if your government could use your microchip to find your location? Do you want the government to have that information about you? Again, for most people the answer is “no". Nobody has microchips in their body yet. We don't know if this will ever happen. If we ever do have microchips, we don't know what they would look like or what they would do. What do you think? Would you like to have a microchip inserted into your body?
6. Which statement is true?

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Tuberculosis ............... incurable before.

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Let's Learn is a TV programme for small children which makes education ………..

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The Advancing Development of Artificial Limbs
It wasn’t very long ago that losing a limb automatically meant a drastic drop in the quality of a person’s life. Thanks to the wonders of modern science, people now are recovering from all sorts of horrendous injuries that let them disabled. The reason they are able to do so is remarkable advances made in the field of artificial limbs. Doctors have been creating prosthetic limbs for their patients dating back to ancient Greece. For most of history, however, these replacements were mainly for cosmetic purposes. Pirates, knights, loot soldiers that lost their limbs in battle would get them, so they wouldn’t lose face when returning to society. It wasn’t until the mid-19th century that doctors were able to perform surgeries to reliably attach limbs to people’s bodies and amputate limbs without causing serious infection. Modern artificial limbs represent a tremendous leap forward in terms of form and function. Today’s limbs are far more durable and can withstand a lot more wear and tear. An amazing example of how far artificial limbs have progressed is the Flex-Foot Cheetah. Made from carbon fiber, it is able to store energy as the person moves, which enables the wearer to run and jump. The technology is so good that approximately 90 percent of all Special Olympic amputees use them in competition. Meanwhile, the Bebionic3 has emerged as the most advanced prosthetic arm available. It has been nicknamed “The Terminator” because it is similar to Arnold Schwarzenegger’s mechanical limbs in the famous blockbuster film. The Bebionic3 can perform a multitude of tasks including writing, tying a shoelace, lifting heavy objects, and even pouring a beer. Wearers simply push a button on the base of the arm and the Bebionic3 will work its magic. In September 2013, scientists took another giant leap forward when they successfully fitted a patient with an artificial leg that can be controlled by thought. Two of the patient’s nerves were attached to his hamstring muscle. These nerves then interact with sensors inside the artificial leg. Sensors will then transmit these messages to a computer which will follow through on his instructions. Therefore, if the patient wants to stretch out his leg, the computer will understand this command and send a message to the limb and instruct it to do so. If artificial limb technology keeps advancing like this, losing a limb may not be such a big deal.
8. The word “it” in the last paragraph refers to __________

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What ............... should we take to reduce pollution?