2022四川职称英语考试考前冲刺卷（6）.docx

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1、2022四川职称英语考试考前冲刺卷（6）本卷共分为1大题50小题，作答时间为180分钟，总分100分，60分及格。一、单项选择题（共50题，每题2分。每题的备选项中，只有一个最符合题意） 1.第二篇The Development of BalletBallet is a dance form that has a long history. The fact that it survives to this day shows that it has adjusted as times have changed.Ballet began in the royal courts during t

2、he Renaissance. At that time it became common for kings and queens, as well as other nobility, to participate in pageants that included music, poetry, and dance. As these entertainments moved from the Italian courts to the French ones, court ladies began participating in them. Though their long dres

3、ses prevented much movement, they were able to perform elaborate walking patterns. It was not until the 1600s that women dancers shortened their skirts, changed to flat shoes, and began doing some of the leaps and turns performed by men.It was also in the 1600s that professional ballet began. King L

4、ouis XIV of France, himself a devoted dancer, founded the Royal Academy of Dance. The five basic feet positions from which all ballet steps begin were finalized. In the late 1700s another important change occurred. Ballet began to tell a story on its own. It was no longer simply dance to be performe

5、d between acts of plays. Elaborate wigs and costumes were eliminated. By the early 1800s dancers to rise on their toes to make it appear that were floating.Classical ballet as we know it today was influenced primarily by Russian dancing. The Russians remained interested in ballet when it declined in

6、 other European countries in the mid-1800s. One of the most influential figures of the early 20th century was Sergei Diaghilev. His dance company, the Ballets Russes, brought a new energy and excitement to ballet. One of his chief assistants, George Balanchine, went on to found the New York City Bal

7、let in 1948 and to influence new generations of dancers.Professional ballet was first performed inAFranceBItalyCRussiaDAmerica 2.Pedestrians Only1. The concept of traffic-free shopping areas goes back a long time. During the Middle Ages, traffic-free shopping areas were built in Middle Eastern count

8、ries to allow people to shop in comfort and, more importantly, safely. As far back as 2,000 years ago, road traffic was banned from central Rome during the day to allow for the free movement of the pedestrians, and was only allowed in at night when shops and markets had closed for the day. In most o

9、ther cities, however, pedestrians were forced to share the streets with horses, coaches and, later, with cars and other motorized vehicles.2. The modern, traffic-free shopping street was born in Europe in the 1960s, when both city populations and car ownership increase rapidly. Dirty gases from cars

10、 and the risks involved in crossing the road were beginning to make shopping an unpleasant and dangerous experience. Many believed the time was right for experimenting with car-free streets, and shopping areas seemed the best place to start.3. At first, there was resistance from shopkeepers. They be

11、lieved that such a move would be bad for business. They argued that people would avoided streets if they were unable to get to them in their cars. When the first streets in Europe were closed to traffic, there were even noisy demonstrations, as many shopkeepers predicted they would lose customers.4.

12、 However, research carried out afterwards in several European cities revealed some unexpected statistics. In Munich, Cologne and Hamburg, visitors to shopping areas increased by 50 percent. On Copenhagens main shopping street, shopkeepers reported sales increases of 25-40 percent. Shopkeepers in Min

13、neapolis, the USA, were so impressed when they learnt this that they even offered to pay for the construction and maintenance costs of their own traffic-free streets.With the arrival of the traffic-free streets, many shops, especially those selling things like clothes, food and smaller luxury items,

14、 prospered. Unfortunately, it isnt good news for everyone, as shops selling furniture and larger electrical appliances who actually saw their sales drop. Many of these were forced to move elsewhere, away from the city centre.Paragraph 4： 3.Global WarmingFew people now question the reality of globalw

15、arming and its effects on the worlds climate. Many scientists (51)_ theblame for recent natural disasters on the increase (52)_ the worldstemperatures and are convinced that, more than (53)_ before, the Earth is at (54)_ from the forces of the wind, rain and sun. (55)_ to them, global warming is mak

16、ing extreme weather events, (56)_ as hurricanes and droughts, even more (57)_ and causing sea levels allaround the world to (58)_ .Environmental groups are putting (59)_ on governments to take action to reduce the (60)_ of carbon dioxidewhich is given (61)_ by factories and power plants, thus attack

17、ing theproblem at its source. They are (62)_ favour of more money being spent onresearch into solar, wind and wave energy devices, which could then replaceexisting power (63)_ .Some scientists, (64)_ , believe thateven if we stopped releasing carbon dioxide and other gases into the atmospheretomorro

18、w, we would have to wait (65)_ hundred years to notice theresults. Global warming, it seems, is here to stay.AinBatCbyDto 4.第三篇Operation MigrationIf you look up at the sky in the early fall in the northern part of North America, you may see groups of birds. These birds are flying south to places whe

19、re they can find food and warmth for the winter. They are migrating(迁徙). The young birds usually learn to migrate from their parents. They follow their parents south, in one unusual case, however, the young birds are following something very different. These birds are young whooping cranes, and they

20、 are following an airplane!The young whooping crane is the largest bird that is native to North America. These birds almost disappeared in the 1800s. By 1941, there were only about 20 cranes alive. In the 1970s, people were worried that these creatures were in danger of disappearing completely. As a

21、 result, the United States identified whooping cranes as an endangered species that they needed to protect.Some researchers tried to help. They began to breed whooping cranes in special parks to increase the number of birds. This plan was successful. There were a lot of new baby birds. As the birds

22、became older, the researchers wanted to return them to nature. However, there was a problem: These young birds did not know how to migrate. They needed human help.In 2001, some people had a creative Idea. They formed an organization called Operation Migration. This group decided to use very light ai

23、rplanes, instead of birds, to lead the young whooping cranes on their first trip south. They painted each airplane to look like a whooping crane. Even the pilots wore special clothing to make them look like cranes. The cranes began to trust the airplanes, and the plan worked.Today, planes still lead

24、 birds across approximately 1,200 miles (1,931 kilometers), from the United States-Canadian border to the Gulf of Mexico. They leave the birds at different sites. If a trip is successful, the birds can travel on their own in the future. Then, when these birds become parents, they will teach their yo

25、ung to migrate. The people of Operation Migration think this is the only way to maintain the whooping crane population.Operation Migration works with several other organizations and government institutes. Together, they assist hundreds of cranes each year. However, some experts predict that soon, th

26、is wont be necessary. Thanks to Operation Migration and its partners, the crane population will continue to migrate. Hopefully, they wont need human help any more.Operation Migration aims toAlead young cranes on their first trip southBteach adult cranes how to flyCbreed cranes in special parksDtrans

27、port cranes to the North 5.第一篇An Expensive MistakeIs there water on the planet Mars Is there life on Mars Was there ever life on Mars Scientists from NASA wanted to know the answers to these questions. They built a spacecraft to travel around Mars and get information. The spacecraft was called the M

28、ars Climate Orbiter.The Mars Climate Orbiter left for Mars on December 1998. The trip took nine and a half months. At first, everything was fine. However, when the Orbiter got near Mars, something terrible happened. The spacecraft didnt go to the right place. It went too close to Mars. It was too ho

29、t for the Orbiter there. The spacecraft couldnt function correctly. Suddenly, it stopped sending messages to NASA. The Orbiter was lost.How could this terrible thing happen How did the Orbiter get closer to Mars than the scientists planned Finally, they found the answer. Two teams of scientists work

30、ed together on the Orbiter. One team was in England, and one team was in the United States. There were many similarities in the way they worked, but there was one important difference: The teams used different guidelines for measuring things. The United States team used the metric system (公制). The o

31、ther team used the English system.Because they used different systems, the scientists made a mathematical mistake. The Orbiters orbit (the shape and pattern of its path) around Mars was not correct. The scientists put the Orbiter on the wrong path. The Orbiter got too close and too hot, and it stopp

32、ed functioning.Why didnt anybody see the mistake before it was too late Many things contributed to the problem. One thing was that NASA scientists and mathematicians were working on two other spacecrafts at the same time. This was a challenge, and they were very tired from working long hours.The Mar

33、s Climate Orbiter cost $94 million to build. It also cost a lot of money to try to find the lost Orbiter in space. In addition, NASAs research on the cause of the problem was expensive. This wasnt the first time that two different measurement systems caused mistakes in scientific projects. However,

34、the Mars Climate Orbiter was definitely the most expensive mistake of all!What caused the Orbiters problemAScientists used wrong guidelines of mathematics.BScientists used wrong building materials.CScientists used different operating systems.DScientists used different measurement systems. 6.Kicking

35、the HabitWhat is a bad habit The most common definition is that it is something that we do regularly, almost without thinking about it, and which has some sort of negative consequence. This consequence could affect those around us, or it could affect us personally. Those who deny having bad habits a

36、re probably lying. Bad habits are part of what makes us human.Many early habits, like sucking our thumb, are broken when we are very young. We are either told to stop doing it by our parents, or we consciously or subconsciously observe that others do not have the same habit, and we gradually grow ou

37、t of it. It is when we intentionally or unintentionally pick up new habits in our later childhood or early adulthood that it becomes a problem. Unless we can break that habit early on, it becomes “programmed” into our brain.A recent study of human memory suggests that no matter how hard we try to ch

38、ange our habits, it is the old ways that tend to win, especially in situations where we are rushed, stressed or overworked. Habits that we thought we had got rid of can suddenly come back. During the study programme, the researchers showed a group of volunteers several pictures, and gave them words

39、to associate with them. They then showed the volunteers the same pictures again, and gave them new words to associate with them.A few days later, the volunteers were given a test. The researchers showed them the pictures, and told them to respond with one of the words they had been given for each on

40、e. It came as no surprise that their answers were split between the first set of words and the second. Two weeks later, they were given the same test again. This time, most of them only gave the first set of words. They appeared to have completely forgotten the second set.The study confirms that the

41、 responses we learn first are those that remain strongest over time. We may try to change our ways, but after a while, the response that comes to mind first is usually the first one we learned. The more that response is used, the more automatic it becomes and the harder it becomes to respond in any

42、other way.The study therefore suggests that over time, our bad habits also become automatic, learned behaviour. This is not good news for people who picked up bad habits early in life and now want to change or break them. Even when we try to put new, good intentions into practice, those previously l

43、earned habits remain stronger in more automatic, unconscious forms of memory.Researchers were surprised by the answers that the volunteers gave in the first test.ARightBWrongCNot mentioned 7.第一篇An Expensive MistakeIs there water on the planet Mars Is there life on Mars Was there ever life on Mars Sc

44、ientists from NASA wanted to know the answers to these questions. They built a spacecraft to travel around Mars and get information. The spacecraft was called the Mars Climate Orbiter.The Mars Climate Orbiter left for Mars on December 1998. The trip took nine and a half months. At first, everything

45、was fine. However, when the Orbiter got near Mars, something terrible happened. The spacecraft didnt go to the right place. It went too close to Mars. It was too hot for the Orbiter there. The spacecraft couldnt function correctly. Suddenly, it stopped sending messages to NASA. The Orbiter was lost.

46、How could this terrible thing happen How did the Orbiter get closer to Mars than the scientists planned Finally, they found the answer. Two teams of scientists worked together on the Orbiter. One team was in England, and one team was in the United States. There were many similarities in the way they

47、 worked, but there was one important difference: The teams used different guidelines for measuring things. The United States team used the metric system (公制). The other team used the English system.Because they used different systems, the scientists made a mathematical mistake. The Orbiters orbit (t

48、he shape and pattern of its path) around Mars was not correct. The scientists put the Orbiter on the wrong path. The Orbiter got too close and too hot, and it stopped functioning.Why didnt anybody see the mistake before it was too late Many things contributed to the problem. One thing was that NASA

49、scientists and mathematicians were working on two other spacecrafts at the same time. This was a challenge, and they were very tired from working long hours.The Mars Climate Orbiter cost $94 million to build. It also cost a lot of money to try to find the lost Orbiter in space. In addition, NASAs research on