ࡱ>  R&bjbj2eeP08TTl$*@@@ttt#######0&(D#]ttttt#@@4F$ZZZtB@@#Zt#ZZV7!@!@@<vw! #\$0$!x&),&)!&)!ttZttttt##Lttt$tttt&)ttttttttt, :  INCLUDEPICTURE "http://www.jnu.edu.cn/images/logo.gif" \* MERGEFORMATINET  2017t^b6e;eUxXf[MOxvzueQf[ՋՋBwS ******************************************************************************************** f[y0NN Tyeef[ xvzeT Ջyv Ty241W@x ula@b gT{Hh_{Q(WT{~wS N Q(W,gՋ NN_ N~R0 Part I Cloze (10 points) Directions: There are 20 blanks in the following passage. For each blank there are four choices marked A, B, C and D. You should choose the ONE that best fits into the passage. Then mark the corresponding letter on the Answer Sheet with a single line through the center. You hear it all along the river. You hear it, loud and strong, from the rower as they urge the junk ____1____ its high stem, the mast lashed alongside, down the ____2____ running stream. You hear it from the trackers, a more breathless chant, as they pull ____3____ against the current, half a dozen of them perhaps if they are ____4____ a boat, a couple of hundred ____5____ they are hauling a splendid junk, its square sail set, over a rapid. On the junk a man stands amidships beating a drum ____6____ to guide their efforts, and ____7____pull with all their strength, like men possessed, bent double; and sometimes in the ____8____ of their travail they crawl ____9____, on all fours, like the beasts of the field. They strain, strain fiercely, ____10____ the pitiless might of the stream. The leader goes ____11____ the line and when he sees one who is not putting all his ____12____ into the task he brings down his split bamboo ____13____ the naked back. Each one must ____14____ or the labor of all is ____15____. And still they sing a vehement, eager chant, the chant of the ____16____ waters. I do not know how words can describe what there is in it of effort. It ____17____ to express the straining heart, the breaking muscles, and ____18____ the indomitable spirit of man which overcomes the ____19____ force of nature. Though the rope may part and the great junk swing back, ____20____ the rapid will be passed; and at the close of the weary day there is the hearty meal A. on B. in C. with D. by A. slow B. shifting C. swift D. strengthen A. hardly B. desperately C. exactly D. quickly A. taking up B. making C. sitting in D. shouldering A. when B. if C. as D. although A. incessantly B. increasingly C. indefinitely D. inwardly A. everyone B. they C. he D. themselves A. extreme B. extremes C. extremity D. extremely A. on the ground B. all over the field C. in the front D. by the side A. at B. in C. towards D. against A. against B. to C. near and far D. up and down A. capacity B. will C. ability D. courage A. in B. at C. on D. up A. do his part B. do his share C. do his utmost D. try hard A. vain B. necessary C. exciting D. disappointing A. disturbed B. quiet C. turbulent D. quick A. deserves B. serves C. works D. does A. on the other hand B. at the same time C. as well as D. after all A. pitiless B. pitiful C. generous D. mean A. the ends B. on end C. in the end D. at the end Part II Reading Comprehension Section A (40 points) Directions: There are 4 passages in this section. Each passage is followed by some questions or unfinished statements. For each of them there are four choices marked A, B, C and D. You should decide on the best choice and write the corresponding letter on the Answer Sheet. Questions 21 to 25 are based on the following passage. For some time past it has been widely accepted that babies and other creatures learn to do things because certain acts lead to rewards, and there is no reason to doubt that this is true. But it used also to be widely believed that effective rewards, at least in the early stages, had to be directly related to such basic physiological drives as thirst or hunger. In other words, a baby would learn if he got food or drink or some sort of physical comfort, not otherwise. It is now clear that this is not so. Babies will learn to behave in ways that produce results in the world with no reward except the successful outcome. Papousek began his studies by using milk in the normal way to reward the babies and so taught them to carry out some simple movements, such as turning the head to one side or the other. Then he noticed that a baby who had had enough to drink would refuse the milk but would still go on making the learned responses with clear signs of pleasure. So he began to study the childrens responses in situations where no milk was provided. He quickly found that children as young as four months would learn to turn their heads to right or left if the movement switched on a display of lights and indeed that they were capable of learning quite complex turns to bring about this result, for instance, two left or two right, or even to make as many as three turns to one side. Papouseks light display was placed directly in front of the babies and he made the interesting observation that sometimes they would not turn back to watch the lights closely although they would smile and bubble when the display came on. Papousek concluded that it was not primarily the sight of the lights which pleased them, it was the success they were achieving in solving the problem, in mastering the skill, and that there exists a fundamental human urge to make sense of the world and bring it under intentional control. 21. According to the author, babies learn to do things which ________. A) are directly related to pleasure B) will meet their physical needs C) will bring them a feeling of success D) will satisfy their curiosity 22. Papousek notice in his studies that a baby __________. A) would make learned responses when it saw the milk B) would carry out learned movements when it had enough to drink C) would continue the simple movements without being given milk D) would turn its head to right or left when it had enough to drink 23. In Papouseks experiment babies make learned movements of the head in order to __. A) have the lights turned on B) be rewarded with milk C) please their parents D) get praise from the adults 24. The babies would smile and bubble at the lights because ____________. A) the lights were directly related to some basic drives B) the sight of lights was interesting C) they need not turn back to watch the lights D) they succeeded in switching on the lights 25. According to Papouseks experiment, the pleasure babies get in achieving something is a reflection of _______________. A) a basic human desire to understand and control the world B) the satisfaction of certain physiological needs C) their strong desire to solve complex problem D) a fundamental human urge to display their learned skills Questions 26 to 30 are based on the following passage. Believe it or not, optical illusion(ɉ) can cut highway crashes. Japan is a case in point. It has reduced automobile crashes on some roads by nearly 75 percent using a simple optical illusion. Bent stripes, called chevrons(NW[b_), painted on the roads make drivers think that they are driving faster than they really are, and thus drivers slow down. Now the American Automobile Association Foundation for Traffic Safety in Washington D.C. is planning to repeat Japans success. Starting next year, the foundation will paint chevrons and other patterns of stripes on selected roads around the country to test how well the patterns reduce highway crashes. Excessive speed plays a major role in as much as one fifth of all fatal traffic accidents, according to the foundation. To help reduce those accidents, the foundation will conduct its tests in areas where speed-related hazards are the greatest curves, exit slopes, traffic circles, and bridges. Some studies suggest that straight, horizontal bars painted across roads can initially cut the average speed of drivers in half. However, traffic often returns to full speed within months as drivers become used to seeing the painted bars. Chevrons, scientists say, not only give drivers the impression that they are driving faster than they really are, but also make a lane appear to be narrower. The result is a longer lasting reduction in highway speed and the number of traffic accidents. 26. The passage mainly discusses _______________. A) a new way of highway speed control B) a new pattern for painting highways C) a new approach to training drivers D) a new type of optical illusion 27. On roads painted with chevrons, drivers tend to feel that __________. A) they should avoid speed-related hazards B) they are driving in the wrong lane C) they should slow down their speed D) they are approaching the speed limit 28. The advantage of chevrons over straight, horizontal bars is that the former _____. A) can keep drivers awake B) can cut road accidents in half C) will have a longer effect on drivers D) will look more attractive 29. The American Automobile Association Foundation for Traffic Safety plans to __. A) try out the Japanese method in certain areas B) change the road signs across the country C) replace straight, horizontal bars with chevrons D) repeat the Japanese road patterns 30. What does the author say about straight, horizontal bars painted across roads? A) They are falling out of use in the United States. B) They tend to be ignored by drivers in a short period of time. C) They are applicable only on broad roads. D) They cannot be applied successfully to traffic circles. Questions 31 to 35 are based on the following passage. Is a car that does not have to be refueled every few hundred miles, with the atom exploding peacefully beneath the bonnet, possible in the future? In theory it is, since already the atom has been harnessed to drive submarines, and an atomic engine is already in existence. But there are many problems still to be conquered before such an engine can in fact be fixed into a car. Now what exactly are these problems that stand between you and the car? Frankly, most of them can be summed up in one word ---- radiation. An atomic reactor, the kind of engine that would produce energy by atom-splitting, throws off radiation, extremely dangerous radiation. These rays are just as dangerous as when they are released from an atomic bomb. This radiation penetrates anything except the thickest concrete and lead, with fatal results for anybody in its path. Thus, at the moment, any car carrying an atomic engine would also have to carry many tons of lead in order to prevent the radiation from escaping. Since a car made up of tons of lead is rather impracticable, the only answer at the moment seems to be the discovery or invention of a metal that will be strong enough to hold in the rays, but at the same time light enough for a vehicle to carry, with ease and economy. Most likely this metal would have to be synthetic, since no natural metal except lead has yet proved fit for the job. When this light metal is invented, the motoring world will be well on the way to an atomic car. However, even after the invention of a protective but light metal, two other problems still remain, those of economics and safety. But then the problem of safety still remains. Suppose that there is a road accident involving one, or perhaps two, atomic cars, and that the atomic reactor or its protective covering were damaged. Any explosion would be equal to that of a very small atomic bomb. The effects of such an explosion would be felt for several miles around. As will be realized, this is perhaps the biggest problem of all to overcome. 31. According to the passage an atomic car is _______. A) only science-fiction B) theoretically possible C) only a matter of time D) nothing but a dream 32. One of the biggest problems in manufacturing an atomic car is __________. A) its high cost B) the size of the atomic engine C) protection against radiation D) the weight of the atomic engine 33. The motoring world will be well on the way to an atomic car once we have _____. A) a cheap synthetic metal B) a light strong metal C) a strong synthetic metal D) a protective but light metal 34. Another important issue for atomic cars is ___________. A) the quality of manufacturing technology B) the practicability of mass production C) the lifetime of such cars D) the danger of an atomic explosion resulting from a traffic accident 35. The authors attitude towards atomic cars is ________. A) doubtful B) favorable C) negative D) neutral Questions 36 to 40 are based on the following passage. As the horizons of science have expanded, two main groups of scientists have emerged. One is the pure scientist; the other, the applied scientist. The pure or theoretical scientist does original research in order to understand the basic laws of nature that govern our world. The applied scientist adapts this knowledge to practical problems. Neither is more important than the other, however, for the two groups are very much related. Sometimes the applied scientist finds the problems for the theoretical scientist to work on. Lets take a particular problem of the aircraft industry: heat-resistant metals. Many of the metals and alloys that perform satisfactorily in a car cannot be used in a jet-propelled plane. New alloys must be used, because the jet engine operates at a much higher temperature than an automobile engine. The turbinemn wheel in a turbo-jetmnUl:g must withstand temperatures as high as 1600 degrees Fahrenheit, so aircraft designers had to turn to the metallurgistQё[ for the development of metals and alloys that would do the job in jet-propelled planes. Dividing scientists into two groups  pure and applied  is only one broad way of classifying them, however. When scientific knowledge was very limited, there was no need for men to specialize. Today, with the great body of scientific knowledge, scientists specialize in many different fields. Within each field, there is even further subdivision. And, with finer and finer subdivisions, the various sciences have become more and more interrelated until no one branch is entirely independent of the others. Many new specialties geophysics and biochemistry, for example have resulted from combining the knowledge of two or more sciences. 36. Statement the horizons of science have expanded (Line 1, Para. 1) means that ___. A) the horizon is enlarged by scientists B) scientists can observe further space C) scientists are making efforts to expand the outer space D) science has developed more fields 37. The applied scientist ____________. A) does original research to understand the basic law B) applies the results of research to practical problems C) is not interested in practical problems D) provides the basic knowledge for the pure scientist 38. The example given in the third paragraph illustrates how ______________. A) applied scientist direct the work of the pure scientist B) applied science suggests problems for the basic scientist C) pure scientist operates independently of applied scientist D) pure scientist plays a more important role than applied scientist 39. Finer and finer subdivision in the field of science has led to ____________. A) greater interdependence of all the various sciences B) the elimination of the need for specialists C) greater independence of all the various sciences D) the greater need for the applied scientists 40. We can learn from the passage that _____________. A) pure scientists and applied scientists are not equally important B) the aircraft designer stands for the pure scientist C) geophysics and biochemistry are examples of new specialties D) pure scientists are more important Section B (20 points) Directions: Read the following passage carefully and then translate the underlined segments into Chinese. Since the days of Aristotle, a search for universal principles has characterized the scientific enterprise. In some ways, this quest for commonalities defines science. Newtons laws of motion and Darwinian evolution each bind a host of different phenomena into a single explicatory framework. (41) In physics, one approach takes this impulse for unification to its extreme, and seeks a theory of everything----a single generative equation for all we see. It is becoming less clear, however, that such a theory would be a simplification, given the dimensions and universes that it might entail. Nonetheless, unification of sorts remains a major goal. This tendency in the natural sciences has long been evident in the social sciences too. (42) Here, Darwinism seems to offer justification, for if all humans share common origins, it seems reasonable to suppose that cultural diversity could also be traced to more constrained beginnings. Just as the bewildering variety of human courtship rituals might all be considered forms of sexual selection, perhaps the worlds languages, music, social and religious customs and even history are governed by universal features. (43) To filter out what is unique from what is shared might enable us to understand how complex cultural behavior arose and what guides it in evolutionary or cognitive terms. That, at least, is hope. But a comparative stud of linguistic traits published online today supplies a reality check. Russell Gray at the University of Auckland and his colleagues consider the evolution of grammars in the light of two previous attempts to find universality in language. The most famous of these efforts was initiated by Noam Chomsky, who suggested that humans are born with an innate language-acquisition capacity that dictates a universal grammar. A few generative rules are then sufficient to unfold the entire fundamental structure of a language, which is why children can learn it so quickly. (44) The second, by Joshua Greenberg, takes a more empirical approach to universality, identifying traits (particularly in word order) shared by many languages, which are considered to represent biases that result from cognitive constraints. Gray and his colleagues have put them to the test by examining four family trees that between them represent more than 2,000 languages. (45) Chomskys grammar should show patterns of language change that are independent of the family tree or pathway tracked through it, whereas Greenbergian universality predicts strong co-dependencies between particular types of word-order relations. Neither of these patterns is borne out by the analysis, suggesting that the structures of the languages are lineage-specific and not governed by universals. 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