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剑桥雅思阅读7真题解析pdf汇总

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剑桥雅思阅读7真题解析pdf篇一

reading passage 1

you should spend about 20 minutes on questions 1-13, which are based on reading passage 1 below.

let’s go bats

a bats have a problem: how to find their way around in the dark. they hunt at night, and cannot use light to help them find prey and avoid obstacles. you might say that this is a problem of their own making, one that they could avoid simply by changing their habits and hunting by day. but the daytime economy is already heavily exploited by other creatures such as birds. given that there is a living to be made at night, and given that alternative daytime trades are thoroughly occupied, natural selection has favoured bats that make a go of the night-hunting trade. it is probable that the nocturnal trades go way back in the ancestry of all mammals. in the time when the dinosaurs dominated the daytime economy, our mammalian ancestors probably only managed to survive at all because they found ways of scraping a living at night. only after the mysterious mass extinction of the dinosaurs about 65 million years ago were our ancestors able to emerge into the daylight in any substantial numbers.

b bats have an engineering problem: how to find their way and find their prey in the absence of light. bats are not the only creatures to face this difficulty today. obviously the night-flying insects that they prey on must find their way about somehow. deep-sea fish and whales have little or no light by day or by night. fish and dolphins that live in extremely muddy water cannot see because, although there is light, it is obstructed and scattered by the dirt in the water. plenty of other modern animals make their living in conditions where seeing is difficult or impossible.

c given the questions of how to manoeuvre in the dark, what solutions might an engineer consider? the first one that might occur to him is to manufacture light, to use a lantern or a searchlight. fireflies and some fish (usually with the help of bacteria) have the power to manufacture their own light, but the process seems to consume a large amount of energy. fireflies use their light for attracting mates. this doesn’t require a prohibitive amount of energy: a male’s tiny pinprick of light can be seen by a female from some distance on a dark night, since her eyes are exposed directly to the light source itself. however, using light to find one’s own way around requires vastly more energy, since the eyes have to detect the tiny fraction of the light that bounces off each part of the scene. the light source must therefore be immensely brighter if it is to be used as a headlight to illuminate the path, than if it is to be used as a signal to others. in any event, whether or not the reason is the energy expense, it seems to be the case that, with the possible exception of some weird deep-sea fish, no animal apart from man uses manufactured light to find its way about.

d what else might the engineer think of? well, blind humans sometimes seem to have an uncanny sense of obstacles in their path. it has been given the name ‘facial vision’, because blind people have reported that it feels a bit like the sense of touch, on the face. one report tells of a totally blind boy who could ride his tricycle at good speed round the block near his home, using facial vision. experiments showed that, in fact, facial vision is nothing to do with touch or the front of the face, although the sensation may be referred to the front of the face, like the referred pain in a phantom limb. the sensation of facial vision, it turns out, really goes in through the ears. blind people, without even being aware of the fact, are actually using echoes of their own footsteps and of other sounds, to sense the presence of obstacles. before this was discovered, engineers had already built instruments to exploit the principle, for example to measure the depth of the sea under a ship. after this technique had been invented, it was only a matter of time before weapons designers adapted it for the detection of submarines. both sides in the second world war relied heavily on these devices, under such codenames as asdic (british) and sonar (american), as well as radar (american) or rdf (british), which uses radio echoes rather than sound echoes.

e the sonar and radar pioneers didn’t know it then, but all the world now knows that bats, or rather natural selection working on bats, had perfected the system tens of millions of years earlier, and their ‘radar’ achieves feats of detection and navigation that would strike an engineer dumb with admiration. it is technically incorrect to talk about bat ‘radar’, since they do not use radio waves. it is sonar. but the underlying mathematical theories of radar and sonar are very similar, and much of our scientific understanding of the details of what bats are doing has come from applying radar theory to them. the american zoologist donald griffin, who was largely responsible for the discovery of sonar in bats, coined the term ‘echolocation’ to cover both sonar and radar, whether used by animals or by human instruments.

questions 1-5

reading passage 1 has five paragraphs, a-e.

which paragraph contains the following information?

write the correct letter, a-e, in boxes 1-5 on your answer sheet.

nb you may use any letter more than once.

1 examples of wildlife other than bats which do not rely on vision to navigate by

2 how early mammals avoided dying out

3 why bats hunt in the dark

4 how a particular discovery has helped our understanding of bats

5 early military uses of echolocation

questions 6-9

complete the summary below.

choose one word only from the passage for each answer.

write your answers in boxes 6-9 on your answer sheet.

facial vision

blind people report that so-called ‘facial vision’ is comparable to the sensation of touch on the face. in fact, the sensation is more similar to the way in which pain from a 6……………arm or leg might be felt. the ability actually comes from perceiving 7……………through the ears. however, even before this was understood, the principle had been applied in the design of instruments which calculated the 8………………of the seabed. this was followed by a wartime application in devices for finding 9…………………………

questions 10-13

complete the sentences below.

choose no more than two words from the passage for each answer.

write your answers in boxes 10-13 on your answer sheet.

10 long before the invention of radar, …………… had resulted in a sophisticated radar-like system in bats.

11 radar is an inaccurate term when referring to bats because………… are not used in their navigation system.

12 radar and sonar are based on similar ………… .

13 the word ‘echolocation’ was first used by someone working as a ……… .

reading passage 2

you should spend about 20 minutes on questions 14-26, which are based on reading passage 2 on the following pages.

questions 14-20

reading passage 2 has seven paragraphs, a-h.

choose the correct heading for paragraphs a and c-h from the list of headings below.

write the correct number, i-xi, in boxes 14-20 on your answer sheet.

list of headings

i scientists’ call for a revision of policy

ii an explanation for reduced water use

iii how a global challenge was met

iv irrigation systems fall into disuse

v environmental effects

vi the financial cost of recent technological improvements

vii the relevance to health

viii addressing the concern over increasing populations

ix a surprising downward trend in demand for water

x the need to raise standards

xi a description of ancient water supplies

14 paragraph a

example answer

paragraph b iii

15 paragraph c

16 paragraph d

17 paragraph e

18 paragraph f

19 paragraph g

20 paragraph h

making everydrop count

a the history of human civilisation is entwined with the history of the ways we have learned to manipulate water resources. as towns gradually expanded, water was brought from increasingly remote sources, leading to sophisticated engineering efforts such as dams and aqueducts. at the height of the roman empire, nine major systems, with an innovative layout of pipes and well-built sewers, supplied the occupants of rome with as much water per person as is provided in many parts of the industrial world today.

b during the industrial revolution and population explosion of the 19th and 20th centuries, the demand for water rose dramatically. unprecedented construction of tens of thousands of monumental engineering projects designed to control floods, protect clean water supplies, and provide water for irrigation and hydropower brought great benefits to hundreds of millions of people. food production has kept pace with soaring populations mainly because of the expansion of artificial irrigation systems that make possible the growth of 40 % of the world’s food. nearly one fifth of all the electricity generated worldwide is produced by turbines spun by the power of falling water.

c yet there is a dark side to this picture: despite our progress, half of the world’s population still suffers, with water services inferior to those available to the ancient greeks and romans. as the united nations report on access to water reiterated in november 2001, more than one billion people lack access to clean drinking water; some two and a half billion do not have adequate sanitation services. preventable water-related diseases kill an estimated 10,000 to 20,000 children every day, and the latest evidence suggests that we are falling behind in efforts to solve these problems.

d the consequences of our water policies extend beyond jeopardising human health. tens of millions of people have been forced to move from their homes — often with little warning or compensation — to make way for the reservoirs behind dams. more than 20 % of all freshwater fish species are now threatened or endangered because dams and water withdrawals have destroyed the free-flowing river ecosystems where they thrive. certain irrigation practices degrade soil quality and reduce agricultural productivity. groundwater aquifers_are being pumped down faster than they are naturally replenished in parts of india, china, the usa and elsewhere. and disputes over shared water resources have led to violence and continue to raise local, national and even international tensions.

_underground stores of water

e at the outset of the new millennium, however, the way resource planners think about water is beginning to change. the focus is slowly shifting back to the provision of basic human and environmental needs as top priority — ensuring ‘some for all,’ instead of ‘more for some’. some water experts are now demanding that existing infrastructure be used in smarter ways rather than building new facilities, which is increasingly considered the option of last, not first, resort. this shift in philosophy has not been universally accepted, and it comes with

test 1 passage 1参考译文:

走近蝙蝠

a在黑暗中如何找到方向是蝙蝠面临的一大问题。它们在夜间捕食,而且无法利用光搜寻猎物或躲避障碍物。也许你会说它们天生就是这样的,只要改变生活习性在白天出来捕食就可以了。但事实上白天的猎物已经被鸟类开发殆尽。鉴于有些生物要在夜间谋生,并且白天的猎物资源都已经被占用,自然选择最终使蝙蝠们在夜间捕猎行当里大显身手。夜间狩猎群体的出现可能要追溯到哺乳动物的先祖。在恐龙统治地球白昼的时代,我们的哺乳动物祖先只能想方设法在夜间求得一线生机。直到六千五百万年前,恐龙神秘地大规模灭绝之后,我们的祖先才敢成群结队地在大白天出没。

b蝙蝠面临这一个“工程”方面的问题:那就是在没有光线的情况下如何辨识方向并寻找猎物。蝙蝠不是当今世界上唯一面临此问题的物种。显而易见,蝙蝠所捕食的夜间昆虫肯定能以某种方式在黑暗中找到方向。深海鱼类、鲸等物种无论是白天还是黑夜都几乎见不到任何光线。生活在浑浊水域中的负和海豚也看不见,因为即使有光线,也被水中的淤泥阻挡分散开了。现代的许多物种都生活在很难见到光线或者完全黑暗的环境中。

c关于如何在黑暗中巧妙移动这个问题,工程师们会给出怎样的答案呢?第一个能想到的办法可能就是要制造光线了,比如用灯笼或者探照灯。萤火虫和某些鱼类可以自己制造光亮(通常是在细菌的帮助下),但这一过程要耗费很多能能量。萤火虫用光线吸引配偶,而这一过程并不需要很多能量。暗夜中,雌性萤火虫远远地就可以看见雄性萤火虫微小的光芒,因为雌性的眼睛就直接暴露在光源内。然而利用自身的光线寻找方向却要耗费更多能量,因为此时生物的眼睛需要探测到通过物体反射回来的微弱光芒。如果要作为灯光来照亮道路的话,就要求光源比作为信号灯时明亮许多,无论是不是能设消耗的缘故,事实是,除了一些深海大怪鱼之外,绝没有其他任何一种生物像人类这样自己制造光源来找寻方向

d工程师们还能想到什么呢?比如盲人,他们好像对路上的障碍有着不可思议的直觉。人们把这叫做“面感视觉”,因为据盲人说感觉到有障碍物的时候就像脸部被触摸一样。一则报道称一位完全失明的男孩能凭借面感视觉绕着附近街区快速骑三轮车实验表明面感视觉实际上与“感”和“面”没有任何关系,尽管这种感觉可能被认为源自面部正前方,正如幻肢中的牵涉性痛感一样。事实上,面感视觉是通过耳朵传输的。尽管盲人并没有意识到这一点,但实际生活中他们的确在运用自己的步伐以及其他声苦的回声来感觉路上障碍物的存在这个事实没有被发观之前,其实工程师们已经利用这条原理制造了很多设备,比如用回声来测量船底海洋的深度。在这项技术发明之后,武器制造者很快就将其改良来侦测潜水艇。二战期间,交战双方都充分运用了这些设备,代号分别是英国的asdic和美国的sonar以及美国的radar或是英国的 rdf,后两者使用了雷达回声技术而非声波回声技术。

e 当时的雷达声呐技术先驱们毫不知情,但现在所有人都明白了正是蝙蝠,或者说是自然选择在蝙蝠身上鬼斧神工,早在几百万年前就已经使这种技术达到完美境界,而蝙蝠的“雷达”在探测及导航方面取得的完美成果足以让人类工程师佩服到哑口无言。从技术角度讲,说蝙蝠有雷达功能是不准确的,因为它们并没有运用无线电波,而只是运用了声呐系统。但实际上雷达和声呐的基本原理是非常相似的,而且大多数关于蝙蝠行为细节的科学理解都是利用雷达理论完成的。美国动物学家donald griffin教授第一个发现蝙蝠利用声呐技术,由此,他创造出了一个新的词汇:回声定位。这个词涵盖了动物和人类所利用的雷达及声呐系统。

test 1 passage 2 参考译文:

节约每滴水

a人类的文明史总是与学习利用水资源的历史交织在一起的。随着城镇规模的不断扩大,水被从遥远的源头引流到城镇,这促成了水坝和水渠等复杂工程的修建。在罗马帝国鼎盛时期,人们修建了9条主要水利系统,其疏水管道和污水管道均以革新的方式铺设,为城区居民提供用水。当时罗马城内居民人均用水量和现今工业社会很多地区的人均用水量相当。

b 在19世纪和20世纪工业革命及人口扩张时期,水的需求量集聚增长。此时,出现了史无前例的大型水利工程:这些数以万计的水利工程旨在防洪,保证清洁水资源的供应,提供足够的水用于农田灌溉和水力发电,这造福了上千万人。食品供应能跟上人口剧增主要是由于人工灌溉系统的增长使得世界粮食产量提高了40%。世界上五分之一的电都是通过水力推动涡轮机而产生的。

c 当然我们也要看到事情不足的一面:虽然我们取得了进步,但世界上仍有一半的人口享受的供水服务还比不上古希腊和古罗马时期。正如联合国2001年9月在关于饮用水权利的报告中指出的那样:全世界仍然有超过10亿的人口无法获得干净的饮用水,25亿人缺乏充足的卫生设施。每天有1~2万名儿童死于与水相关的各种可预防疾病,而最新证据表明我们解决上述问题的力度还远远不够。

d我们水资源政策的后果远非仅仅危及人类健康那么简单,为了修建大坝和水库,上千万人在未被告知或补偿的情况下被迫背井离乡。超过20%的淡水鱼类现在濒临威胁或是濒临灭绝,原因是修建水库及水资源开采破坏了它们繁衍生息的天然河流生态系统。有些灌溉系统破坏了土壤的质量,从而导致农业产量下降。在印度、中闰、美国的某些地区以及世界其他地方,地表水含水层正在快速下降,下降的速度已经超出了它们自我更新和补充的能力。而关于水资源如何合理分配的争议也在不断导致暴力事件的出现,从而加剧了地区、国家乃至国际间的紧张局势。

e然而,新千年伊始,资源规划者关于水资源的思路开始有了改变。焦点慢慢转回到了保证基本水资源供应和满足环保需要这两大当务之急上,将过去“少部分人先用起来”的水资源政策变成了现在的“人人有水用”政策。一些水力专家强调现有的水力设施应该更好地被利用起来,而不是再建新项目——新建水力项目应该被作为最后一根救命稻草而不是第一要务。这种观念上的转变并没有被普遍接受,相反却遭到了很多水利建设部门的强烈反对。然而,也许这正是能够成功解决燃眉之急的唯一出路,确保每个人都有纯净水可喝,有充足的水源用于农业种植,以使人们面授各种与水相关病症的困扰。

f 出人意料的是,人们对水的需求量所幸并没有像某些人预测的那样剧增。因此过去20年中,建设新水利项目的压力也随之渐渐消退。尽管在发达国家,人口仍然急剧膨胀,工业和经济依然高速发展,但人们开采地下水和地表水的速度却减缓了下来。在全球某些地区,人们对水资源的需求量甚至下降了。

g 这个显著的转变究竟该如何解决呢?我想大致有两个因素:其一,人们已经懂得如何更有效的利用水资源,社会各界也在重新思考各自用水的优先权。在20实际的前75年间,人均用水量增加了一倍。在美国,人口增长了4倍,而用水量竟然翻了10倍。但自从1980年以来,人均用水量下降了,这主要得益于一系列新技术在家庭及工业节水方面的作用。例如,字1965年,日本要用1300万加仑的水才能产出100万美元的商业价值,而截至到1989年,就算算上了通货膨胀,只用350万加仑的水就足以产出相同的商业价值了,这几乎相当于原来产出的4倍。在美国,水资源的使用已经从80年代的顶峰时期下降了20%。

h 另一方面,水库、引水渠以及其他水利设施还是需要休假的,特别是在发展中国家基本水资源仍不能保证供应的地区。但与过去相比,这些水利设施的建设一定要更加规范化,要对当地的人名做出更加细致的说明,同时还需要考虑环保的要求。即使既定地区水利工程建设似乎已得到保证,我们也要想办法用较少的资源满足较多需求,保护当地生态,并做到少花钱、多办事。

test 1 passage 3 参考译文:

暗示教学法

bernie neville的《暗示教学法》一书,主要着眼于激进的新式学习方法,讲述了情感、想象力以及潜意识在学习过程中所起的作用。书中讨论到了由geaorge lozanov提出的一个理论,那就是暗示的力量。

lozanov的教学技巧主要基于这样的证据:在无意识状态下(他称此为非特异性心理反应)大脑所作出的各种联系要比在有意识状态下作出的持续更长时间。除了实验室证据可以证明这一点之外,我们自身的经历也表明我们通常会记住自己所观察到的周边信息,而忘记最开始的学习目的。回想一下几个月前或是几年前学过的课本,会发现我们能够轻易地回想起一些无关紧要的细节,比如书的颜色、装订、字体或是我们当时在图书馆阅读此书时做过的桌子,而不是回想起当时我们集中精力所看的课本的内容。再试着回想一下我们曾经认真聆听过的讲座,较之应该听到的演讲主题而言,我们会更容易回想起演讲者的容貌和举止风度,我们在报告厅的位置甚至是当时坏掉的空调。及时这些周边细节是比较容易忘掉的,但在催眠状态下,或是当我们像演心理剧那样在想象中重温当时的情景时,这些周边信息就能很快的被回想起来。而另一方面,演讲内容的细节信息早就被抛到九霄云外去了。

这种现象的产生有一部分归因于常见的起反作用效果的学习方法(拼尽全力去记忆,令肌肉紧张,最终导致疲惫)。但同时它也恰恰反映出大脑运转的方式。据此lozanov建立了他教育系统的核心:间接教学法,也叫暗示法。在他称之为暗示教学法(suggestopedia)的方法中,学生的注意力被从本该集中精力学习的课程上转移到了外部信息上。这样课程本身就成了外部信息,由此就可以被大脑的储备功能来处理。

外语学习中的暗示教学法是这一理论的绝佳例证。这种方法最新的改良版本(1980年)是学生边听音乐边朗读单词和课文。第一节课被分成了两部分:第一部分中,教师会伴随着古典音乐(莫扎特,贝多芬,勃拉姆斯)的旋律以缓慢且庄严的语调朗读课文。学生则跟着看课文。接着是数分钟的静默。下一部分中,学生们要听的是巴洛克音乐(巴赫. 柯瑞里,亨德尔),此时教师用正常的语音语速朗读,而学生将书本合上。整节课上学生的注意力都是被动的,他们只是听音乐而并不学习课本内容。

事先,学生们已经为这种语言学习体验做足了准备。通过与老师以及对体验效果感到满意的学生的交流,他们形成了一种期待,那就是接下来的学习将是简单轻松的,他们在一节课的时间里就可以成功记忆几百个外语词汇。在上课之前的讲话中,教师会向学生们简单介绍要讲的内容,但不是去“讲授”内容。同样,学生也会被告知在这个介绍的过程中,不要试图记住所介绍内容。

两段式课程结束几小时后,会有一个跟进课程鼓励学生们回忆刚才课上所学的内容。教学方法同样是间接的。学生还是不必集中精力去记忆这些词汇,而是尝试将这些词汇用于交流(比如通过游戏或是即兴演出)。这些方式在语言教学中十分常见。但间接暗示法的特殊之处就在于它完全致力于帮助回忆,对内容的学习是自动的,不费吹灰之力的,听着小曲儿就搞定了。教师的主要任务就是辅助学生将他们在模糊意识状态下所学的东西进行用,因而是的学到的东西在有意识状态下也可以轻易获得。与传统教学模式的另外一点不同就是在间接暗示方法下,学生通常课以轻易地记住1000个生词以及语法点和成语

lozanov试验过在睡眠状态下、催眠状态下或精神恍惚之际给出的也接暗示的教学法,结果发现这些过程都是没有必要的。催眠术、瑜珈、西瓦心灵术、宗教议式以及精神疗法都与成功的暗示相关,但看上去好像没有哪一种技巧是在使用暗示法时必不可少的。这些仪式可能被视作安慰剂。lozanov认为他的体系中围绕暗示所进行的仪式实际上也是安慰剂。但同时也指出如果没有这种安慰剂,人们就不能甚至惧怕使用他们大脑的储备容量。正如任何一种安慰剂一样,它也要获得权威部门的认可才能有效果。正如医生充分利用权威暗示的力量,坚持要求病人必须每天三次、餐前服用某种白色胶囊一样,lozanov也坚决要求暗示教学法一定要按照事先指定好的方式进行,并且要由培训过的合格教师来执行。

尽管凭借现代语言教学中的成功案例,暗示教学法有了一定程度的名气,但几乎没有一个教师能够取得像lozanov和他的同僚那样显著的成就。也许我们可以将这些平庸的成果归咎为安慰剂效果不足。学生还没有形成适当的思维体系,在运用这种方法学习的时候他们没有充分被激发,他们没有足够的“信念”。

他们认为这不是真正的教学,尤其是因为这种教学方法并没有涉及他们学会相信的学习之根本——那就是“学”。

 

passage1

question 1

答案:b

关键词:wildlife other than bats. . . do not rely on vision. . .

定位原文:b段第2句: “bats are not the only creatures to face this difficulty today”.

解题思路: 题目问哪一段举出了除了蝙蝠之外不需要视觉导航的物种的例子,b段中说了被捕猎的昆虫、深海鱼类、鲸鱼、海豚等物种在鲜有光线或者完全黑暗的环境下是如何生活的,比较容易定位。

question 2

答案:a

关键词: early mammals avoid dying out

定位原文: a段倒数第2句: “in the time when the dinosaurs …”

解题思路: ancestors 等同于early mammals, survive 等同于avoid dying out。

question 3

答案:a

关键词: why … hunt in the dark

定位原文: a段第5句: “given that there is a living...”

解题思路: 联系上下文,对应句说了物竞天择使蝙蝠晚上捕食,后面说了这个可能追溯到过去,那时恐龙白天捕食,使哺乳动物不得不晚上捕食

question 4

答案:e

关键词:a particular discovery

定位原文: e段倒数第2句话 “… and much of our scientific understanding of the details...”

解题思路: 理解定位句意义:大多数关于蝙蝠行为细节的科学理解都是利用雷达理论完成的

question 5

答案:d

关键词: early military echolocation

定位原文: d段倒数第2句和最后1句: “after this technique had been invented....” “both sides in the second world war ...”

解题思路: 第二次世界大战可以对应early一词。

question 6

答案:phantom

关键词: facial vision / pain / arm or leg

定位原文: d段第5句 “… like the referred pain in a phantom limb”

解题思路: 通过填空题的小标题“facial vision”,首先可以把此题迅速定位到文章的d段,紧接着可以在d段的第5句寻找到定位关键词referred pain。

question 7

答案:echoes/obstacles

关键词:perceiving / ears

定位原文: d段第6句、第7句 “the sensation of facial vision… the presence of obstacles”.

解题思路: 此题需要将两句话放在一起理解:而感视觉是通过耳朵传输的,尽管盲人并没有意识到这一点,但现实生活中他们的确在运用自己的步伐以及其他声音的回声来感觉路上障碍物的存在。perceive一词在雅思学术类阅读考试当中多次出现,是“感知;感觉;察觉”的意思,相当于原文中的sense。综上分析得出答案echoes或obstacles。

question 8

答案:depth

关键词: before / instruments / calculated / seabed

定位原文: d段倒数第3句: “… for example to measure the depth of the sea under a ship”

解题思路: 按照解题顺序,找到介词before,接着找到instruments,并很快找到题目中关键词 calculated的同义同measure,然后就以顺利找到正确答案depth。

question 9

答案:submarines

关键词:wartime / finding

定位原文: d段倒数第2句:“after this technique had been invented…”

解题思路: 看到weapons designers 可以联想到wartime, detection是探测的意思,与题目中的finding同义,由此可知答案是submarines. 这里特別提醒考生,如果不变复数是不得分的。

question 10

答案: natural selection

关键词:radar/ resulted in/ radar-like / bats

定位原文: e段第1句: “… or rather natural selection…”

解题思路: 题目:早在雷达发明之前,是什么在蝙蝠身上进化出了复杂的类雷达系统呢? sophisticated一词指“稍密的;复杂的”。根据题意, 考生需要寻找一个蝙蝠拥有精确定位本领的原因。原因连接词在这用并没有出现,但perfect一词却可以告诉我们是自然选择使然,所以正确答案是 natural selection。

question 11

答案:radio waves/echoes

关键词: not used

定位原文: e段第2句: “it is technically incorrect to…”

解题思路: 题目说蝙蝠也使用雷达实际上是不正确的,因为在导航的时候它们根本没有使用____。not used是关键词,题目中以被动语态的形式出现,文章中则变成主动语态,但因为核心动词use 没有改变,所以此题很简单,正确答案是radio waves。

question 12

答案:mathematical theories

关键词:radar / sonar/ similar

定位原文: e段第4句: “but the underlying mathematical theories…”

解题思路: 题目:雷达和声呐是基于相似的____。先在e段后部找到radar和sonar两个关键词,接着找到similar,空里要填的名词应该就不远了。此处语序有所变动,但是仍然很容易找到答案mathematical theories,因为题干中要求最多用两个词填空,因此前面的underlying就不能填了。

question 13

答案:zoologist

关键词: echolocation/ first / someone

定位原文: e段最后1句: “the american zoologist…”

解题思路: 第一次使用声呐一词的人的职业是____。只要知道coin词有“发明;创造;杜撰”的意思,就能轻易联想到first used。而根据文章,这个词是由一个叫donald griffin的zoologist发明的,由此得出答案。

test 1 passage 2

question 14

答案:xi

关键词:ancient

定位原文: a段最后1句出现了the roman empire

解题思路: 本段第1句定下了段落的主要内容为古代对水资源的管理,接下来讲了城镇的发展带来大坝和引水渠的发展,最后讲述了罗马帝国鼎盛时期的水利系统。因此本段的主题是古代的供水系统。

question 15

答案: vii

关键词:health

定位原文: c段倒数第2句出现 sanitation, 最后一句“preventable water-related diseases kill…”

解题思路: c段最后1句说到:每天大约1-2万名儿童死于与水相关的各种可预防性疾病,新证据表明我们解决上述问题的力度还远远不够。虽然不能够在首句就感觉到这一段是在谈健康与水供给之间的关系,但是看了下面的文字,就可感觉到作者在谈健康,特别是sanitation一词出现后,基本可以确定答案是vii 。

question 16

答案: v

关键词:effect

定位原文: d段从第2句开始的整个段落

解题思路: d段是一个描述性段落。第1句话就说“我们水资源政策的后果远非仅仅危及人类健康那么简单”,承上启下,显然这一段不是讲健康了,但同时我们也更加确认c段是在讲健康方面的问题,那么个人健康讲完了,要不要讲一下地球的健康呢?于是考生在这一段找到了freshwater fish… threatened… endangered… degrade… soil quality… reduce… agricultural productivity… 等等与环境相关的同语,所以不必读到最后,考生应该已经能够看出这道题目的答案是v。

question 17

答案:i

关键词:revision, policy

定位原文: e段第1句

解题思路: e段首句说: “at the outset of the new millennium,however,the way resource planners think about water is beginning to change”. 这句话当中的changed正好可以与revision相对应。在第三句考生还可以找到some water experts are now demanding…,这就对上了答案中的scientists call for。在下面考生还可以找到this shift in philosophy,这一点又可以对应policy. 纵观全段,shift, shifting等表示变化的词不断出现,所以最合适的答案就是i。

question 18

答案: ix

关键词:surprisingly downward

定位原文: f段第1句

解题思路: f段首句说:fortunately — and unexpectedly — the demand for water is not rising as rapidly as some predicted. f段末句提到:and in a few parts of the world, demand has actually fallen. 合起来看,正好可以与heading当中的“令人惊奇的下降趋势”相对照,很好选择的一题。

question 19

答案: ii

关键词:explanation, reduced

定位原文: g段第1句

解题思路: “what explains this remarkable turn of events?” 此句中的turn of events指的就是f段中提到的水需求量下降一事,所以答案应该选择ii。如果考生把f段和g段连起来看的话,会发现选项的逻辑连贯性。

ix: a surprising downward trend in demand for water

ii: an explanation for reduced water use

question 20

答案: x

关键词:raise, standard

定位原文: h段第2句: “but such projects must be…”

解题思路: h段第2句的higher specifications等于选项中的raise standards,也比较容易理解答案是x。

question 21

答案:no

关键词:ancient rome

定位原文: a段最后1句:“at the height of the roman empire…” 在罗马帝国鼎盛时期,人们修建了9 条主要水利系统,其疏水管道和污水管道均以革新的方式铺设,为城区居民提供用水。当时罗马城内居民人均用水量和现今工业社会很多地区的人均用水量相当。

解题思路:关键词是as much…as,这个词组与题干中的higher than相抵触,两者明显不符。所以答案为no。

question 22

答案: yes

关键词: irrigation system 或者按照顺序原则定位在b段

定位原文: b段倒数第2句: “food production has kept pace with …” 食品供应能跟得上人口猛增主要是由于人工灌溉系统的增长使得世界粮食产量提高了40%

解题思路: 题中的feeding increasing population在文中对应food production has kept pace with soaring populations, 题中的due primarily to变成文中的mainly because of, 而题中的 improved irrigation system则成了文中的expansion of artificial irrigation systems。

question 23

答案:not given

关键词:ancient greeks and romans

定位原文: 在c段第1句 “…with water services inferior to those available to the ancient greeks and romans” 世界上有一半的人口享受的供水服务还比不上古希腊和古罗马时期

解题思路: 题干中的古希腊、古罗马终于出现了,但是周围根本没有任何语句表明现代人模仿了他们的水利系统,从上面这句话也完全无法推出这个结论,可见题目是无中生有,属于完全没有提及型的 not given。

question 24

答案:no

关键词: industrial growth

定位原文: f段第3句、第4句: “ although population, industrial output… has actually fallen”. 尽管在发达国家,人口仍然急剧膨胀,工业和经济依然高速发展,但人们开采地下水和地表水的速度却减缓了下来。在全球某些地区,人们对水资源的需求量甚至下降了。

解题思路: 题目中称工业增长使水需求量整体上升,而文中却说速度放缓,甚至需求量下降,两者显然是抵触的,所以答案是no。

question 25

答案:yes

关键词:modem technologies, domestic或者跟随24题顺序找到g段

定位原文: g段第4句 “but since 1980…” 但自从 1980年以来,人均用水量确实是下降了,这主要得益于一系列新技术在家庭及工业节水方面的作用。

解题思路: 文中的decreased对应题目中的reduction, 都指需水量的下降。这是一道很容易辨別的yes。

question 26

答案:not given

关键词: government, water infrastructures

定位原文: h段位于第1句的infrastructure

解题思路: 原文只是说未来还会建各种设施,但没有提到国家是否应该拥有水利设施

test 1 passage 3

question 27

答案:d

关键词:educating psyche

定位原文: 第1段首句:“educating psyche by bemie neville is …”

解题思路: 作者开篇就揭示了本书的主要内容,是关于激进的新型教学法的。题干中的 mainly concern 等同于文中的look at; radical new两个形容词等同于d选项中的not traditional,因此可以判定正确答案是d。个别同学会被c困扰,因为貌似emotion, imagination, unconscious 这样的词在文中第一段也出现了,仔细辨别the effects of emotion, imagination and the unconscious on learning这句话,就会发现它说的是情感,想象力和潜意识对学习的影响,而不是c答案中情感对想象力及潜意识的影响,这是典型的混淆项。

question 28

答案: a

关键词:lozanov’s theory

定位原文: 第2段第2句 “besides the laboratory evidence for this…”

解题思路: 这句之后作者马上举出两个例子:读书和听演讲,我们没有记住书的内容,也没记住演讲的主题,却能够较易回忆起书的颜色、装订、字体以及演讲者的容貌举止,甚至是礼堂里坏掉的空调,这些小细节与主题相比微不足道。作者所举的例子形象地说明了题干中所说的“当我们努力要记起什么的时候,我们记住的往往是些无关紧要的细节”,所以正确答案是a

question 29

答案: b

关键词:book/lecture

定位原文: 第2段

解题思路: 考生可以将c排除,因为文章并未涉及这个选项的内容。d选项所提到的催眠在第2段根本未被提及,也可以直接排除。a和b两项中,a与文中所述内容不符,文中是用两个例子来说明白我们记忆的时候,记住的往往是无关紧要的细节,而不是用来说明书和演讲对于促进注意力集中的重要性。因此b是正确答案,文中所举的两个例子相当于论据,用来证明他关于教学方法的理论是对充分根据的。

question 30

答案:c

关键词:lozanov

定位原文: 第3段倒数第2句 “in suggestopedia, as he called his method…”

解题思路: 选项c中 something other than the curriculum content刚好可以和上句中的shifted away from the curriculum to focus on something peripheral相对应。即使考生根本不认识peripheral一词,也可以从shift away这个词组猜测出来重点被从curriculum上转移到别的东西上去了,然后可以推出正确答案是c

question 31

答案:false

关键词: in the fourth paragraph

定位原文: 第4段第4句到第7句 “…the teacher reads the text slowly and solemnly… in the second part … while the teacher reads the text in a normal speaking voice.”

解题思路: 文中提到教学的两个阶段:音乐从第一阶段的古典音乐到了第二阶段的巴洛克式音乐,老师也从第一阶段的“用缓慢且庄严的语调朗读课文”变成了第二阶段的“用正常声调朗读课文”,这就证明改变的不仅仅是音乐,还有老师的朗读方法

question 32

答案:false

关键词:prior to

定位原文: 文章第5段第2句: “through meeting with the staff…” 通过与老师以及对这种语言学习方式感到满意的学生的交流,他们形成了一种期待:那就是接下来的学习将是简单轻松的

解题思路: 原文中的easy and pleasant与题目中的demanding互相矛盾,由此可知答案应为false

question 33

答案:true

关键词:follow-up

定位原文: 第6段第4句:“such methods are not unusual in language teaching”

解题思路: 这些方式在语言教学中十分寻常。言外之意,暗示教学法跟进课程中所用的教学方法比如games或者improvised dramatisation,在普通教学中也被用到,推测一下,即为跟进课程使用了与传统课堂相似的教学方法。

question 34

答案:not given

关键词:improvements in their memory

定位原文: 第6段最后1句 “another difference from conventional teaching is …” 与传统教学模式不同的是,在间接暗示方法下,学生通常可以轻易记住1000个生词以及语法点和成语。

解题思路: 作者仅仅是说采用暗示方法的学生记往了1000个单词,这高于传统教学方法的成果。但是并没有说记住1000个单词,就代表他们的记忆能力有了所谓的提高,从文中给出的证据,我们是无法推知这个结论的。因此答案是not given

question 35

答案:not given

关键词:teachers

定位原文: 第6段最后1句 “another difference from conventional teaching is …”

解题思路: 文中提到了suggestopedia及conventional teaching,但主要讲了两者的区别与联系,并未标明教师对两者的偏好,因此答案为not given.

question 36

答案:true

关键词: new vocabulary

定位原文: 第6段最后1句 “another difference from conventional teaching is …” (与传统教学模式的另外一点不同就是在间接暗示方法下,学生通常可以轻易记住1000个生词以及语法点和成语。)

解题思路: conventional teaching等同于题目中的ordinary class, difference 一词就暗示了暗示教学法比传统教学方法的进步,而后面强调学生在暗示方法下可以记住多达1000个新词,显然比在传统教学方法下记忆的更多。因此答案是true.

question 37

答案: f

关键词:hypnosis/ however/a certain amount/convince

定位原文: 第7段第4句: “lozanov acknowledges that …”

解题思路: 与其他如催眠那样的方法相比,暗示教学法使用了一种不那么直接的暗示方法。然而,lonazov承认为了说服学生,一定量的37还是必要的,尽管37只是一种38。

从lozanov acknowledges向后寻找,很快找到a这个冠词,后而就是38空要填的词h placebo,返回头寻找曾经出现在词库里的名词,考生就得到了f ritual

question 38

答案:h

关键词:hypnosis/ however/a certain amount/convince

定位原文: 第7段第4句: “lozanov acknowledges that …”

解题思路: 从lozanov acknowledges向后寻找,很快找到a这个冠词,后而就是38空要填的词h placebo

question 39

答案: k

关键词:follow a set procedure/ although/most other teacher

定位原文: 最后1段第1句: “while suggestopedia has gained…”

解题思路: 题目中的句子翻译为:再者,如果暗示教学法要取得成功,教师就必须遵循一套教学流程。尽管lozanov的方法已经变得很 39 ,然而大多数其他教师的使用结果都是40

文章中说暗示教学法gained some notoriety. notoriety是此题关键,本来此词是臭名昭著的意思,但在这里贬义褒用,取著名之意。那么k well known 显然就比spectacular更合适了,故39 题应该选k。

question 40

答案: g

关键词: follow a set procedure/ although/most other teacher

定位原文: 最后1段第1句: “while suggestopedia has gained…”

解题思路: 根据文章,l的方法是spectacular的。那么教师的结果应该与之相反,因此40空应该填g unspectacular。

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