多维教程通达unit07课文原文
多维教程 探索课文+翻译
Unit 1 travel language旅行通用语The Academie Francasie has for decades been the watchdog over the French language. A few years ago, French sensitivity to the influx of English words became so great that law for the purification of French was adopted. The law covers even technical applications. For example, in theory, it is now compuslory in France to refer to the Boeing 747 as a gros-porteur, leasing as credit-bail, etc. the list is very long and detailed and applies to all facets of life. Mr. Chirac, the French President, might well expand on this list and come up with some new French terms for words such as "internet" or "byte stream" just to name a couple. The mind boggles at what the world might face. 数十年来,法兰西语言研究院一直捍卫着法语的尊严。
几年前,由于法国人对英语词汇的入侵非常敏感,该机构颁布了净化法语的法律,其内容甚至涉及专业术语。
就拿波音747 (Boeing747)来说吧,现在法国人必须用法语词gros-porteur;表示出租的leasing 也变成了credit-bail。
Unit7pptx_7
Reference
After You Listen
Please discuss with your partner the following questions and give your presentation to the class.
After You Listen
Please discuss with your partner the following questions and give your presentation to the class.
2) Review what you have learned in the previous units and illustrate the functions and characteristics of the lung.
• In the Chapter 8 of Su Wen, it says that the lung holds the office of prime
minister and is the 1) ____i_s_s_u_e_r______of management and 2) __r_e_g_u_la_t_i_o_n__. It means that the lung is the prime minister to the heart, and the heart is the emperor and 3) _____r_e_i_g_n_s_____over everything,
Reference
选修7各单元的课文全文
新课标高中英语选修7 Unit 1- Unit 5 课文及译文Unit 1 Living well-ReadingMARTY’S STORYHi, my name is Marry Fielding and I guess you could say that I am "one in a million". In other words, there are not many people like me. You see, I have a muscle disease which makes me very weak, so I can't run or climb stairs as quickly as other people. In addition, sometimes I am very clumsy and drop things or bump into furniture. Unfortunately, the doctors don't know how to make me better, but I am very outgoing and have learned to adapt to my disability. My motto is: live One day at a time.Until I was ten years old I was the same as everyone else. I used to climb trees, swim and play football. In fact, I used to dream about playing professional football and possibly representing my country in the World Cup. Then I started to get weaker and weaker, until I could only enjoy football from a bench at the stadium. In the end I went into hospital for medical tests. I stayed there for nearly three months. I think I had at least a billion tests, including one in which they cut out a piece of muscle from my leg and looked at it under a microscope. Even after all that, no one could give my disease a name and it is difficult to know what the future holds.One problem is that I don't look any different from other people. So sometimes some children in my primary school would laugh, when I got out of breath after running a short way or had to stop and rest halfway up the stairs. Sometimes, too, I was too weak to go to school so my education suffered. Every time I returned after an absence, I felt stupid because I was behind the others.My life is a lot easier at high school because my fellow students have accepted me. The few who cannot see the real person inside my body do not make me annoyed, and I just ignore them. All in all I have a good life. I am happy to have found many things I can do, like writing and computer programming. My ambition is to work for a firm that develops computer software when I grow up. Last year invented a computer football game and a big company has decided to buy it from me. I have a very busy life with no time to sit around feeling sorry for myself. As well as going to the movies and football matches with my friends, I spend a lot of time with my pets. I have two rabbits, a parrot, a tank full of fish and a tortoise. To look after my pets properly takes a lot of time but I find it worthwhile. I also have to do a lot of work, especially if I have been away for a while.In many ways my disability has helped me grow stronger psychologically and become more independent. I have to work hard to live a normal life but it has been worth it. If I had a chance to say one thing to healthy children, it would be this: having a disability does not mean your life is not satisfying. So don't feel sorry for the disabled or make fun of them, and don't ignore them either. Just accept them for who they are, and give them encouragement to live as rich and full a life as you do.Thank you for reading my story.Unit 1马丁的故事嗨,我的名字是马丁。
多维教程通达unit12课文原文
Unit 12 Foreword to New World Dictionaryof the American LanguageDavid B.GuralnikEditor in Chief1.The appearance of Webster's New World Dictionary of the American Language, College Edition, on the lexicographical scene in 1953 elicited, in the first major review of that work (Library Journal, May, 1953), the encomium "a great advance in American lexicography." In the years immediately following, others made their own assessment of that work, scholars, teachers, students, writers, and workers in every field of endeavor. Unanimity in assessing so complex an undertaking, and one so dependent upon subjective evaluation, is hardly to be expected, but the consensus, as evidenced by rapidly growing acceptance of the dictionary on college campuses and its regular appearance on the bookshelves and desks of researchers, professional persons, and the like, suggested substantial agreement with that first assessment.2.Efforts were continually made to maintain the currency of the dictionary through annual, later biennial, updating. These efforts were for a time successful, at least in incorporating the more visible of the newest accretions to the language into the written record of that language. Eventually, however, it became apparent that the flood of new terms inundating the staff's citation file, the subtle changes in pronunciation reflected in the aural citations, and the changes in group attitudes toward numerous locutions had made a total revision of the dictionary mandatory. The first decades of the second half of the 20th century have witnessed not only a population explosion, but an information' explosion of unprecedented proportions. Rapid advances in the physical sciences andin technology are bringing with them countless new terms and new applications of established terms. Vast sociological and political upheavals have had lexical consequences, and the young of our land, both alienated and unalienated, have made full, vigorous contribution to the slang sector of the language. Free borrowing from other languages, always a salient feature of English, continues unabated (see Dr. Umbach's article Etymology, on p. xxxi).3.The science of lexicography makes it possible for the dictionary staff of our times to keep up with these shifts and turns in language and to accumulate large stores of data with which to work. It is still, however, the art of the lexicographer that must be employed in sifting the masses of data, selecting those items and details that fall properly within the scope of the dictionary under construction, and assembling these into an instructive, useful, and graceful whole. Most often, a period of incubation is required for new words to prove their vitality and establish their right to entry in the dictionary. Sometimes, however, the swift current of events brings starling changes, and the items of vocabulary resulting from such events are firmly fixed in our speech from the day of their coinage. Not long before this work went to press, we witnessed a milestone in the human saga, man's first, halting steps on the moon's surface, an event that demanded the insertion of such an entry as mascon and a biographical listing Neil Armstrong, whose feat - and feet - made history.4.Those who are familiar with the first College Edition of Websters New World Dictionary will find here the same reassuringly large and clear type and the same single alphabetical listing that makes it unnecessary to leaf through numerous supplementary lists of biographical and geographical entries,proper names, and abbreviations. They will also find in this Second College Edition the same devotion to careful, detailed definitions as in the previous edition and the same generous use of illustrative examples to help clarify both meaning and usage. As they continue to use this new work, they will, however, discover many thousands of new entries and new meanings not to be found in the earlier edition, many of them, indeed, not to be found in any other dictionary. They will discover. too, small but significant changes in the diacritical key that lend phonemic precision to the pronunciations, and they will discover the changes that the record shows have taken place in the prevalence of certain pronunciations since the first edition. Such change is a phenomenon that always characterized living languages, and it is a special characteristic of the language of America.5.The users of this dictionary will find, again, that each entry block has been ordered to show logical semantic extension from the etymology through the earlier uses of the word to the current, often specialized or informal applications. The result is a single coherent paragraph that clearly shows the history and development of the word and the relationship among the meanings rather than an assemblage of fragmented bits of disconnected information. The etymologies, always a strong feature of the New World Dictionary, have been carefully reviewed by Dr. Umbach, who has incorporated the latest etymological findings and has still further extended the practice of showing cognate relationships between words in English and between English words and those in other Indo-European languages. For the first time in any dictionary of the language, the origins of American place names have been included, prepared by Dr. Mathews, where these could be ascertained. Also for the first time in any dictionary, every Americanism has been clearly identified as such (see the "Guide to the Use of the Dictionary," paragraph I., E. on p. ix and Dr. Mathews' article Americanisms on p. xxxiii).6. The art of the lexicographer is further displayed in the help that is given the user of the dictionary who must decide the aptness of any term or phrase to the use he wishes to make of it. The editors of this work believe that one who consults a college dictionary is entitled to the informed collective determination by the staff as to whether a particular term is appropriate to a standard or formal context or is suitable only in an informal context or as an item of slang; whether a given word is current, or obsolete, or archaic, or now rare; whether it is current only as a regional, or dialectal, term; and whether it is, in spite of widespread usage, held in low repute by those who take a stricter, or purist, view of these matters. The issue is not one on "permissiveness" versus "authoritarianism." No lexicographer, at least in this country, has been given a mandate either to permit or to disallow any usage. He has, however, assumed the responsibility of informing the public of the state of the language as of the time during which his dictionary was being compiled. The status of any usage, as determined by the trained lexicographer after a careful study of current writings and speech and disregarding the crotchets and prejudices of individuals, is a part of the record and should be incorporated among the data made available to the writer and the student.7.The absence from this dlctionary of a handful of old, well-known vulgate terms for sexual and excretory organs and functions is not due to a lack of citations for these words from current literature. On the contrary, the profusion of such citations in recent years would suggest that the terms in question are so well known as to require no explanation. The decision to eliminate them as part of extensive culling process that is the inevitable task of the lexicographer was made on the practical grounds that there is still objection in many quarters to the appearance of these terms in print and that to risk keeping this dictionary out of the hands of some students by introducing several terms that require little if any elucidation would be unwise. In a similar vein, it was decidedin the selection process that this dictionary could easily dispense with those true obscenities, the terms of racial or ethnic opprobrium, that are, in any case, encountered with diminishing frequency these days.8.The vocabulary entered was chosen to meet the needs of students and others in this particular period of history, and so it will be seen that there is here a heavier proportion of terms from the sciences than was true for previous edition. In response to numerous requests, it was decided to include the taxonomic designation, or scientific name, for every animal and plant entered. The taxa shown herein reflect the process of continuous adjustment and reclassification that is taking place in this discipline. In general, the technical definitions were written by, or prepared in direct consultation with, leading specialists in every field.9.Population figures for geographical entries and other similar statistical data have been checked with authoritative sources. Unofficial estimates have been avoided; only the latest official counts or estimates were considered reliable.10.On the editorial staff page preceding this foreword are listed the names of those wholaborad to produce the dictionary. Titular designations, however descriptive in intention, often fail to describe adequately the roles and responsibilities carried out. For example, Dr. Mitford M. Mathews, dean of American lexicographers and editor of the Dictionary of Americanisms, has over the past decade had a lively impact on nearly every aspect of this work to a degree improperly conveyed by the designation "Special Consulting Editor."11.A major advantage in the preparation of the second edition of a dictionary is the inevitable exposure to the collective wisdom of those who have put the first edition to the test of repeated usage. Over the years we have benefited immeasurably from the suggestions, queries, emendations, and citations offered by scholars, experts, and lay people throughout the United States and, indeed, throughout the world. However desirable, it would be impractical to attempt to acknowledge individually those many who have given us, and in many instances continue to give us, aid and advice. They will know who they are and, we trust, will accept our generalized thanks.12.Special acknowledgment must be made of those scholars who participated in the staff's planning sessions and whose good counsel has served us so well in the execution of those plans: Professor Charlton Laird (whose article Language and the Dictionary on p. xv you are urged to read), Professor Donald L1oyd, and the late Professor George Grauel. Our thanks are also herewith extended to the many individuals at institutions and agencies, private and governmental, who so graciously served as sources of information and verification, and to those persons who served as regular informants on matters of pronunciation and usage. Special thanks are due to the editors and custodians of the unpublished records of the Linguistic Atlas of the North-Central States for making those materials available to us, to Miss Dorothy Fey, of the United States Trademark Association, for her invaluable help in determining whether terms suspected of being trademarks do currently in fact have such status, and to Professor Frederick Mcleod for his expert assistance in the preparation of the supplementary "Guide to Punctuation, Mechanics, and Manuscript Form." For their helpful cooperation in solving a number of problems in typography, thanks are due to Mr. Donald M. Snyder and Mr. Willis Larson of the American Typesetting Company.13.The editors of Websters New World Dictionary of the American Language, Second College Edition, firmly believe that the years of work expended on its production will be justified by the many services it will perform for those who turn to it. To ensure that the greatest possible benefit is obtained from this reference work, the user is urged to read the "Guide to the Use of the Dictionary" on the following pages.。
1带翻译
1、1、金融用语:受取手形:应收票据;外貨ポジジョン:外汇头寸;公定歩合:法定贴现率;最割引率:再贴现率;つなぎ融資:过渡性融资;変動為替レート:浮动汇率2、股市用语:上げ幅:升幅;先安:看跌;そこを割る:跌破最低大关;持ち合い:暂告平息;軟調:疲软3、缩略语:ADBゕジゕ開発銀行(亚洲开发银行);CIEC 国際経済協力会議(国际经济合作会议);GA TT関税貿易一般協定(国际关税和贸易总协定);FAO 国連食料農業機構(联合国粮农组织);IMF 国際通貨基金(国际货币基金组织);JICA国際協力事業団(日本国际事业协力团)OPEC石油輸出国機構(石油输出国组织);UNDP国連開発計画(联合国开发计划署)一、经济类文章○円の国際化変動相場制の第二の不均衡は、日本の貿易収支の大幅な黒字である。
確かに第二次石油ショックの直後こそ貿易収支は赤字またはわずかな黒字だったが、数年後には大幅黒字が復活している。
79年の第二次石油ショックの後も、79-80年こそ、貿易収支は20億ドル前後の赤字、経常収支は大幅の赤字だったが、81年以降再び黒字を増やし、83年には経常収支も黒字となった。
85年、86年は貿易収支各461億ドル、828億ドル、経常収支は各350億ドル、492億ドルの黒字である。
普通ならとっくに円高となってよさそうだが、そうならなかったのは、日本からゕメリカへ莫大な金利稼ぎの長期資本が流出したからである。
この時期の貿易黒字の急増は、日本の輸出努力とともに、ゕメリカのドル高のあおりを受けたと見るのが正しいだろう。
かつては通貨レートは貿易の動きに依存していたが、現在では、資本収支の動きが大きな影響を持つようになっている。
それだけに、貿易摩擦問題が通貨レート調整によって解決する見通しは少ない。
むしろ日本側は、経常収支の黒字を対外投資の推進に振り向け、円高を避けてきた。
实行浮动汇率制度的第二个不均衡问题是日本的贸易收支顺差大幅度。
新标准大学英语第四册 unit 7 active reading 1 课文及译文
也很听话。 他们会静静地在屋里或花园里一起玩耍。渐渐地, played quietly together inside or in the garden, and gradually grew
他们长大了,也长高了。 最让我感到愉快的一个记忆是:在 older and taller. One of my happiest memories is of one warm
四周的土地上全是一片忙碌的景象,帮工们采摘水果,把摘 and pears, and as the days grew shorter the land around was busy
下的水果送到庄园或是沿着那条路运到镇上的市场去卖。
with helpers collecting the fruit to take to the manor house, or to
妻子大叫一声,晕倒在地。 在这之后的一段日子里,他们常 and his wife a telegram. When they read it, she cried out and fainted.
常坐在我的门廊下相拥而泣。
For some time after this, they sat on my porch holding each other
一个温暖的夏日,我看到男孩高高地坐在一棵苹果树的枝干 summer's day. High up in the branches of one of the apple trees
上,读着他最喜爱的那本书。
rested the boy, reading his favourite book.
咯咯笑 嗓门大(哭)
美好的回忆 虽然这个房子已经换了许多户人家了,但直到现在我还记得 那些筑墙、盖屋顶的工人。 当时马路对过那座庄园大宅的主 人需要建一个小屋给他的园丁住。他在这片连绵不断的巨大 的丘陵果园中找到了一片空地,并派工人到本地的采石场运 来金黄色的石头。工人们花了三个月的时间在园子里建起了 这两座农家小屋。
unit7
我听到许多人谈论摇头丸,说它是一种奇妙无害的麻醉品。
对此,我只能暗自感叹,"要是他们知道就好了。
"我是在宾夕法尼亚的一个乡间小镇长大的。
在那个地方,你叫什么名字,你是干什么的,你吃的是什么,以及诸如此类的事儿别人都了如指掌。
那时,我是一个门门皆优的好学生,是大家公认的一个乖孩子,人人都喜欢我。
毒品与我的生活中根本不沾边,从来也没去想过--我别的事情还忙不过来咧。
我一直梦想到纽约市去学表演,然后从事舞台表演生涯。
后来,我妈带我到那座城市去上表演艺术学校,实现了我的梦想。
你能想象得到,这与家里相比可是大不一样。
我接触到了许多新朋友,新观念,接触到了一种全新的生活方式--这种生活方式也使我开始接触到了毒品。
我在艺术学校遇到的那些人多数都已经有多年的吸毒经历。
当时我觉得通过吸毒我可以真正融入他们那个世界,可以加深我与他们的友情。
我试过大麻,甚至还试过一点可卡因,不过,永远改变了我的生活的是摇头丸。
我还记得我第一次用摇头丸时的感觉:浑身上下飘然若仙。
我甚至感受到了宇宙的脉搏,宛如某种神奇世界的铁锁被我豁然开启,让我顿入天界一般。
我当时心想,能够让人感到如此美妙的东西怎么可能不好呢?随着时间的推移,情况发生了变化。
我毕业后开始越来越频繁地吸用毒品,尤其是摇头丸。
我自己吸毒并开始看不起那些不吸毒的人。
我成天与吸毒者为伍。
我已经从一个不沾毒品的女孩变成了一个没有毒品就难以度日的女人。
仅五个月的时间,我就从一个追求梦想,对生活还有些责任感的人,变成了一个对一切都无所谓的庸人。
而且,我走得越远,我越发陷于黑暗孤寂的深渊。
我一旦入睡,便会噩梦连连,颤抖不已。
我肤色如灰,头痛欲炸,精神也开始错乱起来。
对此我全然没有理会,以为这一切都是正常的,直到有一天夜晚我觉得我就要死了。
那天夜晚,我正和几个朋友坐在长沙发上看电影,起初还感觉正常,可是突然我觉得仿佛想要从自己的躯壳里蹦出来似的,各种各样的念头、恐怖无比的景象和扑朔离迷的幻影在脑海里闪烁。
全新版大学英语(第二版)综合教程 Unit7 Animal Intelligence
Global Reading Detailed Reading After Reading Supplementary Reading
Gorilla
Killer Whale English Song – Ben
Warm-up Questions
Animal Ranking
Listen to the following passage and fill in the gaps with the words you hear.
It’s the largest of the great apes. The male is heavily built and may stand 1.7m (5.5 feet) in height, with an arm spread of 2.4m (7.8 feet). It has a large _h_e_a_d with a short n_e__ck_ , a prominent (突起的) _m_o_u_t_h_ , thin _li_p_s , and small_e_a_rs_ . The female is
Senses: Habitat:
Gorillas have senses very similar to ours, including hearing, sight (they seem to be slightly nearsighted and have color vision), smell, taste, and touch.
— 1958 Michael Jackson was born.
— 1965 Michael joined his brothers in the Jackson Five.
新编英语教程7(Unit 1-14 Text I 译文)
Unit One English and American Concepts of Space Edward T. Hall英国人和美国人的空间概念人们说英国人和美国人是被同一种语言分离开的两个伟大的民族。
英美民族之间的差异使得英语本身受到很多指责,然而,这些差异也许不应该过分归咎于语言,而应该更多的归因于其他层面上的交流:从使很多美国人感到做作的英式语音语调到以自我为中心的处理时间、空间和物品的不同方法。
如果说这世上有两种文化间的空间关系学的具体内容迥然不同,那就是在有教养(私立学校)的英国人和中产阶级的美国人之间了。
造成这种巨大差异的一个基本原因是在美国人们借助空间大小来对人或事加以分类,而在英国决定你身分的却是社会等级制度。
在美国,你的住址可以很好的暗示你的身分(这不仅适用于你的家庭住址,也适用于你的商业地址)。
住在纽波特和棕榈滩的人要比布鲁克林和迈阿密的人高贵时髦得多。
格林尼治和科德角与纽华克和迈阿密简直毫无类似之处。
座落在麦迪逊大道和花园大道的公司要比那些座落在第七大道和第八大道的公司更有情调。
街角办公室要比电梯旁或者长廊尽头的办公室更受尊敬。
而英国人是在社会等级制度下出生和成长的。
无论你在哪里看到他,他仍然是贵族,即便是在鱼贩摊位的柜台后面。
除了阶级差异,英国人和我们美国人在如何分配空间上也存在差异。
在美国长大的中产阶级美国人觉得自己有权拥有自己的房间,或者至少房间的一部分。
当我让我的美国研究对象画出自己理想的房间或办公室时,他们毫无例外的只画了自己的空间,而没有画其他人的地方。
当我要求他们画出他们现有的房间或办公室时,他们只画出他们共享房间里自己的那部分,然后在中间画一条分隔线。
无论是男性还是女性研究对象,都把厨房和主卧划归母亲或妻子的名下,而父亲的领地则是书房或休息室,如果有的话;要不然就是工场,地下室,或者有时仅仅是一张工作台或者是车库。
美国女性如果想独处,可以走进卧室、关上门。
研究生多维教程通达课文解释及课后答案unit1-unit3
研究生多维教程通达课文解释及课后答案unit1-unit3博士英语多维教程通达课文解释及课后答案!Unit 1 What Will BeBackground InformationLanguage PointsKey to Exercises1.We’ve now acknowledged some fundamental ancient human forces and the ways they will affect and be affected by the Information Marketplace. And throughout the course of this book we’ve answered the questions we raised at the very beginning. So it is time to finally consider the greatest transformation that the Information Marketplace ha to offer. To get to it, let’s reconstruct the growing crescendo of key discoveries we have made, which together describe “what will be.”2.We began with a simple but far-reaching model of the future world of information as an Information Marketplace, where people and their computers will buy, sell, and freely exchange information. Our first discovery was that this Information Marketplace can indeed be built on a technological foundation: the information infrastructure. We went on to explore the many human-machine interfaces people will use to get in and out of this new edifice, from virtual reality and fancy bodysuits to the lowly keyboard, and singled out speech interfaces as perhaps the most significant and imminent. We explored the pipes that will carry our information and the ways we will bend them to give us the speed, reliability, and security we need. We also saw how a vast array of new shared software tools will evolve on this infrastructure, shifting the attention ofthe entire software business from individual to interconnected computers. The arrival of this foundation is certain, but it could be delayed by a decade or more if the key players continue their wars for control and their indifference toward the shared infrastructure they all need. We saw too that there won’t be just a handful of winners that will survive t hese wars; the terrain is vast, rich, and full of challenges for almost every supplier and consumer of information to be a winner.3.Our second major discovery was that the Information Marketplace will dramaticallyaffect people and organizations on a wide scale. Besides its many uses in commerce, office work, and manufacturing it will also improve health care, provide new ways to shop, enable professional and social encounters across the globe and generally permeate the thousands of thins we do in the course of our daily lives. It will help us pursue old and new pleasures, and it will encourage new art forms, which may be criticized but will move art forward, as new tools have always done. It will also improve education and training first in specific and established ways and later through breakthroughs that are confidently awaited. Human organizations from tiny companies to entire national governments will benefit too, because so much of the work they do is information work.4.Putting all these detailed uses in perspective, we came to realize that they are different faces of two major new forces: electronic bulldozers and electronic proximity. Each has broad consequences for society. The electronic bulldozers’ effect is primarily economic, increasing human productivity in both our personal lives and the workplace. The rapid, widespread distribution of information in the form of info-nouns (text,photos, sounds, video) and especially info-verbs (human and machine work on information) is one simple way in which productivity will increase. Automatization is the other powerful effector; machine-to-machine exchanges will off-loaded human brain work the way machines of the Industrial Revolution off-loaded muscle work. We concluded, however, that to enjoy the productivity benefits we will have to avoid and correct certain technological and human pitfalls.5.To better understand the economic impact of the Information Marketplace, we explored the value of information and its consequences. This led us to a few troublesome discoveries: the huge amount of info-junk we’ll have to work hard to avoid and the gap between rich and poor nations (and people) that will increase if we do nothing to stop it. Other economic consequences were less clear, like the unemployment rate ov er the long run, which we can’t fore cast even though we can foresee many new types of jobs.6.Another important discovery from these explorations was the power of the Information Marketplace to customize information and information work to different huma n and organizational needs. To leverage this power, we’ll need to make our machines considerably easier to use that they are today. With increased productivityand customization, we can look forward to a larger array of better, cheaper. More customized products and services that will reach us even faster than before. More important, by making machines easier to use and giving ourselves the ability to fashion software painlessly and rapidly, we can fulfill the promise of the Information Age to tailor the new technologies to our individual human and organizational purposes, rather than the other wayaround.7.The second of the two major forces --- electronic proximity --- will increase bya thousand times the number of people we can easily reach and will bring people together across space and time. Many social consequences, good and bad, will arise as this new proximity distributes powers of control from central authorities to the many hands of the world’s people. Groupwork and telework will further help impro ve human productivity. Democracy will spread, as will people’s knowledge of one another’s beliefs, wish es, and problems. The voiceless millions of the world will come to be heard and be better understood, provided that the wealthy nations help the less wealthy ones enter the Information Club. Ethnic groups may become more cohesive, as people belonging to a certain tribe use the Information Marketplace to bind themselves together regardless of where they may be. At the same time. The Information Marketplace will help shared cultures grow in nations that thrive on diversity.And though we need not change our legal framework in any major way to accommodate the Information Marketplace, different nations will need to cooperate on shared conventions for security, billing, and other transnational issues that will surely arise as shared information crosses international barriers. On another level, electronic proximity will foster a shared universal culture, a thin veneer on top of all the world’s individual national cultures. We hope that this ecumenical property of the Information Marketplace to enhance the co-existence of nationalistic identity and international community will help us understand one another and stay peaceful.8.Our exploration then brought us squarely before human emotions and human relationships. We discovered that they will pass only partially through eh Information Marketplace. Physical proximity will still be necessary to consummate these emotions and recharge the batteries that will sustain human relationships between virtual encounters. Finally, we discovered that the primitive forces of the cave that lie at the roots of our emotions and passions do not pass through theInformation Marketplace; deep down, our psyches know that 1s and 0s cannot love, nurture, hurt, or kill us at a distance. Because many of our most valued actions and decisions involve these forces like trust, love, and fear --- the information world will not be a substitute for the physical world.9.Given all these possibilities for change, we considered what might happen when they bump up against the ancient human beings that we are and have been for thousands of years. Predictably, we discovered that we will have difficulty coping with the increased social and technological complexity and overload brought forth by the Information Marketplace. Though we will be potentially close to hundreds of millions of people, we will be able to deal with only a very few of them at any given time. Yet we saw that we might be able to reduce some of these complexity problems by making the artifacts of the Information Age easier to use --- a primary goal for the technologists of the twenty-first century.10.The Information Marketplace will make of us urban villagers --- half urban sophisticate, roaming the virtual globe, and half villager, spending more time at home and tending to family, friends, and the routines of the neighborhood. If our psyches tilt toward the crowded urban info-city, we will becomemore jaded, more oriented toward the self, and more indifferent, fickle, and casual in our relationships with others, as well as less tightly connected to our families and friends. If we tilt toward the village, we may be surprised by a resurgence of more closely knit families rooted in our tighter human bonds. Indeed, if we use it correctly, the Information Marketplace can be a powerful magniying lens that can amplify goodness --- employing disabled and home-bound workers, matching help needed with help offered via the Virtual Compassion Corps, and helping people learn and stay healthy, among many other possibilities.11.Reflecting on our exploration, we also discovered that people will exploit the newness, vagueness, and breadth of the Information Marketplace to support their wishes and predilections, whatever they may be. Some proclaim that the world of information can stand out only by offering educationally and culturally rich opportunities that will benefit humanity. Others will use the Information Marketplace as a new battle ground for the familiar disputes --- capitalism versus socialism, greed versus compassion. Materialism versus spiritualism, practicality versus abstraction --- all suitably described as ‘new’ issues. As in the case ofmoney, there is hardly and event, action, or process that is not linked to and affected by information, so such arguments can sound plausible. But they should not deceive us; the discerning eye w8ill distinguish that which is likely from that which is merely possible.12.The wise eye will also see that the Information Marketplace is much more influential than its parts --- the interfaces, middleware and pipes that make up the three-story building on which we stand. Once they are integrated, theypresent a much greater power --- the power to prevent an asthmatic from dying in a remote town in Alaska, to enable an unemployed bank loan officer to find and succeed at a new form of work, to allow a husband and wife to revel in the accomplishments of a distant daughter while also providing emotional and financial support. These powers are far greater than the ability to send an e-mail message, or to have give hundred TV channels.13.The Information Marketplace will transform our society over the next century as significantly as the two industrial revolutions, establishing itself solidly and rightfully as the Third Revolution in modern human history. It is big, exciting, and awesome. We need not fear it any more or any less than people feared the other revolutions, because it carries similar promises and pitfalls. What we needed to do, instead, is understand it, feel it, and embrace it so that we may use it to steer our future human course.14.We could stop here, after putting all these discoveries together, satisfied and impressed with our overarching vision of a third socioeconomic revolution. However, if we look even deeper at the bold and historic imperative that the Information Marketplace calls us to embrace, we will see all three revolutions as part of a far greater movement, well beyond combines, steam engines, and computer --- a movement toward a new age that may liberate the total human potential within each of us.15.On to our final discovery.Background InformationAbout the author and the bookFor two decades, technological oracle, entrepreneur, and consultant Michael policymakers and CEOs (i.e. chief executiveofficers) on the future course and impact of these technologies. In 1980 Dertouzos predicted today’s world of information with stunning accuracy. Now, in What Will Be he charts a unique and richly detailed map of the ways information technology will alter every facet of our public and private lives, from a few years to a century hence.Dertouzos heads the MIT Laboratory for Computer Science - home of the World Wide Web and birthplace of many of the high-tech products and processes that surround us today. In What Will Be, he offers the ultimate insider’s preview of the inventions that will usher in a Third Revolution to rival the Agricultural and Industrial Revolutions. And in deft and detailed analysis, Dertouzos reveals the changes we will experience in everyday life, in the pursuit of pleasure, health, learning, office work, commerce, manufacturing, and governance. Debunking the starry-eyed view of new technology promoted by many commentators -while taking the Luddites firmly to task -Dertouzos unveils a crisp picture of the new century’s global information marketplace and shows how it will affect one-half of the world’s industrial economies. He uncovers what’s wrong with technology, explains how we can right the wrongs, and identifies the key trade-offs tomorrow will bring. Dertouzos even highlights what aspects of our society and ourselves will never be altered by technology and offers an inspiring blueprint for how new tech could bridge the centuries-old gaps between reason and the spirit.Bill Gates wrote the foreword to the book. The book has three parts: I. Shaping the Future, which explains the new technologies so that readers can judge unfolding events for themselves; II. How Your Life Will Change, which imagines howand justifies why our lives will be recast; and III. Reuniting Technology and Humanity, which assesses the impact of these changes on our society and our humanity.some fundamental ancient human forcesDertouzos points out that no matter how powerful and pervasive a technological force may be, it will face some immutable human trait that will always act to conserve the constancy and stability of our species. We carry the features and mannerisms of our ancestors as well as our common reflexes and human patterns acquired through evolution. The fear, love, anger, greed, and sadness that we feel today are rootedin the caves that we inhabited thousand of years ago. It was in that ancient setting that the predator’s growl and the enemy’s attack defined primal fear. It was there, too, that our other primal feelings became reinforced -protecting our children, enjoying the pleasure of physical contact with our mate, relying on our fellow tribes people, and so on. These are the forces of the cave. In the new world of information, these fundamental human qualities haven’t left us.the information MarketplaceDertouzos thinks that there is great confusion in the world today about what the “Information Age” is , both physically and functionally. The model of an Information Marketplace is a clean way to envision both. In this Information Marketplace, people and machines buy, sell, and freely exchange information and information services.the questions we raised at the very beginningIn Chapter One of Part I Shaping the Future, the author lists a number of questions the book will tackle. They include: Will compu ters increase the industrial performance of the world’snations, or is the help they offer irrelevant to that quest? Will our way of life improve through cheaper, faster, and higher-quality health care and a greater access to knowledge? Or is better information a minor player in these quests? What new software will flourish in the Information Marketplace? How close to the real world can we get wit goggles, tactile bodynets, virtual “feelies” and “ smellies”? Will ordinary citizens be better heard by their governments, or are electronic town halls impossible or achiev3e? What will happen to human relationships?the information infrastructureThe Information Marketplace is more extensive than a village market. It is closer to a bustling metropolis where many people, shops, offices, and organizations busily conduct millions of personal and commercial interactions in pursuit of their own goals. In a real city, these activities are supported by a shared foundation - an infrastructure of roads for the transportation of people and goods; of pipes and wires for moving water, electricity, and phone conversations; of door, locks, andpolice that maintain order; and of some agreed-upon conventions like a common language a nd accepted behaviors t5hat facilitate interactio ns among the city’s people.In exactly the same way, the Information Marketplace is built on a shared infrastructure made up of all the information tools and services that enable its many activities to function smoothly and productively. This infrastructure will be distributed and owned by all us, not a single organization. It will move the data, voice, text, and X-ray images in the severe-asthma scenario by negotiating automatically with phone, cable, satellite, and wireless carriers and with the kiosk and computers at theradiology lab and doctors’ offices. The infrastructure will support all the online interviews and reviews people will perform in their daily jobs. And it will help transact all the business from the World Shop.virtual realityIt’s a syst em that enables one or more users to move and react in a computer-simulated environment. Various types of devices allow uses to sense and manipulate virtual objects much as they would real objects. This natural style of interaction gives participants the feeling of being immersed in the simulated world. Virtual worlds are crated by mathematical models and computer programs.electronic bulldozers and electronic proximityAccording to Dertouzos, ultimately most of the hardware and communications technologies, human-machine interfaces, middleware, and information infrastructures will either serve as electronic bulldozers or create electronic proximity. The bulldozers will relieve us of the burden of human work, either by completely replacing information-related human activities or by augmenting our ability to carry out these activities with less human work - in short, by increasing our productivity.The second new force arising from the Information Marketplace is electronic proximity. During the Industrial Age p eople’s physical mobility expanded tremendously, widening a person’s universe of potential relationships from a few hundred village neighbors to hundreds of thousand of people within driving range.As a result, our proximity to people whom we could reach grew a thousandfold. Incredibly, the Information Marketplace will increase this range by yet another thousandfold, to hundreds ofmillions of people who will be within electronic reach, That is the essence of the gigantic new force we call kilometers but in keystrokes and other electronic gesture, the whole scene will resemble a billion people and machines all squeezed into one electronic city block.two industrial revolutionsThe first industrial revolution began in England when the steam engines was invented in the middle of the eighteenth century. The appearance of the internal combustion engine, electricity, synthetic chemicals, and the automobile by the end of the nineteenth century marked the second industrial revolution.Language Points1.crescendo : a sound or a piece of music that becomes gradually louder; a time when people are becoming more and more excited, anxious, or angrye.g. In the past ten days Zaire has published a mounting crescendo of attacks on Belgium.A crescendo of resentment was built up between the two companies because of series of conflicts in trade transactions.rise to/ reach a crescendo: become gradually loudere.g. It’s possible for the organist to reach a very quick crescendo by using all these stops.2.interface: [C] the part of a computer system through which two different machines are connected; the way in which two subjects, events etc. affect each othere.g. In a press conference, the Prime Minister proposed some new ways of involving young people with the interface between technology and design.They have just designed a new interface between a computer and a typesetting machine, which works extremely well.v.:[+with] connect; cooperatee.g. interface a device with a computerThe computer technicians interface with the flight controllers.3.single out: choose, select one person or thing from among several for special comment, treatment etc.e.g. I imagine that to be singled out by the Captain for a farewell luncheon is indeed an honor.Nana and Margaret were singled out for special praise for their outstanding performance during the experiment.4.imminent : about to happen, usu. Used in reference to things that are unpleasant or that you think will prove to be unpleasante.g. The report points out that there does not seem to be an imminent danger of amine on a world scale.With the election imminent, Churchill returned to London before the meeting was finished.5.We explored the pipes that will carry our information and the ways we will bend them to give us the speed, reliability, and security we need: We search for the pipes that can transfer our information and the way s we will manipulate and apply them to offer us the speed, reliability and security we need. Here the complete clause for “the ways we will bend them” is “ the ways in which we will bend them”. When the preposition “in” is combined with “way” to introduce an attributive clause, it is often omitted.bend v.: focus, apply; force to submite.g. He is very firm about it; I cannot bend him.Anyone who applies for this position in the company should bend his or her will to corporate goals.6.The arrival of this foundation is certain, but it could bedelayed by a decade or more if the key players continue their wars for control and their indifference toward the shared infrastructure they all need.: Here the word “they” refers to “the key players”. According to the foregoing sentences, key players are “the computer, software, media, telecom, and cable companies”.indifference n.:[U] a complete lack of interest in sth. or someonee.g. Many native speakers of a language show indifference to /towards grammatical points.His attitude to his work is one of bored indifference.7.permeate vt.: penetrate wholly, pervade, soak throughe.g. Toxic chemicals may permeate the soil, threatening the environment.Changes in civilian life have not yet begun to permeate the army.putting all these detailed uses in perspective, we came to realize that﹍: judging the importance of all these detailed uses correctly, we began to find that﹍8.perspective n.: a specific point of view in understanding or judging things or events, esp. one that show them in their true relations to one anothere.g. He wants to leave the country in order to get a better perspective on things.From the top of the hill you can get a perspective of the entire lake.get/keep/put sth in perspective: judge the importance of sth correctlye.g. It will help to put in perspective the vast gulf that separates existing groups.First of all, we ought to get our temporary advantage into some kind of perspective.from the perspective of/from a﹍perspective: from a specific point of viewe.g. Feminists say that the book was written from a male perspective.The novel is written from the perspective of a primary school pupil.in/out of perspective: showing the correct/incorrect relationship between visible objectse.g. The houses don’t seem to be in perspective in your drawing.The drawing of the house is good, but the car is out of perspective.9.Another important discovery from these explorations was the power of the Information Marketplace to customize information and information work to different human and organizational needs.: One more key finding of these explorations was the power of the Information Marketplace to make information and information work more suited to human and organizational needs.customize v.: make or change sth according to the buyer’s or user’s needse.g. General Motors will customize Cadillas for special clients.The computer programs can be customized for individual users.10.To leverage this power, we’ll need t o make our machines considerably easier to use than they are today.: To make the best use of the power of the Information Marketplace for economic profits, we’ll need to redesign our machines till they are muchmore easier to use than now.11.fashion v. :shape or make sth, using your hands or only a few tools; influenceor form someone’s ideas and opinionse.g. He fashioned a box from a few old pieces of wood.The Japanese authorities want to fashion a new political role for the country.in a ﹍fashion: in a particular waye.g. The authorities appear to have abandoned any attempt to distribute food and water in an orderly fashion.Latha joined her hands together in an Indian fashion and gave a little bow.In/out of fashion: popular/not populare.g. This is a policy that is increasingly out of fashion.Capability and efficiency seem to be coming back into fashion.after the fashion of: (sth.)done in a way that is typical of someonee.g. Leibnitz was another child prodigy who, after the fashion of his kind, was writing Greek and Latin from an early age.12.tailor﹍to: adapt to; make, devise, in such a way that it fits particular needse.g. Our insurance policies are specially tailored to the earnings pattern of the insured at different stages in his career.Experience has taught us to tailor our merchandise to the particular requirements of each overseas market.tailor-made: make-to-measure; make-to-order; exactly suited to a particular need or a particular persone.g. The club is tailor-made for Jane.(The activities of the club fit in perfectlywith HJane’s interests.)John has a new tailor-made suit.(John’s new suit was made especially to fit him.)Mr. Black’s clothes were all tailor-made.(Mr. Black’s clothes were all specially made to his own measurements and wishes.)13.Many social consequences, good and bad, will arise as this new proximity distributes powers of control from central authorities to the many hands of the world’s people.: In this sentence, “good and bad” might be expanded into “b oth good ones and bad ones”.proximity n.: nearness in distance, time etc.e.g. No longer is it the case that national suppliers, because of their proximity, are favored over foreign ones.My newly bought house is in close proximity to the supermarket and the station.14.The voiceless millions of the world will come to be heard and be better understood, provided that the wealthy nations help the less wealthy ones enter the Information Club. “provided” can be replace by “if”.15.cohesive a.: tending to fit together well and form a united wholee.g. The poor do not see themselves as a cohesive group.The members of the group remained remarkably cohesive in the face of difficulty.16.thrive on: enjoy and do well as a result of, perhaps unexpectedlye.g. David throve on a pure meat diet for some time.This is the style of life on which he seems to thrive.17.accommodate v.: get used to a new situatione.g. The eye can accommodate itself to seeing objects atdifferent distances.When you are employed in a new firm you should first of all accommodate yourself to the new circumstances.Or: give someone a place to stay, live, or worke.g. Once you have been accepted at the university they promise to accommodate you in a residence hall nearby.Or: have or provide enough space for a particular number of people or thingse.g. Several jails house twice as many prisoners as they were originally built to accommodate.18.property n.: [C] an attribute, characteristice.g. One of the most important properties of gold is its malleability.Besides having nitrogen-fixing properties, trees can be used as a source of fuel. Or: [U] the thing or things someone ownse.g. They have requested the confiscation of millions of dollar’s worth of property.19.Our exploration then brought us squarely before human emotions and human relationships: Our exploration then brought us face to face with such issues as human emotions and human relationships.20.Physical proximity will still be necessary to consummate these emotions and recharge the batteries that will sustain human relationships between virtual encounters.: People still need body contact or face-to-face communication to thoroughly express their emotions and also receive others’ to maintain the relationships when they exchange emotions on the Internet.21.our psyches know that 1s and 0s cannot love: we know that computer are machines and they cannot love22.Given all these possibilities for change, we considered。
多维教程通达unit03课文原文
Unit 3 Will We Follow the Sheep?Jeffrey KlugeIt’s a busy morning in the cloning laboratory of the big-city hospital. As always, the list of people seeking the lab’s services is a long one--- and, as always, it’s a varied one. Over here are the patient s who have flown in specially to see if the lab can make them an exact copy of their six-year-old daughter, recently found to be suffering from leukemia so aggressive that only a bone-marrow transplant can save her. the problem is finding a compatible donor. If, by reproductive happenstance, the girl had been born an identical twin, her matching sister could have produced all the marrow she needed. But nature didn’t provide her with a twin, and now the cloning lab will try. In nine months, the parents, who face the very likely prospect of losing the one daughter they have, could find themselves raising two of her--- the second created expressly to help keep the first alive.1.Just a week after Scottish embryologists announced that they had succeeded in cloning a sheep from a single adult cell, both the genetics community and the world at large are coming to an unsettling realization: the science is the easy part. It is not that the breakthrough was not decades in the making. It’s just that once it was compl ete--- once you figured out how to transfer the genetic schematics from an adult cell into a living ovum and keep the fragile embryo alive throughout gestation--- most of your basic biological work was finished. The social and philosophical temblors it triggers, however, have merely begun.2.Only now, as the news of Dolly, the sublimely oblivious sheep, becomes part of the cultural debate, are we beginning to come to terms with those soulquakes? How will the new technology be regulated? What does the sudden ability to make genetic stencils of ourselves say about the concept of individuality? Is a species simply an uberorganism, a collection of multicellular parts to be diecast as needed? Or is there something about the individual that is lost when the mystical act of conceiving a person becomes standardized into a mere act of photocopying one?3.Last week President Clinton took the first tentative step toward answering these questions, charging a U.S. commission with the task of investigating the legal and ethical implications of the new technology and reporting back to him with their findings within 90 days. Later this week the House subcommittee on basic research will hold a hearing to address the same issues. The probable tone of those sessions was established last week when Harrold Varmus, director of the National Institute of Health (NIT), told another subcommittee that cloning a person is “repugnant to the American public”.4.Around the globe, the reaction was just as negative. France’s undersecretary for research condemned human cloning as “unthinkable”, the Council of Europe Secretary General called it “unacceptable,” and Germany’s Minister of Research and Technology flatly declared: “There will never be a human clone.” Agreed Professor Akira Irirani,and embryology expert at Osaka’s Kinki University, “We must refrain from applying [the technique] to human beings.”5.Though the official responses were predictable--- and even laudable --- they may have missed the larger point. The public may welcome ways a government can regulate cloning, but what is neededeven more are ways a thinking species can ethically fathom it. “This is not going to end in 90 days,” says Princeton University president Harold Shapirs, the chairman of President Clinton’s committee. “Now that we have this technology, we have some hard thinking ahead of us.”Also watching in the cloning lab this morning is the local industrialist. He does not have a sick child to worry about; indeed, he has never especially cared for children. Lately he has begun to feel different. With a little help from the cloning lab, he now has the opportunity to have a son who would bear not just his name and his nose and the color of his hair but every scrap of genetic coding that makes him what he is. Now that appeals to the local industrialist. In fact, if this first boy works out, he might even make a few more.6.Of all the reasons for using this new technology, pure ego raises the most hackles. It’s one thing to want to be remembered after you are gone; i t’s quite another to manufacture a living monument to ensure that you are. Some observers claim to be shocked that anyone would contemplate such a thing. But that’s na?ve--- and even disingenuous. It’s obvious that a lot of people would be eager to clone themselves.7.“It’s a horrendous crime to make a Xerox of someone,” argues author and science critic Jeremy Rifkin. “You’re putting a human into a genetic straitjacket. For the first time, we’ve taken the principles of industrial design--- quality control, predictability--- and applied them to a human being.”8.But is it really the first time? Is cloning all that different from genetically engineering an embryo to eliminate a genetic disease like cystic fibrosis? Is it so far removed from in vitro fertilization? In both these cases, after all, an undeniable reductiveness is going on, a shriveling of the complexity of the human body to the certainty of a single cell in a Petri dish. If we accept this kind of tinkering, can’t we accept cloning? Harvard neurob iologist Lisa Geller admits that intellectually she does not see a difference between in vitro technology and cloning. “But,” she adds, “I admit it makes my stomach feel nervous.”9.More palatable than the ego clone to some bioethicists is the medical clone, a baby created to provide transplant material for the original. Nobody advocates harvesting a one-of-a-kind organ like a heart from the new child—an act that would amount to creating the clone just to kill it. But it’s hard to argue against the idea of a family’s loving a child so much that it will happily raise another, identical child so one of its kidneys or a bit of its marrow might allow the first to live. “The reasons for opposing this are not easy to argue,” says John Fletcher, former ethicist fo r the NIH.10.The problem is that once you start shading the cloning question—giving an ethical O.K. to one hypothetical and a thumbs-down to anther-you begin making the sort of ad hoc hash of things the Supreme Court does when it tries to define pornography. Suppose you could show that the baby who was created to provide marrow for her sister would forever be treated like a second-class sibling- well cared for, perhaps, but not well loved. Do you prohibit the family from cloning the first daughter, accepting the fact that you may be condemning her to die? Richard McCormick, a Jesuit priest and professor of Christian ethics at the University of Notre Dame, answers such questions simply and honestly when he says, “I can’t think of a morally acceptable reaso n to clone a human being.”11.In a culture in which not everyone sees things so straightforwardly, however, some ethical accommodation is going to have to be reached. How it will be done is anything but clear. “Science is close to crossing some horrendous boundaries,” says Leon Kass, professor of social thought at the University of Chicago. “Here is an opportunity for human beings to decide if we’re simply going to stand in the path of the technological steamroller or to control and help guide its directio n.” Following the local industrialist on the appointments list is the physics laureate. He is terminally ill. When he dies, one of the most remarkable minds in science will die with him. Reproductive chance might one day produce another scientist just as gifted, but there is no telling when. The physics laureate does not like that kind of uncertainty. He has come to the cloning lab today to see if he can’t do something about it.12.If human gene pool can be seen as a sort of species-wide natural resource, it’s only sensible for the rarest of those genes to be husbanded most carefully, preserved so that every generation may enjoy their benefits. Even the most ardent egalitarians would find it hard to object to an Einstein appearing every 50 years or a Chopin every century. It would be better still if we could be guaranteed not just as Einstein but the Einstein. If a scientific method were developed so that the man who explained general relativity in the first half of the century could be brought back to crack the secrets of naked singularities in the second, could we resist using it? And suppose the person being replicated were researching not just abstruse questions of physics but pressing questions of medicine. Given the chance to bring back Jonas Salk, would it be moral not to try?13.Surprisingly, scientific ethicists seem to say yes. “Choosing personal characteristics as if they were options on a car is an invitation to misadventure,” says John Paris, professor of bioethics at Boston College. “It is in the diversity of our population that we will find interest and enthusiasm.”14.Complicating thing further, the traits a culture values most are not fixed. If cloning had exsisted a few centuries ago, men with strong backs and women with broad pelvises would have been the first ones society would have wanted to reproduce. During the industrial age, however, brainpower began to count for more than muscle power. Presumably the custodians of cloning technology at that historical juncture would have faced the prospect of letting previous generations of strapping men and fecund women die out and replacing them with a new population of intellectual giants. “What is a better human being?” asks Boston University ethicist George Anna. “A lot of it is just fad.”15.Ev en if we could agree on which individuals would serve as humanity’s templates of perfection, there is no guarantee that successive copies would be everything the originals were. Innate genius is not always so innate, after all, coming to nothing if the person born with the potential for excellence doesn’t find the right environment and blossom in it. A scientific genius who is beaten as a child might become a mad genius. An artist who is introduced to alcohol when he is young might merely become a drunk. A thousand track switches have to click in sequence for the child who starts out toward greatness to wind up there. If a single one clicks wrong, the high-speed rush toward a Nobel Prize can deadened in a makeshift shack in the Montana woods like the one that hid the troubled soul believed to be the Unabomber.The despot will not be coming to the cloning lab today. Before long, he knows, the lab’s science will come to him—and not a moment too soon. The despot has ruled his little country for 30 years, but n ow he’s getting old and will have to pass on his power. That makes him nervous; he has seen what can happen to a cult of personality if too weak a personality takes over. Happily, in his country that is not a danger. As soon as the technology of the cloning lab goes global—as it inevitably must—his people can be assured of his leadership long after he is gone.16.This is the ultimate nightmare scenario. The Pharaohs built their pyramids, the Emperors built Rome, and Napoleon built Arc de Triomphe—all, at least in part, to make the permanence of stone compensate for the impermanence of the flesh. But big buildings and big tombs would be a poor second choice if the flesh could be made to go on forever. Now, it appears, it can.17.The idea of a dictator’s b eing genetically duplicated is not new—not in pop culture, anyhow. In Ira Levin’s 1976 book The Boys from Brazil, a zealous ex-Nazi bread a generation of literal Hitler Youth—boys cloned from cells left behind by the Fuher. Woody Allen dealt with a similar premise a lot more playfully in his 1973 film Sleeper, in which a futuristic tyrant is killed by a bomb blast, leaving nothing behind but his nose—a nose that his followers hope to clone into a new leader. Even as the fiction of one decade becomes the technology of another, it is inevitable that this technology will be used—often by the wrong people.18.If anything will prevent human cloning—whether of dictator, industrialist or baby daughter—from becoming a reality, it’s that science may not be able to clear the ethical high bar that would allow basic research to get under way in the first place. Cutting, coring and electrically jolting a sheep embryo. It took 277 trials and errors to produce Dolly the sheep, creating a cellular body count that would loo k like sheer carnage if the cells were human. “ Human beings ought never to be used as experimental subjects.” Shapiro says simply.19.Whether they will or not is impossible to say. Even if governments ban human cloning outright, it will not be so easy t o police what goes on in private laboratories that don’t receive public money—or in pirate ones offshore. Years ago, Scottish scientists studying in vitro fertilization were subjected to such intense criticism that they took their work underground, continuing it in seclusion until they had the technology perfected. Presumably, human-cloning researchers could also do their work on the sly, emerging only when they succeed.20.Scientists do not pretend to know when that will happen, but some science observes fear it will be soon. The first infant clone could come squalling into the world within seven years, according to Arthur Pennsylvania. If he is right, science had better get its ethical house in order quickly. In calendar terms, seven years from now is a good way off; in scientific terms, it is tomorrow.。
BORANG PENGESAHAN STATUS TESIS
PSZ 19 : 16 ( Pind. 1/97)CATATAN * Potong yang tidak berkenaan** Jika tesis ini SULIT atau TERHAD, sila lampirkan surat daripada pihakberkuasa / organisasi berkenaan dengan menyatakan sekali sebab dantempoh tesis ini perlu dikelaskan sebagai SULIT atau TERHAD♦ Tesis dimaksudkan sebagai tesis bagi Ijazah Doktor Falsafah dan Sarjana secarapenyelidikan, atau disertai bagi pengajian secara kerja khusus dan penyelidikanatau Laporan Projek Sarjana Muda ( PSM )Saya akui bahawa saya telah membaca karya ini danpada pandangan saya karya ini adalah memadai dari segi skop dan kualiti untuk tujuan penganugerahan Ijazah Sarjana Muda Sains Serta Pendidikan ( Sains Sukan ):………………………………………TandatanganTuan Haji Abdul Hamid Bin RahabahPenyelia :Nama6 Mac 2004Taraikh :PERBANDINGAN KESAN LATIHAN BEBANAN TERHADAP KEKUATAN OTOT BISEPS DIKALANGAN PELAJAR-PELAJAR IJAZAH SARJANA MUDA SAINS SERTA PENDIDIKAN ( SAINS SUKAN ), FAKULTI PENDIDIKAN, UNIVERSITI TEKNOLOGI MALAYSIA, SKUDAI JOHORMUHAMMAD SAFWAN BIN JAMALUDINLaporan Projek Ini DikemukakanSebagai Memenuhi Sebahagian Daripada Syarat PenganugerahanIjazah Sarjana Muda Sains Serta Pendidikan ( Sains Sukan )Fakulti PendidikanUniversiti Teknologi Malaysia6 Mac 2004Saya akui karya ini adalah hasil kerja saya sendirikecuali nukilan dan ringkasan yang tiap-tiap satunyatelah saya jelaskan sumbernya.Tandatangan : …………………………………… Nama Penulis : Muhammad Safwan Bin Jamaludin Tarikh : 6 Mac 2004DEDIKASITeristimewa ditujukan buat Baba dan Mama yang dikasihi,Jamaludin Bin Mohd AliKhalijah Binti YaacobTerima kasih diatas berkat doa, semangat, doronganserta keyakinan yang diberikan agar anakmu ini terusberusaha dan berjaya dalam pelajaran.Teristimewa juga diucapkan kepadaRoseliza Binti Rawi @ Che Tehkerana banyak memberi galakan daninspirasi kepada diri ini.Tidak lupa juga kepada rakan-rakan seperjuangan Akhtar, Zaki, Ujang, Pok Nik, Dino, Soffri, Muthu, Azrul dan WanPENGHARGAANDengan nama Allah Yang Maha Pemurah lagi Maha Mengasihani, saya mengambil kesempatan ini untuk mengucapkan ribuan terima kasih kepada mereka yang terlibat secara langsung atau tidak langsung membantu saya dalam penghasilan kajian ini.Jutaan terima kasih dan setinggi-tinggi penghargaan saya hulurkan kepada Tuan Haji Abdul Hamid Bin Rahabah selaku pensyarah pembimbing bagi penghasilan kajian ini yang telah banyak memberi galakan, nasihat dan panduan yang berguna dalam menyiapkan kajian ini. Tidak lupa juga kepada warga pensyarah-pensyarah Sains Sukan yang lain kerana telah banyak menurunkan ilmu kepada saya semasa pembelajaran saya di Universiti Teknologi Malaysia.Ucapan terima kasih juga saya hadiahkan kepada subjek-subjek yang telah meluangkan masa dan memberi komitmen yang baik bagi menjayakan ujian yang dijalankan serta rakan-rakan yang banyak membantu saya dalam menyiapkan kajian ini.Akhir sekali, segala bantuan dan sokongan serta galakan yang diberikan amatlah saya hargai.ABSTRAKKajian ini bertujuan untuk melihat pengaruh latihan bebanan terhadap kekuatan otot biseps dikalangan pelajar Ijazah Sarjana Muda Sains Serta Pendidikan( Sains Sukan ) yang berumur diantara 20 hingga 28 tahun selama enam minggu dengan kekerapan tiga kali seminggu melalui penggunaan one arm cable curl dan dumbell. Kesemua subjek terdiri daripda lapan orang dan dibahagikan kepada dua kumpulan iaitu kumpulan yang menggunakan one arm cable curl dan dumbell. Kedua-dua jenis latihan ini akan menjalani ujian pra dan ujian pos. Kedua-dua ujian ini akan diukur menggunakan Electromyography I, Standard and Integrated EMG. Data mentah yang diperolehi akan dianalisis menggunakan program “Statistical Packages For Social Science” versi 11.0. Hipotesis dalam kajian ini diuji mengikut penganalisaan secara statistik yang melibatkan ujian t. Hasil daripada dapatan kajian menunjukkan bahawa terdapat perbezaan yang signifikan terhadap kedua-dua jenis latihan. Ini menunjukkan bahawa latihan kekuatan yang diberikan mempengaruhi kekuatan otot biseps.ABSTRACTThe purpose of this research is to find out the effect of weight training towards the strength of biseps among the students of Bachelor of Science and Education (Sport Science), aged between 20 to 28. They trained three times a week for six weeks by using one arm cable curl and dumbell. There were eight subjects divided into two groups. The first group used one arm cable curl and another group used dumbell. Both trainings will be pre and post tested and measured with Electromyography I, Standard and Integrated EMG. The raw data obtained will be analyzed by “Statistical Packages For Social Science” version 11.0 programme. The result of the research is statistically analyzed by using the t-test. The result showed that there is a significant difference for both trainings. This verifies that weight trainings had some effect on the strength of biseps.KANDUNGANBAB PERKARA MUKASURATPenyeliaPengakuanJudulDiri ii PengakuanDedikasi iiiiv PenghargaanAbstrak vAbstract viviiKandunganSenarai Jadual xxi SenaraiRajahxii SenaraiLampiranBAB I PENDAHULUAN11.1Pengenalan41.2PernyataanMasalahKajian 51.3Objektif5Kajian1.4KepentinganKajian 61.5Hipotesis6Operasional1.6Definisi1.7Limitasi Kajian 8BAB II SOROTAN KAJIAN92.1PengenalanBerkaitan 92.2KajianBAB III METODOLOGI KAJIAN18Pengenalan3.119PenyelidikanKaedah3.2PersampelanDan193.3PopulasiKajian 203.4InstrumenKajian 213.5Prosedur253.6RekabentukKajianKajian26Pembolehubah3.7Data27Pengumpulan3.827Data3.9PenganalisaanBAB IV PENGANALISAAN DATA4.1Pengenalan28Diskriptif 294.2Penganalisaan4.3Inferensi 50PenganalisaanPenutup 54 4.4BAB V PERBINCANGAN, KESIMPULAN DAN CADANGANPengenalan555.155Perbincangan5.2575.3KesimpulanCadangan 585.4Penutup 595.5RUJUKAN 60LAMPIRAN 64SENARAI JADUALNO. RAJAH TAJUK MUKASURAT4.2.1 Taburan Bilangan Subjek Mengikut Umur 304.2.2 Taburan Bilangan Subjek Mengikut Berat Badan 324.2.3 Taburan Bilangan Subjek Mengikut Ketinggian 344.2.4 Kekuatan Maksimum Otot Biseps Terhadap 36Penggunaan One Arm Cable Curl Bagi Ujian Pra4.2.5 Kekuatan Maksimum Otot Biseps Terhadap 39Penggunaan One Arm Cable Curl Bagi Ujian Pos4.2.6 Kekuatan Maksimum Otot Biseps Terhadap 43Penggunaan Dumbell Bagi Ujian Pra4.2.7 Kekuatan Maksimum Otot Biseps Terhadap 46Penggunaan Dumbell Bagi Ujian Pos4.3.1 Analisis Kekuatan Otot Biseps Terhadap Penggunaan 50One Arm Cable Curl Antara Ujian Pra Dan Ujian Pos4.3.2 Analisis Kekuatan Otot Biseps Terhadap Penggunaan 52Dumbell Antara Ujian Pra Dan Ujian PosSENARAI RAJAHNO. RAJAH TAJUK MUKASURAT31UmurMengikutPeratusanSubjek12 Peratusan Subjek Mengikut Berat Badan 333 Peratusan Subjek Mengikut Ketinggian 354 Perbandingan Min Skor Ujian Pra Dan Ujian Pos 42PenggunaanOne Arm Cable CurlTerhadap5 Perbandingan Min Skor Ujian Pra Dan Ujian Pos 49DumbellPenggunaanTerhadap6 Kawasan Penerimaan Hipotesis Dan Penolakan 51MenggunakanOne Arm Cable CurlYangSubjek7 Kawasan Penerimaan Hipotesis Dan Penolakan 53DumbellMenggunakanSubjekYangSENARAI LAMPIRANNO. LAMPIRAN TAJUK MUKASURATSubjek 64 A RekodKesihatan65SubjekB KriteriaPemilihanSubjek 66PerlantikanC SuratD Surat Perjanjian 67SubjekEMG68RekodE DataLatihanBebanan 69F JadualLatihan 70AktivitiG Jadualt 71TaburanH SkalaAlat 72I GambarajahPenggunaanJ Analisis ujian t ( T-Test ) Terhadap 74One Arm Cable CurlPenggunaanAnalisis ujian t ( T-Test ) Terhadap 76DumbellPenggunaanBAB 1PENDAHULUAN1.1PengenalanPerkembangan teknologi sukan di alaf baru ini telah banyak mempengaruhi kegiatan sukan yang berbentuk “outdoor” ( sukan terbuka ) mahupun “indoor” ( sukan tertutup ). Dengan ledakan paradigma, jelas menunjukkan sukan sekarang telah mula berkembang dengan pesatnya, sehinggakan kita yang hidup ini tidak dapat mengikuti perkembangannya dari masa ke semasa. Ini kerana semakin kita mengikuti perkembangannya kita akan dapati ledakan kemajuan dan kecanggihan teknologi dalam sukan tidak mungkin ada titik noktahnya.Sukan merupakan suatu aktiviti riadah dan boleh dilakukan sepanjang hayat seseorang itu. Rekreasi juga merupakan suatu aktiviti bagi menjaga kesihatan serta meningkatkan kecergasan Dengan kemudahan teknologi sukan yang ada sekarang, membolehkan kita mudah mendapatkan maklumat melalui media cetak mahupun media massa. Dengan perkembangan teknologi sukan yang ada sekarang ini haruslah direbut dan dikuasai agar pencapaian dan pembangunan sukan tanahair akan mengalami perubahan serta peningkatan yang boleh kita banggakan.Pada masa kini, mudah bagi kita mengikuti kelas-kelas senaman aerobik di gimnasium dan juga menjalani aktiviti kecergasan di tempat-tempat rekreasi yang di buka dilengkapi dengan alat-alat latihan kecergasan yang moden dan canggih. Selain itu, infrastruktur serta pembinaan kompleks-kompleks sukan juga sedikit sebanyak menunjukkan betapa pekanya masyarakat sekarang mementingkan kecergasan.Salah satu komponen kecergasan yang diperlukan oleh seorang atlit ialah kekuatan otot. Tanpa kekuatan, seseorang itu tidak akan berupaya melakukan sesuatu aktiviti atau kerja dengan sempurna kerana kekuatan juga merupakan keupayaan fisiologi seseorang. Diantara kelebihan sekiranya melakukan latihan untuk membina kekuatan dan ketahanan ialah dapat melakukan kerja dengan baik dan cekap, mengurangkan risiko untuk mengalami kecederaan serta meningkatkan prestasi dalam sukan. Oleh yang demikian, kekuatan boleh digunakan dalam semua aktiviti malah ia tidak terbatas kepada seseorang atlit sahaja. Selain itu juga, pembentukan otot-otot badan dapat membantu meningkatkan ketangkasan, melancarkan pengaliran darah serta menambahkan keupayaan pernafasan.Jika dilihat dari sudut lain pula, melalui pembentukan otot-otot ini akan dapat meminimumkan kandungan lemak dalam bada. Melalui makanan yang diambil setiap hari, jumlah lemak yang terkumpul mungkin sukar untuk diukur, tetapi jumlah tersebut akan menyebabkan badan menjadi gemuk. Sehubungan itu, sesi latihan aerobik yang mengambil masa antara 20-60 minit adalah altenatif terbaik ke arah peningkatan daya tahan.Menurut W.W. Heusner dan W.D Van Huss ( 1998 ), kekuatan otot bermaksud kemampuan otot menghasilkan kuasa yang maksimum menentang rintangan atau kebolehan sesuatu kumpulan otot mengatasi rintangan bagi menghasilkan daya kerja.Kekuatan otot adalah kemampuan otot mengeluarkan daya yang maksima dalam keadaan eksplosif dalam jangkamasa yang terpendek sekali. Pergerakan adalah hasilkuncupan otot. Apabila otot menjadi kuat, tarikan dari kuncupan adalah kuat dan mampulah otot itu mengatasi rintangan atau beban yang dikenakan ke atasnya. Setiap otot terdiri daripada serat otot yang diasingkan oleh tisu penyambung. Oleh kerana tisu penyambung tidak anjal, maka sebahagian kumpulan serat mampu mengecut sendiri. Lebih besar ketulan yang terbentuk maka lebih kuat kerja yang dapat dihasilkan.Kadar bilangan ulangan yang tinggi dengan rintangan atau tanpa rintangan perlu dilakukan secara berterusan. Ini perlu untuk mengelakkan kekuatan otot yang di bina sebelumnya akan beransur-ansur merosot sedikit demi sedikit. Latihan yang sistematik dan mengikut prosedur yang betul adalah penting untuk membina kekuatan otot. Latihan sistematik bermaksud latihan yang menekankan prinsip unduran, prinsip ansurmaju,prinsip sarat ( principle of overload ), tempoh latihan, kesanggupan diri dan intensiti yang bersesuaian mengikut keperluan atlit.Terdapat dua jenis fiber otot iaitu gerenyetan perlahan fiber otot ( slow-twitch muscle fibres ) dan gerenyetan cepat fiber otot ( fast-twitch muscle fibres ) mengandungai lebih gula dan Adenosine Triphosphate ( ATP ), sangat penting untuk prestasi kelajuan dan kuasa. Latihan kelajuan dan kuasa adalah amat bersesuaian bagi membantu gerenyetan cepat fiber otot. Gerenyetan perlahan fiber otot mengandungi saluran darah dan keupayaannya membawa oksigen yang berlebihan adalah bersesuaian untuk prestasi aerobik. Oleh itu kedua-dua jenis latihan ini sangat diperlukan.Kajian menunjukkan bahawa lelaki mempunyai kuantiti ( jumlah ) tisu otot yang lebih banyak berbanding dengan wanita. Ini menyebabkan lelaki mempunyai kekuatan otot yang lebih berbanding wanita. Kekuatan dan saiz otot bergantung pada latihan yang efektif. Kaum wanita juga berpotensi untuk mencapai kekuatan yang lebih daripada lelaki. Walaupun latihan beratan tidak boleh menambahkan saiz otot kaum wanita kerana mereka tidak mempunyai hormon testosteron untuk pertumbuhan otot, tetapi melalui latihan beratan akan dapat menambahkan daya kekuatan mereka.Mc Ardle dan Katch ( 1981 ) pula menyatakan bahawa lelaki mempunyai kekuatan yang lebih jika hendak dibandingkan dengan perempuan kerana lelaki mempunyai jisim otot yang lebih. Kekuatan maksimum dipengaruhi oleh panjangnya otot seseorang. Ini terjadi apabila panjang otot mencecah hampir90 % daripada panjang maksimum.Jika seseorang ingin meningkatkan kekuatan otot, cara yang berkesan adalah melakukan aktiviti latihan dengan sistematik. Program latihan yang dirancang juga mestilah mempunyai variasi. Yang dimaksudkan dengan variasi dan latihan ialah konsep-konsep latihan ( berat / ringan dan berlatih / berehat ). Senaman amat berfaedah, tetapi terlalu banyak bersenam dan membebankan adalah kurang berfaedah malah akan menjejaskan kesihatan. Dengan adanya latihan yang sistematik serta mengikut prosedur yang betul, latihan yang dilakukan dapat membentuk dan melahirkan atlit-atlit berdaya saing serta mempunyai kekuatan otot yang baik bagi mencapai kecemerlangan.1.2Pernyataan MasalahSeseorang atlit yang tidak mempunyai kekuatan otot pastinya akan mengalami masalah seperti mengalami kecederaan dan juga salah satu penyebab yang mendorong seseorang atlit itu tewas. Semua permainan yang diceburi mestilah mempunyai kekuatan otot yang optimum sebelum melibatkan diri dalam pertandingan. Kekuatan otot akan membantu atlit menggunakan kuasa yang maksimum dalam semua sukan yang dipertandingkan dan juga sebagai pelengkap diri sebagai seorang atlit yang cemerlang. Dalam Bidang sukan terutamanya sukan yang melibatkan tangan, latihan yang sistematik adalah penting untuk meningkatkan prestasi individu atau pasukan.Berikutan masalah ini, penyelidik telah melakukan satu kajian iaitu latihan bebanan terhadap kekuatan otot biseps dikalangan pelajar-pelajar Ijazah Sarjana Muda Sains Serta Pendidikan ( Sains Sukan ), Fakulti Pendidikan, Universiti Teknologi Malaysia ( UTM ), Skudai, Johor.1.3 ObjektifKajianKajian yang dilaksanakan mempunyai objektif berikut :-1.3.1Untuk membuat perbandingan diantara ujian pra dan ujian pos kekuatan ototbiseps terhadap penggunaan one arm cable curl.1.3.2Untuk membuat perbandingan diantara ujian pra dan ujian pos kekuatan ototbiseps terhadap penggunaan dumbell.1.3.3Untuk melihat pengaruh alatan latihan yang lebih berkesan.1.4Kepentingan KajianHasil daripada kajian ini diharap dapat membuktikan bahawa latihan yang dijalankan ini memberi kesan yang positif kepada kekuatan otot biseps. Kajian ini akan memberikan gambaran yang jelas untuk perhatian jurulatih, pegawai sukan dan juga pengurus pasukan bagi membina kekuatan otot sebagai salah satu faktor utama meningkatkan kekuatan tangan dan juga kekuatan balingan.Diharapkan juga hasil daripada keputusan kajian ini dapat dijadikan panduan dalam perancangan program latihan serta memberikan kesan positif kepada subjek dan membuktikan bahawa kekuatan otot yang di bina ini hanya terhasil dengan latihan yang sistematik. Maka dengan cara ini, program latihan dapat diubahsuai dari masa ke semasa berpandukan kadar peningkatan atlit atau pasukan yang dibentuk.1.5Hipotesis KajianHipotesis kajian ini ialah :-Ho 1 Tidak terdapat perbezaan yang signifikan terhadap penggunaan one arm cable curl.Ha 1 Terdapat perbezaan yang signifikan terhadap terhadap penggunaan one arm cable curl.Ho 2Tidak terdapat perbezaan yang signifikan terhadap penggunaan dumbell.Ha 2Terdapat perbezaan yang signifikan terhadap terhadap penggunaan dumbell.Operasional1.6 DefinisiDefinisi yang digunakan dalam konteks kajian ini mempunyai maksud yang tertentu. Diantara pengertian yang membantu dalam menjalankan kajian ini ialah seperti berikut :-1.6.1Kekuatan OtotKekuatan adalah kuasa yang maksimum yang digunakan bagi satu tihan kekuatan meningkatkan protein ‘ contractile ’ yang memberi kuasa tarikan bagi menguatkan tisu ‘ connective ’.1.6.2UlanganUlangan adalah setiap unit pergerakan yang dilakukan semasa melaksanakan latihan dan bergantung kepada berat.1.6.3SetSet adalah keseluruhan aktiviti latihan kekuatan otot yang dilakukan dalam satu sesi latihan.1.6.4Electromyography I, Standard and Integrated EMGSebuah alat yang digunakan untuk merekodkan ton kekuatan tangan dan dapat mendengar bunyi EMG yang dikeluarkan oleh motor unit semasa otot melakukan kerja.1.6.5Ujian PraUjian untuk mengukur tahap prestasi atlit sebelum latihan di beri.1.6.6Ujian PosUjian untuk mengukur tahap prestasi atlit selepas latihan di beri.1.6.7Pelajar Sains SukanSeramai lapan orang pelajar dari kursus Ijazah Sarjana Muda Sains Sukan Serta Pendidikan ( Sains Sukan ) dari Fakulti Pendidikan, Universiti Teknologi Malaysia ( UTM ), Skudai, Johor yang berumur antara 20 hingga 28 tahun.1.7Limitasi Kajian1.7.1 Kajian ini terbatas kepada lapan orang pelajar yang berumur antara 20 hingga 28tahun dikalangan pelajar Ijazah Sarjana Muda Sains Serta Pendidikan ( SainsSukan ), Fakulti Pendidikan, Universiti Teknologi Malaysia.( UTM ), Skudai,Johor.1.7.2 Subjek akan menjalani latihan tiga kali seminggu selama enam minggu. Latihanyang dijalankan ini hanya tertumpu dibahagian otot biseps.1.7.3Kajian yang dijalankan ini mungkin tidak dapat digambarkan secarakeseluruhanya tentang pengaruh latihan kekuatan otot biseps. Ini kerana subjekyang dipilih adalah terhad dan dipilih secara rawak. Oleh itu dapatan data-datayang diperolehi hanyalah penyelidikan oleh pengkaji sahaja.1.7.4Subjek akan diberikan ujian pra sebelum latihan kekuatan otot selama enamminggu dijalankan.1.7.5Subjek akan diberikan ujian pos selepas tamat tempoh latihan kekuatan ototselama enam minggu.1.7.6Pengukuran kekuatan otot biseps akan dibuat menggunakan Electromyography I, Standard and Integrated EMG.。
多维阅读 第7级 Mrs Spatt and Spider教案
Mrs Spatt and Spider教案故事。
然后,几个学生上讲台根据板书和自己的Story map复述故事。
最后老师提出问题: If a robber came into your house, what would you do? 学生结合自身实际情况,开放性地回答问题,老师引导学生总结出安全合理的做法。
Story map学情分析我校四年级的学生经过几年的英语学习,积累了一定的语言基础,有较强的听说能力,对英语的感悟性较强。
此外,学生有一定的英语绘本阅读经验,他们乐于找到绘本作者、绘者等封面信息,对故事内绘本的基本结构有初步了解,如Characters, Setting, Beginning, problem, solution, Ending。
能够在教师的带领下使用图片环游学习绘本,能根据教师的引导推测故事的发展并能基本阐述自己对书中人物或情节的看法,具有较高学习兴趣。
但因为该绘本是过去时态表述,四年级大部分学生没有接触过过去时态,所以在理解上会有一定难度。
教学目标知识目标:1.能够在图片的帮助和教师引导下,理解故事大意。
能力目标:1.能够通过看故事封面、看图预测故事、推测故事大意等活动发展简单的阅读技能。
2.能够猜测故事细节,如人物心理活动、言语、行动等。
3.能够根据故事流程图,复述故事大意,如人物、背景、事件、故事的情节发展等,并感受故事阅读的乐趣4.能够结合故事,并联系自身实际情况,发表遇到小偷时正确的、安全的做法。
教学重难点学生了解故事的人物(Characters),背景(Setting),Mrs Spatt对Spider 的感受,以及造成Mrs Spatt和Spider之间矛盾冲突的起因。
Activity 3: Read Page 2-71. Read Page 2-7 and write学生翻开绘本自读2-7页,并完成Story map的A部分:Beginning of the story.设计意图:学生通过自读2-7页,完成Story map的A部分,利用图表帮助学生建构结构化知识,梳理故事的起因(Beginning),能更好地理解Mrs Spatt和Spider之间的矛盾冲突,初步了解故事。
多维教程通达unit03课文原文
多维教程通达unit03课文原文Unit 3 Will We Follow the Sheep?Jeffrey KlugeIt’s a busy morning in the cloning laboratory of the big-city hospital. As always, the list of people seeking the lab’s services is a long one--- and, as always, it’s a varied one. Over here are the patient s who have flown in specially to see if the lab can make them an exact copy of their six-year-old daughter, recently found to be suffering from leukemia so aggressive that only a bone-marrow transplant can save her. the problem is finding a compatible donor. If, by reproductive happenstance, the girl had been born an identical twin, her matching sister could have produced all the marrow she needed. But nature didn’t provi de her with a twin, and now the cloning lab will try. In nine months, the parents, who face the very likely prospect of losing the one daughter they have, could find themselves raising two of her--- the second created expressly to help keep the first alive.1.Just a week after Scottish embryologists announced that they had succeeded in cloning a sheep from a single adult cell, both the genetics community and the world at large are coming to an unsettling realization: the science is the easy part. It is not that the breakthrough was not decades in the making. It’s just that once it was compl ete--- once you figured out how to transfer the genetic schematics from an adult cell into a living ovum and keep the fragile embryo alive throughout gestation--- most of your basic biological work was finished. The social and philosophical temblors it triggers, however, have merely begun.2.Only now, as the news of Dolly, the sublimely oblivious sheep, becomes part of the cultural debate, are we beginning to come to terms with those soulquakes? How will the new technology be regulated? What does the sudden ability to make genetic stencils of ourselves say about the concept of individuality? Is a species simply an uberorganism, a collection of multicellular parts to be diecast as needed? Or is there something about the individual that is lost when the mystical act of conceiving a person becomes standardized into a mere act of photocopying one?3.Last week President Clinton took the first tentative step toward answering these questions, charging a U.S. commission with the task of investigating the legal and ethical implications of the new technology and reporting back to him with their findings within 90 days. Later this week the House subcommittee on basic research will hold a hearing to address the same issues. The probable tone of those sessions was established last week when Harrold Varmus, director of the National Institute of Health (NIT), told another subcommittee that cloning a person is “repugnant to the American pu blic”.4.Around the globe, the reaction was just as negative. France’s undersecretary for research condemned human cloning as “unthinkable”, the Council of Europe Secretary General called it “unacceptable,” and Germany’s Minister of Research and Technolog y flatly declared: “There will never be a human clone.” Agreed Professor Akira Irirani,and embryology expert at Osaka’s Kinki University, “We must refrain from applying [the technique] to human beings.”5.Though the official responses were predictable--- and even laudable --- they may have missed the larger point. The public may welcome ways a government can regulate cloning, but what is neededeven more are ways a thinking species can ethically fathom it. “This is not going to end in 90 days,” says Prince ton University president Harold Shapirs, the chairman of President Clinton’s committee. “Now that we have this technology, we have some hard thinking ahead of us.”Also watching in the cloning lab this morning is the local industrialist. He does not have a sick child to worry about; indeed, he has never especially cared for children. Lately he has begun to feel different. With a little help from the cloning lab, he now has the opportunity to have a son who would bear not just his name and his nose and the color of his hair but every scrap of genetic coding that makes him what he is. Now that appeals to the local industrialist. In fact, if this first boy works out, he might even make a few more.6.Of all the reasons for using this new technology, pure ego ra ises the most hackles. It’s one thing to want to be remembered after you are gone; i t’s quite another to manufacture a living monument to ensure that you are. Some observers claim to be shocked that anyone would contemplate such a thing. But that’s na?ve--- and even disingenuous. It’s obvious that a lot of people would be eager to clone themselves.7.“It’s a horrendous crime to make a Xerox of someone,” argues author and science critic Jeremy Rifkin. “You’re putting a human into a genetic straitjacket. For the first time, we’vetaken the principles of industrial design--- quality control, predictability--- and applied them to a human bein g.”8.But is it really the first time? Is cloning all that different from genetically engineering an embryo to eliminate a genetic disease like cystic fibrosis? Is it so far removed from in vitro fertilization? In both these cases, after all, an undeniable reductiveness is going on, a shriveling of the complexity of the human body to the certainty of a single cell in a Petri dish. If we accept this kind of tinkering, can’t we accept cloning? Harvard neurob iologist Lisa Geller admits that intellectually she does not see a difference between in vitro technology and cloning. “But,” she adds, “I admit it makes my stomach feel nervous.”9.More palatable than the ego clone to some bioethicists is the medical clone, a baby created to provide transplant material for the original. Nobody advocates harvesting a one-of-a-kind organ like a heart from the new child—an act that would amount to creating the clone just to kill it. But it’s hard to argue against the idea of a family’s loving a child so much that it will ha ppily raise another, identical child so one of its kidneys or a bit of its marrow might allow the first to live. “The reasons for opposing this are not easy to argue,” says John Fletcher, former ethicist fo r the NIH.10.The problem is that once you start shading the cloning question—giving an ethical O.K. to one hypothetical and a thumbs-down to anther-you begin making the sort of ad hoc hash of things the Supreme Court does when it tries to define pornography. Suppose you could show that the baby who wascreated to provide marrow for her sister would forever be treated like a second-class sibling- well cared for, perhaps, but not well loved. Do you prohibit the family from cloning the first daughter, accepting the fact that you may be condemning her to die? Richard McCormick, a Jesuit priest and professor of Christian ethics at the University of Notre Dame, answers such questions simply and honestly when he says, “I can’t think of a morally acceptable reaso n to clone a human being.”11.In a culture in which not everyone sees things so straightforwardly, however, some ethical accommodation is going to have to be reached. How it will be done is anything but clear. “Science is close to crossing some horrendous boundaries,” says Leon Kass, professor of social thought at the University of Chicago. “Here is an opportunity for human beings to decide if we’re simply going to stand in the path of the technological steamroller or to control and help guide its directio n.” Following the local industrialist on the appointments list is the physics laureate. He is terminally ill. When he dies, one of the most remarkable minds in science will die with him. Reproductive chance might one day produce another scientist just as gifted, but there is no telling when. The physics laureate does not like that kind of uncertainty. He has come to the cloning lab today to see if he can’t do something about it.12.If human gene pool can be seen as a sort of species-wide natural resource, it’s only sensible for the rarest of those genes to be husbanded most carefully, preserved so that every generation may enjoy their benefits. Even the most ardent egalitarians would find it hard to object to an Einstein appearingevery 50 years or a Chopin every century. It would be better still if we could be guaranteed not just as Einstein but the Einstein. If a scientific method were developed so that the man who explained general relativity in the first half of the century could be brought back to crack the secrets of naked singularities in the second, could we resist using it? And suppose the person being replicated were researching not just abstruse questions of physics but pressing questions of medicine. Given the chance to bring back Jonas Salk, would it be moral not to try?13.Surprisingly, scie ntific ethicists seem to say yes. “Choosing personal characteristics as if they were options on a car is an invitation to misadventure,” says John Paris, professor of bioethics at Boston College. “It is in the diversity of our population that we will find interest and enthusiasm.”14.Complicating thing further, the traits a culture values most are not fixed. If cloning had exsisted a few centuries ago, men with strong backs and women with broad pelvises would have been the first ones society would have wanted to reproduce. During the industrial age, however, brainpower began to count for more than muscle power. Presumably the custodians of cloning technology at that historical juncture would have faced the prospect of letting previous generations of strapping men and fecund women die out and replacing them with a new population of intellectual giants. “What is a better human being?” asks Boston University ethicist George Anna. “A lot of it is just fad.”15.Ev en if we could agree on which individuals would serve ashumanity’s templates of perfection, there is no guarantee that successive copies would be everything the originals were. Innate genius is not always so innate, after all, coming to nothing if the person born with the potential for excellence doesn’t find the right environment and blossom in it. A scientific genius who is beaten as a child might become a mad genius. An artist who is introduced to alcohol when he is young might merely become a drunk. A thousand track switches have to click in sequence for the child who starts out toward greatness to wind up there. If a single one clicks wrong, the high-speed rush toward a Nobel Prize can deadened in a makeshift shack in the Montana woods like the one that hid the troubled soul believed to be the Unabomber.The despot will not be coming to the cloning lab today. Before long, he knows, the lab’s science will come to him—and not a moment too soon. The despot has ruled his little country for 30 years, but n ow he’s getting old and will have to pass on his power. That makes him nervous; he has seen what can happen to a cult of personality if too weak a personality takes over. Happily, in his country that is not a danger. As soon as the technology of the cloning lab goes global—as it inevitably must—his people can be assured of his leadership long after he is gone.16.This is the ultimate nightmare scenario. The Pharaohs built their pyramids, the Emperors built Rome, and Napoleon built Arc de Triomphe—all, at least in part, to make the permanence of stone compensate for the impermanence of the flesh. But big buildings and big tombs would be a poor second choice if the flesh could be made to go on forever. Now, it appears, it can.17.The idea of a dictator’s b eing genetically duplicated is not new—not in pop culture, anyhow. In Ira Levin’s 1976 book The Boys from Brazil, a zealous ex-Nazi bread a generation of literal Hitler Youth—boys cloned from cells left behind by the Fuher. Woody Allen dealt with a similar premise a lot more playfully in his 1973 film Sleeper, in which a futuristic tyrant is killed by a bomb blast, leaving nothing behind but his nose—a nose that his followers hope to clone into a new leader. Even as the fiction of one decade becomes the technology of another, it is inevitable that this technology will be used—often by the wrong people.18.If anything will prevent human cloning—whether of dictator, industrialist or baby daughter—from becoming a reality, it’s that science may not be able to clear the ethical high bar that would allow basic research to get under way in the first place. Cutting, coring and electrically jolting a sheep embryo. It took 277 trials and errors to produce Dolly the sheep, creating a cellular body count that would loo k like sheer carnage if the cells were human. “ Hu man beings ought never to be used as experimental subjects.” Shapiro says simply.19.Whether they will or not is impossible to say. Even if governments ban human cloning outright, it will not be so easy t o police what goes on in private laboratories that don’t receive public money—or in pirate ones offshore. Years ago, Scottish scientists studying in vitro fertilization were subjected to such intense criticism that they took their work underground, continuing it in seclusion until they had the technology perfected. Presumably, human-cloning researchers could also do their workon the sly, emerging only when they succeed.20.Scientists do not pretend to know when that will happen, but some science observes fear it will be soon. The first infant clone could come squalling into the world within seven years, according to Arthur Pennsylvania. If he is right, science had better get its ethical house in order quickly. In calendar terms, seven years from now is a good way off; in scientific terms, it is tomorrow.。
综合教程6 unit7 Microsoft Word 文档
Unit 71978年10月20日的新闻周刊上出现了这样一篇文章:“几种迷信之谈”。
为了研究迷信这一复杂的课题,戴维斯将其进行分类已深入研究人们相信魔法和运气的原因。
他所呈现的这四种分类对我们大多数人并不陌生,尽管我们很少人去花时间一一对应。
戴维斯提出了一些关于人类本性的很具有吸引力的观点,对很多人看来是荒谬的主题采取理性的方法来分析。
1.当下对“非理性的复兴”的激烈讨论中,人们普遍认为,迷信对理性和科学来说不是严峻的挑战。
超心理学、飞碟、奇迹疗法、超脱禅定法、及所有顿悟之道都遭到谴责,而对迷信,人们只是持反对的观点。
难道这是因为迷信在潜意识中控制着我们大多数人?2. 很少有人会承认自己迷信,一旦承认就表明自己愚昧无知。
然而生活在一所知名大学中,我见证了迷信的四种形式在那些十分理性且学识渊博的人中十分鲜活和盛行。
3. 你以前不知道迷信分为四种形式?如今神学家门使我们相信它是有四种形式。
第一种是神学家所谓的“关荣仪式”,如从楼梯下走过是不吉利之类的事。
我曾看到一位博学的人类学教授拿一小撮盐撒过他的左肩。
我问他为何那样做时,他眨眨眼说“为了击中恶魔的眼睛”,我没有进一步问他对恶魔的看法。
但我注意到当我问他在做什么时,他笑了一下。
4.迷信的第二种形式是占卜,或者说是问卦。
另一个我知道的有学识的教授,十分藐视用抛硬币来解决问题的人(即一种把问题交给命运来决定的小伎俩)。
但他却曾严肃地告诉我,他通过研读《易经》来寻求解决大学事务的方法。
为什么不呢?仅在美洲大陆上就有成千上万的人沉迷于《易经》,他们受教育的总体水平似乎可以免除他们相信迷信的罪名。
虽然不是一直都起作用,但让那些理性主义者感到尴尬的是,《易经》常常能给出一些绝妙的建议。
5.迷信的第三种形式是偶像崇拜。
这种现象在大学里很普遍。
如果你曾经监考过大型考试,你就会知道有多少护身符、幸运币和其他能够带来好运的东西被考生放在桌上。
这就叫做偶像崇拜吧,不然还能怎么叫呢?6.迷信的第四种形式是对真神的不恰当崇拜。
新世界大学英语第三册 Unit 7 Brains
Unit 7 Brains
Keys
B. Read the article and check (√) Fact, Opinion or Not in the Reading.
Fact Opinion
Not in the Reading
1. For now, scientists are using the chip just √ to replace the hippocampus. 2. Bernard Frankel wants scientists to study the brains of other animals.
Translation
Unit 7 Brains
“It’s a scary concept,” says Padma Larkin, whose valuable new book talks about the dangers of technology and medicine. “We know that some people program computers to do awful things,” says Larkin. “Look at all the viruses that destroy computers. It’s impossible to know where this technology will lead.” Some scientists who support the brain chip dismiss these concerns. They say the criticism is unfair, and that the chip will only help people. But intelligent people like Padma Larkin think it is unacceptable to give doctors the power of controlling our brains. There are too many questions that need to be answered. Perhaps these questions will be answered soon. But if they are, it will be by a person—not by a computer chip.
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Unit 7 Scenarios for the FutureCharles M Perrottet1.The business environment, as we approach the end of the 20th century, is predictable only in its unpredictability. Managers, whose job it is to plan for this unpredictable future, have responded to the challenge in one of two ways: They continue to "plan" in the , same way they always have - using "Master Plan," which is usually 11 a rigid, long-range exercise based on rosy assumptions about the !I numbers. Or, they entirely abandon their efforts to address the future 11 and concentrate on putting out fires on a day-by-day basis.2.The most fundamental yet most consistently ignored aspect of the 11 future is its unknowability. The future has not yet occurred. However, when most managers take the time to plan at all, they continue to ignore the unknown and extrapolate the future from the known from what has happened in the past. This mechanistic approach assumes that businesses are governed by unchanging "equations" where the "variables" don't really vary at all. It ignores the fact thatreality has a tendency not only to change the values of the relevant 11 "variables," but to change the very "equations" on which the variables 'I are organized and the business is based.3.Could Johns Manville or Dow Corning have avoided bankruptcy by planning for the possibility of disastrous product liability claims in an increasingly litigious environment? Could Wang or IBM have planned for a fundamental change in the marketplace due to the shift of leverage from hardware to software as a result of increasingly powerfuland affordable equipment? Of course, no approach can assure that these shifts would have been adequately foreseen, but only a course that starts with potential shifts in the outside environmentwill even stand a chance.4.Few managers will be blamed for failing to anticipate massive, largescale changes in their markets, the odd John Akers aside. There are, however, those who have made a commitment to take the uncertainty inherent in the future explicitly into account. But how might this be done? How can a rational manager address a future full of terrifying uncertainty?From the Outside Looking in5.Scenario-based strategic planning, unlike many management tools currently in vogue, is an "outside-in" approach. Many businesses have done their best to squeeze costs out of their operations and to retool their internal business processes to accomplish tasks currently mandated by the market. After achieving this goal, however, managers have realized that the external environment is proneto sudden shifts which are difficult or impossible to forecast and that these shifts may render their internal efforts suddenly irrelevant. Scenario planning provides a set of tools managers can use to imagine the threats and opportunities the future will inevitably bring. As a general rule, scenarios ought to be employed by businesses whose external environments are prone to fundamental or sudden change and whose anticipation of these changes is of vital strategic importance. These conditions, of course, are beginning to apply with increasing urgency to more and more businesses throughout the world.6.Scenarios start with the assumption that much of the future is strictly unknowable and that even the most elementary assumptions must be questioned if an honest estimate of the possible variability of the future is to be obtained. Rather than beginning with certain first principles and attempting to "evolve" possible future worlds by applying accepted logic, scenario-based planning starts by assuming particular end states. This cuts through many of the hidden assumptions managers make about how the world works and about what is and is not possible.7.To arrive at these end states, managers must generate business "drivers," or external factors over which they have little or no influence and which are likely to affect the future of the business in question. These drivers usually include an array of macro-economic, social and political factors likely to have an impact on the business. But depending on the nature of the business, they might also include weather patterns or the savings, eating, driving or drinking habits of people around the world.8.The identification process begins with a brainstorming session involving the organization's key decision makers. Once a set of 100 or 150 drivers is generated, these drivers are boiled down to several major themes or overarching large-scale "dimensions." For example, a dimension into which a number of drivers might logically fall would be: Developing Countries' Economic Situations. Within each dimension, we push things to extremes to define sharply different conditions. For example, in the case of the developing countries, we might well imagine the emergence of a largely industrialized, democratic Third World, the ongoing creation of sweat-shop nations, the increasing impoverishment of underdeveloped countries leading to ruthless exploitation of natural resources, natural disasters that produce famine, mass migration and political instability, and so on. When all the dimensions are assembled, the result is a unique set of characteristics comprising a "world."9.In our experience, we have found that four worlds often provide the full range of threats and opportunities that need to be examined. More worlds, while feasible, may tax the resources (both intellectual and time) of the team and not provide sufficient planning differences to warrant the effort. Three worlds may push the organization to regard one world as the "middle" or "most likely" case - a view antithetical to the very philosophy of scenario planning.10.Scenarios start from the premise that the only thing we can know for certain about a point forecast is that it is wrong. Indeed, one of the great strengths of scenarios is the fact that they ignore the issue of probability entirely -- that is, no attempt is made to assign a numerical probability to any particular scenario. Adopting a single scenario as a "most likely case" allows the organization to fall back into the point-forecasting rut.Your World or Mine?Your World or Mine11.In general, if four worlds are agreed upon, and the choice of worlds is left to clients (as it inevitably will be in the end), three of the worlds will end up being "worst case," "best case" and "most likely case." The fourth world is generally left to us to choose, and we usually opt for the mostcontradictory world, the "least likely case." All our entreaties to the client about not regarding any particular world as "good," "bad" or "likely" having been ignored, we set about writing detailed scenarios that will confound their expectations about what is actually "good" or "bad" for their business.12."Take the regulators off our backs," requested a financial services company, "and we will be able to show you what we can do." A scenario was written in which radical deregulation was carried out. The result was a world of punishing competition in which marginswere razor-thin and financial institutions were engaged in a zerosum game - not a very pleasant "best case" at all. In fact, once they got a good look at this world, the company realized that over the years they had acquired critical skills in operating in a regulated environment - and that the complete removal of the regulated context might very well put them in a danger-ous and untenable position.13.The scenarios themselves are detailed, speculative, well-thoughtout narratives of "future history" that convincingly usher the concrete world of today through to the agreed-upon set of future circumstances, which will comprise the "future world" of 2005, 2010 or even 2015. They are designed to create in the client a striking picture of this possible future and to stimulate the client to make inferences as to how the business might be affected by the generalized social, economic and political forces that would define this "brave new world."A Group Effect14.The writing of the scenarios is a cooperative venture. Detailed knowledge of the industry from the company's managers is married to imaginative projections about how the future might look. The participants in this exercise begin to "live in" the worlds they are creating, to appreciate their particular independent logic. The result is a vivid, convincing and challenging set of assumptions about a scenario of the future and how it may unfold in sometimes surprising ways.15.The next stage is to face the challenges presented in the scenario world by developing independent strategies that offer strategy development by using a process called "Adopt-A-World."16.At this point, the fully developed worlds are turned over to teams ofmanagers at the client company, each headed by a high-level strategic executive. The teams read their scenario, any outstanding questions about the logic of the scenario are explained by the authors, and each team is tasked with preparing a strategy for their "future world." Each high-level executive is thus inaugurated as CEO of one of the worlds, and is ultimately responsible for developing strategies to prosper in his or her particular scenario world. Workshops are employed to introduce each team to its scenario and to evaluate the resulting strategies at the end of the "Adopt-A-World" process. During this last workshop, the final "Strategy Merge" process is undertaken.17.A "Strategy Merge" seeks first to evaluate the effectiveness of strategies developed within each of the different worlds. Those strategies that pass muster in each particular world are compiled in a master list; then their effectiveness is evaluated in the other worlds. Some strategies will be highly effective within their original "worlds," but will be ineffective or counterproductive when attemptedin other worlds. Others will be effective across all worlds. This latter group of potential initiatives comprises the "core strategy" - the set of actions that the company ought to take no matter what the future might bring.18.The core strategy, in and of itself, will be insufficient to carry the company to its desired future. It will be a "least common denominator" set of actions. Further strategies will have to be employed as contingencies arise. But many of these contingencies will have been anticipated by the scenario process.19.A final exercise is to identify indicators that will tell the company when one of the contingent worlds might SUddenly be on the verge of realization. If this occurs, the strategy developed for that world should be re-examined and perhaps implemented. Continuous monitoring of the external environment will provide the kind of early-warning intelligence a company will need to respond to unforeseen shifts.20.Scenario planning is designed to deliver concrete, practical results in the form of implementable strategic plans. In addition, the process offers the following value to companies:◎It encourages and supports creative and flexible thinking within the organization.◎It instills a "planning mind-set" in all participants.◎It builds consensus and, throuqh teamwork, assures buy-in to strategic solutions.◎It includes a training element in which young corporate leaders can be developed.◎It effects a fundamental cultural change.◎It can be used to stress-test current strategy against a variety of possible future conditions.◎It provides the basis for a flexible, contingent, ongoing planning process that includes a robust core strategy, a flexible shell to promote preparedness and a focused early-warning system.Changing the Future21.Scenarios are being used for a variety of reasons, but their use invariably changes the way the future is viewed. Rather than a vaguely threatening collection of uncertainties that must be somehow forecast (a thankless job, to be sure), the unknown future is organized into a boundary issue, which tends to make it more manageable. In late 1992, Fleet Financial Group was lauded as a highly successful, wellmanaged company. The company used scenarios to help it develop a strategy that would extend its successful run in new directions for the ensuing 10 years. In 1993, IBM's Large Scale Computing Division (LSCD) was being routinely panned for missing broad shifts in the marketplace. It used scenarios to help establish a strategy that could reinvigorate its business. In 1994, a leading airline used scenarios to help two divisions, fundamentally at odds with each other, clearly delineate areas of conflict and develop strategies to move aggressively ahead. Pfizer, one of the successful pharmaceutical companies in the world, is using scenarios to develop its global strategy.22.These companies are all responding to major unknowns in their futures. Some are responding from positions of great strength within their industry and others are trying to climb back from troubled times. They have all found that scenario-based planning provides them with a fresh approach and, thus, fresh ideas.。