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Even Intelligent People Can Fail 1.The striking thing about the innovators who succee

Even Intelligent People Can Fail

1.The striking thing about the innovators who succeeded in making our modem World is how often they failed. Turn on a light, take a photograph, watch TV, search the Web, jet across the Pacific Ocean, talk on a cellphone (手机). The innovators who left us these things had to find the way to success through a maze (错综复杂) of wrong turns.

2.We have just celebrated the 125th anniversary of American innovator Thomas Edison's success in heating a thin line to white-hot heat for 14 hours in his lab in New Jersey, US. He did that on October 22, 1879, and followed up a month later by keeping a thread of common cardboard alight (点亮着的)in an airless space for 45 hours. Three years later he went on to light up half a square mile of downtown Manhattan, even though only one of'the six power plants in his design worked when he tumed it on, on September 4, 1882.

3."Many of life's failures," the supreme innovator said, "are people who did not realize how close they were to success when they gave up." Before that magical moment in October 1879, Edison had worked out no fewer than 3,000 theories about electric light, but in only two cases did his experiments work.

4.No one likes failure, but the smart innovators learn from it. Mark Gumz, the head of the camera maker Olympus America Inc, attributes some of the company's successes in technology to understanding failure. His popular phrase is: "You only fail when you quit."

5.Over two centuries, the most common quality of the innovators has been persistence. That is another way of saying they had the emotional ability to keep up what they were doing. Walt Disney, the founder of Disneyland, was so broke after a succession of financial failures that he was left shoeless in his office because he could not afford the US$1.50 to get his shoes from the repair shop. Pioneering car maker Henry Ford failed with one company and was forced out of another before he developed the Model T car.

6.Failure is harder to bear in today's open, accelerated world. Hardly any innovation works the first time. But an impatient society and the media want instant success. When American music and movie master David Geffen had a difficult time, a critic said nastily that the only difference between Geffen Records (Geffen's company) and the Titanic (the ship that went down) was that the Titanic had better music. Actually, it wasn't. After four years of losses, Geffen had so many hits (成功的作品) he could afford a ship as big as the Titanic all to himself.

第 23 题 Paragraph 2_______

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更多“Even Intelligent People Can Fail 1.The striking thing about the innovators who succee”相关的问题

第1题

Which of the following is TRUE according to the passage?A.Earl Joseph is quite optimistic

Which of the following is TRUE according to the passage?

A.Earl Joseph is quite optimistic about the ability of computers to do more intelligent work for people in the future.

B.Earl Joseph insist that computers are smarter and more intelligent than human beings.

C.Nowadays drivers can feed destinations into a computer that will explain what, route to take and even tell where parking spaces are available.

D.Both A and B.

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第2题

The research led by Felix Warneken has proved that ______.A.chimpanzees' cooperative abili

The research led by Felix Warneken has proved that ______.

A.chimpanzees' cooperative ability has always been present

B.chimpanzees are as intelligent as 18-month old human children

C.chimpanzees and humans had common ancestor six million years ago

D.chimpanzees are willing to cooperate even without any form. of reward

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第3题

In 1961, scientists set up gigantic, sensitive apparatus to collect radio waves from the f
ar reaches of space, hoping to discover in them some mathematical pattern indicating that the waves were sent out by other intelligent beings. Someday the experiment may succeed.

What reason is there to think that we may actually detect intelligent life in outer space? To begin with, modern theories of the development of stars suggest that almost every star has some sort of family of planets. So any star like our own sun (and there are billions of such stars in the universe) is likely to have a planet situated at such a distance that it would receive about the same amount of radiation as the earth.

Furthermore, such a planet would probably have the same general composition as our own; so, allowing a billion years or two--or three--there would be a very good chances for life to develop, if current theories of the origin of life are correct.

But intelligent life7 Life that has reached the stage of being able to send radio waves out into space in a conscious pattern7 Our own planet may have been in existence for five billion years and may have had life on it for two billion, but it is only in the last fifty years that we are capable of sending radio waves into space. From this it might seem that even if there were no technical problems involved, the chance of receiving signals from another planet would be extremely small.

This does not mean that intelligent life at our level does not exist somewhere. There are such an unimaginable number of stars that, even at such miserable odds, it seems certain that there are millions of intelligent life forms scattered through space. The only trouble is, none may be within our reach. Perhaps none never will be; perhaps the distances that separate us from our fellow inhabitants of this universe will forever remain too great to be conquered. And yet it is conceivable that someday we may come across one of them or one of them may come across us. What would they be like, these extraterrestrial(地球以外的) creatures?

If the radio waves had reached our planet one hundred years before, we would have______.

A.sent an immediate answer

B.sent an alarm against extraterrestrial attack

C.sent a short reply

D.sent no answer

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第4题

In some cases, intelligent people implementing intelligent policies are responsible for pr
oducing a "boomerang effect" ; they actually create more of whatever it is they seek to reduce in the first place. The boomerang effect has been achieved many times in recent years by men and women of goodwill. State legislatures around the nation have recently raised the drinking age back to 21 in an effort to reduce the prevalence of violent deaths among our young people. But such policies seem instead to have created the conditions for even more campus violence. Some college students who previously drank in bars and lounges under the watchful supervision of bouncers (夜总会、酒吧等保安人员) (not to mention owners eager to keep their liquor licenses) now retreat to the sanctuary of their fraternity houses and apartments, where they no longer control their behaviour—or their drinking. The boomerang effect has also played a role in attempts to reduce the availability of illicit drugs. During recent years, the federal government has been quite successful in reducing the supply of street drugs. As fields are burned and contraband (违禁品) confiscated, the price of street drugs has skyrocketed to a point where cheap alternatives have begun to compete in the marketplace. Unfortunately, the cheap alternatives are even more harmful than the illicit drugs they replace. boomerang: a curved flat piece of wood that can be thrown so as to return to the thrower 回飞镖

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第5题

Of all the problems facing modern astronomers, perhaps the most fascinating is: "Can intel
ligent life exist elsewhere?" Since the Earth is an unimportant planet moving round an unimportant star, it would be a pride on our part to suppose that we are the only intelligent beings in the universe. But to obtain proof is difficult.

The main trouble is that our neighbor worlds, the bodies in the Solar system appear to be unsuitable for advanced life-forms. The Moon may be ruled out at once; it has hardly any atmosphere. Venus(金星) is little better; the surface temperature is extremely high and the atmosphere is mostly carbon dioxide. Mars with a very thin atmosphere and a severe shortage of water, may well support simple plant life but there seems no hope of finding animals, while the attractive Martians(火星人) of the story-tellers have long since been given up.

Of course this has not stopped the flow of bright ideas for communicating with the supposed people on Mars. In the early nineteenth century the great mathematician Gauss suggested planting treepatterns in Siberia(西伯利亚), so that the Martians would see them and replay suitably. Following up this idea, the Austrian scientist Karl Littrow proposed digging very wide ditches in the Sahara, triangular in patterns, and then filling them with petrol or some substance so that, when lit, the ditches would present Martian observers with a "flaming triangle" which would show the existence here of intelligent minds. Even better were the plans of Charles Cross, a French writer of the 1870's, who wanted to build a large mirror to reflect the sun's rays and concentrate them on the surface of Mars, thereby making a vast burning-glass. By swinging the mirror around, Cross explained it would be practicable to write words in the Martian deserts simply by burning the sand. For many years he bombared(轰击) the French government with literature about this plan and was very disappointed when no official interest was shown.

The opinion of the writer is that ______.

A.there may be other intelligent beings in the universe

B.there are other intelligent beings in the universe

C.people living on the earth are almost certainly the only intelligent beings in the universe

D.people living on the earth are definitely the only intelligent beings in the universe

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第6题

Life on Other PlanetsIn 1961, scientists set up a gigantic, sensitive apparatus to collect

Life on Other Planets

In 1961, scientists set up a gigantic, sensitive apparatus to collect radio waves from the far roaches of space, hoping to discover in them some mathematical pattern indicating that the waves were sent out by other intelligent beings. The first at tempt failed; but someday the experiment may succeed.

But is there intelligent life? Life that has reached the stage of being able to send radio waves out-into space in a planned pattern? Our own planet may have been in existence for five billion years and may have had life on it for two billion, but it is only in the last fifty years that intelligent life capable of sending radio waves into space has lived on earth. From this it might seem that even if there were no technical problems involved, the chance of receiving signals from any particular earth-type planet would be extremely small.

This does not mean that intelligent life at our level does not exist somewhere. There is such an unimaginable number of stars that, even with only a small chance, it seems certain that there are millions of intelligent life forms scattered through space. The only trouble is, none may be within hailing distance of us. Perhaps none ever will be; perhaps the huge distances that separate us from our fellow inhabitants of this universe will forever remain too great to be conquered. And yet it is conceivable that someday we may come across one of them or, frighteningly, one of them may come across us. What would they be bike, these extraterrestrial creatures?

Surely, it would seem, there is no way of telling. Here on earth alone, life has developed in many directions, taking on forms that could scarcely be invented by the wildest imagination if they were not already known to exist.

Who would dream that a mouse could fly if he had never seen a bat? Who would predict blind lizards living in caves, or worms living in the intestines of other creatures? Consider the giraffe, the humming-bird, the redwood tree, the Venus' flytrap, and see whether you can imagine any limit to various forms of life. Then how can anyone predict anything at all a bout extraterrestrial beings?

Ah, but all these variations and modifications that exist on earth are in some ways only superficial. In the chemist's test tube, all amazing differences in life forms vanish when we consider the basic similarity of those life forms, which is neither exciting nor amazing. Whatever appearance earth creatures may have, they are all made up of the same kinds of complex molecules; with minor variations, they all make use of the same chemical machinery.

For all its wonderful differences, life on earth is merely an imaginative variation on a single chemical structure. Life on any earthlike planet may prove to be similar.

As we understand life, it consists of molecules large enough and complex enough to meet the infinitely flexible requirements of living tissue. The molecules must be stable enough to retain their structure under some conditions, and unstable enough to change kaleidoscopically under other conditions. In living things on earth, the most important molecules of this type are the proteins, and as far as we know, nothing will substitute for them.

Furthermore, the changes these proteins undergo in the process of living can only take place against a watery back ground. Life began in the oceans, and even the various forms of land life are still from 50 to 80 percent water.

The chemical structure, then, upon which life is based, here and possibly on all earth-type planets, is protein-in water. If we are ever to meet up with creatures from an earth-type planet, we may not be able to predict their appearance, but we can predict that, whatever their shape, they will very likely be protein-in-water.

But what about life on planets that are not like the earth? Wh

A.Y

B.N

C.NG

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第7题

Animal IntelligenceAre Animals intelligent? If they are, which animals are the most intell

Animal Intelligence

Are Animals intelligent? If they are, which animals are the most intelligent? These are not easy questions to answer. In the first place, no one is quite sure what intelligence is.

We often say that intelligence means being able to solve problems.(46). For example, dogs and cats often find their way home from long distances. To do this they have to use their intelligence. They have to remember and think. But many birds find their way over long distances, too. They travel thousands of miles every year when they move from cool to warmer places. We do not know how they do this but we know that they do not use their intelligence.

(47). Young birds are able to make these journeys without help as soon as they can fly. They are born with this ability. This is not intelligence. We call this 'instinct'.

Often we cannot be sure whether an animal is acting intelligently or instinctively. When a dog hears a strange noise, it barks. This is instinct. It cannot stop itself from doing this. It does not really know why it is doing this. But supposing a house is on fire and the dog barks outside its master's bedroom until he wakes up, is the dog using its intelligence?(48). Often we cannot be sure.

Many animals, however, can be taught to sole problems, especially when they are given rewards. Rats have been taught to press a lever to get food. Pigeons have been taught to peck a disc for the same reason. Even an octopus (章鱼) has been trained to know the difference between a square and an oblong (长方形) ! Animals in circuses have been taught to do all sorts of tricks to amuse an audience.(49). It is saying, " if I do this, I will get a reward. Therefore I will do it." This may be thought of as a low kind of intelligence.

Some animals, however, show a much higher kind of intelligence. They solve problems without any help. Chimpanzees, one of the ape family, are much more intelligent than other animals. A chimpanzee once did something even more intelligent. He did not have a stick. He had two short tubes. Neither of the tubes was long enough to reach the banana but one was wider than the other. He jammed the narrow tube inside the wider tube and in this way made one tube long enough to reach the banana(50).

A Is it solving the problem by waking its master or is it simply barking instinctively because it is afraid?

B Chimpanzees can solve certain problems without any help.

C Some animals seem able to do this.

D In all these cases we may say that an animal is using intelligence.

E In other words, he did not simply use a tool, which itself is intelligent: he made a tool.

F They do not remember places and directions and then make decisions.

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第8题

Perhaps there are far(1)wives than I imagine who take it for(2)that housework is neither

Perhaps there are far (1) wives than I imagine who take it for (2) that housework is neither satisfying nor even important once the basic demands of hygiene and feeding have been (3) But home and family is the one realm in (4) it is really difficult to shake free of one&39;s upbringing and (5) new values. My parents&39; house was impeccably kept; cleanliness was a moral and social virtue, and personal untidiness, visibly old clothes, or long male hair provoked biting jocularity. If that (6) been all, maybe I could have adapted myself (7) housework on an easy-going, utilitarian basis, refusing the moral overtones (8) still believing in it as something constructive (9) it is part of creating a home. But at the same time my mother (10) to resent doing it, called it drudgery, and convinced me that it wasn&39;t a fit activity for an intelligent being. I was the only child, and once I was at school there was no (11) why she should have continued (12) her will to remain housebound, unless, as I suspect, my father would not hear of her having a job of her own.

I can now begin to (13) why a woman in a small suburban house, with no infants to look after, who does not (14) reading because she has not had much of an education, and who is intelligent (15) to find neighborly chit-chat boring, should carry the pursuit of microscopic specks of dust to the (16) of fanaticism in an (17) to fill hours and salvage her serf-respect. My parents had not even the status-seeking impetus to send me to university that Joe&39;s had; my mother (18) me to be "a nice quiet person who wouldn&39;t be (19) in a crowd", and it was feared that university education (20) in ingratitude (independence).

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第9题

听力原文:When we talk about intelligence, we do not mean the ability to get good scores on

听力原文: When we talk about intelligence, we do not mean the ability to get good scores on certain kinds of tests or even the ability to do well in school. By intelligence we mean a way of living and behaving, especially in a new or upsetting situation. If we want to test intelligence we need to find out how a person acts instead of how much he knows about what to do. For instance, when in a new situation, an intelligent person thinks about the situation, not about himself or what might happen to him. He tries to find ont all he can, and then he acts immediately and tries to do something about it. And if he cannot make things work out right, he doesn't feel ashamed that he failed, he just turns to learn from his mistakes. An intelligent person, even if he is very young, has a special way to look at life, a special feeling about life, and how he fits into it. If you look at children, you'll see great differences between what we call "bright" children and "not bright" children. They are actually two different kinds of people, not just the same kind with different amounts of intelligence. For example, the bright child really wants to find out about life--he tries to get in touch with everything around him. But the unintelligent child keeps more to himself and his own dream world: he seems to have a wall between him and life in general. This leads us to feel mysterious about how to determine what intelligence is.

(33)

A.It is the ability to get high scores on some tests.

B.It is the ability to do well in school.

C.It is the ability to deal with life.

D.It is a child's ability to dream.

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第10题

The topic of thought is one area of psychology, and many observers have considered this as
pect in connection with robots and computers: Some of the old worry about A1 (artificial intelligence) were closely linked to the question of whether computers could think. The first massive electronic computers, capable of rapid (if often unreliable) computation and little or no creative activity, were soon named "electronic brains". A reaction to this terminology quickly followed: To put them in their place, computers were called "high-speed idiots", an effort to protect human vanity. But not everyone realized the implications of the expression: "high-speed idiot". It has not been pointed out often enough that even the human idiot is one of the most intelligent fife forms on the earth. If the early computers were even that intelligent, it was already a remarkable state of affairs.

One consequence from studying the possibility of computer thought was that we were forced to examine with new care the idea of thought in general. It soon became clear that we were not sure what we meant by such terms as thought and thinking. We tend to assume that human beings think, some more than others, though we often call people thoughtless or unthinking. Dreams cause a problem, partly because they usually happen outside our control. They are obviously some type of mental experience, but are they a type of thinking? And the question of nonhuman life forms adds further problems. Many of us would maintain that some of the higher animals—dogs, cats, apes, and so on—are capable of at least basic thought, but what about fish and insects? It is certainly true that the higher mammals show complex brain activity when tested with the appropriate equipment. If thinking is demonstrated by evident electrical activity in the brain, then many animal species are capable of thought. Once we have formulated clear ideas on what thought is in biological creatures, it will be easier to discuss the question of thought in artificial machines. One of the great benefits of AI research is that we are being forced to examine more closely the working of the human mind.

It is already clear that machines have superior mental abilities to many life forms. No tree can play chess as well as even the simplest computer; nor can frogs repair car bodies as well as robots. It seems that, viewed in terms of intellect, the computer should be set well above plants and most animals. Only the higher animals can, it seems, compete with computers with regard to intellect.

The first electronic computers were

A.slow and reliable.

B.creative and accurate.

C.large and fast.

D.only capable of additions.

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第11题

Now which are the animals really to be pitied in captivity? First, those clever beings who
se lively urge for activity can find no outlet behind the bars of the cage. This is most conspicuous, even for the uninitiated, in the case of animals which, when living in a free state, are accustomed to roaming about widely. Owing to this frustrated desire, foxes and wolves housed, in many old fashioned zoos, in cages which are far too small, are among the most pitiable of all caged animals.

Though pinioned swans generally seem happy, under proper care, by hatching and rearing their young without any trouble, at migration time things become different: they repeatedly swim to the lee side of the pond, in order to have the whole extent of its surface at their disposal, trying to take off. Again and again the grand preparations end in a pathetic flutter of their half wings; a truly sorry picture!

This, however, rarely awakens the pity of the zoo visitor, least of all when such an originally highly intelligent and mentally alert animal has deteriorated, in confinement, into a crazy idiot, a very caricature of its former self. Sentimental old ladies, the fanatical sponsors of the societies for Prevention of Cruelty to Animals, have no compunction in keeping a grey parrot in a relatively small cage or even chained to a perch. Together with the large corvines, the parrots are probably the only birds which suffer from that state of mind, common to prisoners, namely, boredom.

What is an "outlet" in the context of this passage?

A.An opportunity for expression.

B.A place to let.

C.A chance of escape into a wood.

D.An exit for a marketer.

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