题目内容

 

第四部分:任务型阅读(每小题1分,满分10分)

请认真阅读下面短文,并根据所读内容在文章后表格中的空格里填入最恰当的单词。

注意:每空格1个单词。

At the age of twelve years, the human body is at its most vigorous. It has yet to reach its full size and strength, and its owner his or her full intelligence; but at this age the likelihood of death is least. Earlier we were infants and young children, and consequently more vulnerable; later, we shall undergo a progressive loss of our vigour and resistance which, though not felt at first, will finally become so sudden and quick that we can live no longer, however well we look after ourselves, and however well society, and our doctors, look after us. This decline in vigour with the passing of time is called ageing. It is one of the most unpleasant discoveries which we all make that we must decline in this way, that if we escape wars, accidents and diseases we shall eventually die of old age, and that this happens at a rate which differs little from person to person, so that there are heavy odds in favour of our dying between the ages of sixty-five and eighty. Some of us will die sooner, a few will live longer-- on into a ninth or tenth decade. But the chances are against it, and there is a virtual limit on how long we can hope to remain alive, however lucky and strong we are.

Normal people tend to forget this process unless and until they are reminded of it. We are so familiar with the fact that man ages, that people have for years assumed that the process of losing vigour with time, of becoming more likely to die the older we get, was something self-evident, like the cooling of a hot kettle or the wearing-out of a pair of shoes. They have also assumed that all animals, and probably other organisms such as trees, or even the universe itself, must in the nature of things 'wear out'. Most animals we commonly observe do in fact age as we do if given the chance to live long enough; and mechanical systems like a wound watch or the sun, do in fact run out of energy in accordance with the second law of thermodynamics (whether the whole universe does so is a matter about which there may be disagreement or uncertainty at present). But these are not similar to what happens when man ages. A run-down watch is still a watch and can be rewound. An old watch, by contrast, becomes so worn and unreliable that it eventually is not worth mending. But a watch could never repair itself, it does not consist of living parts, only of metal, which wears away by friction. We could, at one time, repair ourselves well enough, at least, to overcome all but the most instantly fatal illnesses and accidents. Between twelve and eighty years we gradually lose this power; an illness which at twelve would knock us over, at eighty can knock us out, and into our grave. If we could stay as vigorous as we are at twelve, it would take about 700 years for half of us to die, and another 700 for the survivors to be reduced by half again.

 

The ____71____ of ageing

Infants and children under 12 are more easily ____72___ physically or emotionally.

At 12, we are ____73____ active and full of energy.

Later, we will ___74___ our energy or enthusiasm continuously.

Finally we can’t live any longer no matter how ___75___ we are cared for.

The characteristics of ageing

Not noticeable at first

Not avoidable in the end

Not the ____76___ speed for everyone

People’s misunderstanding of ageing

Just taking the ageing with time ____77___ for granted.

Simply thinking all living things or other systems also ___78___ the same way as we humans do.

Truth about ageing

We humans can ___79___ ourselves well enough to live a longer life, ___80___ the other living things or systems can’t.

 

【答案】

 

71. process  72. hurt       73. most   74. lose     75. well 

76. same   77. passing     78. age    79. repair    80. while / but

 

【解析】

 

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第四部分:任务型阅读(共10小题;每小题1分,满分10分)

请认真阅读下列短文,并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。

注意:请将答案写在答题卡上相应题号的横线上。每个空格只填1个单词。

For more than twenty years scientists have been seeking to understand the mystery of the‘‘sixth sense"of direction.By trying out ideas and solving problems one by one,they are now getting closer to one answer.

One funny idea is that animals might have a built-in compass(指南针).

Our earth itself is a big magnet(磁体).So a little magnetic needle that swings freely lines

itself with the big earth magnet to point north and south.When people discovered that idea about athousand years ago and invented the compass,it allowed sailors to navigate (航海)on oceanvoyages, even under

cloudy skies.

 Actuallly the idea of the living compass came just from observing animals in nature.

 Many birds migrate twice a year between their summer homes and winter homes.Some of them fly for thousands of kilometers and mostly at night.Experiments have shown that some birds can recognize star patterns.But they can keep on course even under cloudy skies.How can they do that?

A common bird that does not migrate but is great at finding its way home is the homing pigeon.Not all pigeons can find their way home.Those that can are very good at it,and they have been widely studied.

One interesting experiment was to attach little magnets to the birds’ heads to block their

magnetic sense—just as a loud radio can keep you from hearing a call to dinner.On sunny days, that did not fool the pigeons.Evidently they can use the sun to tell which way they are going.But on cloudy days,the pigeons with magnets could not find their way.It was as if the magnets had blocked their magnetic sense.

Similar experiments with the same kind of results were done with honeybees.These insects also seem to have a special sense ot direction.

In spite of the experiments,the idea of an animal compass seemed pretty extraordinary.How

would an animal get the magnetic stuff for a compass.

An answer came from an unexpected source.A scientist was studying bacteria that live in the

mud of ponds and marshes.He found accidentally little rod-like bacteria that all swam together in

one direction—north.

Further study showed that each little bacterium had a chain of dense particles inside,which

proved magnetic.The bacteria had made themselves into little magnets that could line up with the

earth’s magnet.

The big news was that a living thing,even a simple bacterium,can make magnetite.That led

to a search to see whether animals might have it.. By using a special instrument called magnetometer,scientists were able to find magnetite in bees and birds,and even in fish.In each

animal,except for the bee.the magnetic stuff was always in or closer to the brain.

Thus.the idea of a built—in animal compass began to seem reasonable.

The Magnetic Sense — The Living Compass

Passage outline

Supporting details

The existence of the earth magnet and the invention of the navigating compass

◇Our earth is a big magnet and a little freely (71)   ▲ 

  magnetic needle lines itself with the earth magnet to point north and south.

◇(72)   ▲   on the idea above, the navigating compass was invented.

The possibility of birds’ built-in compasses

◇ One piece of evidence is the (73)   ▲    of many birds between their summer homes and winter homes.

◇ Birds can recognize star patterns on clear nights and keep on course (74)   ▲     under cloudy skies 

The  (75)   ▲     on pigeons’ and bees’ built-in compasses

◇Little magnets were tied to the pigeons’ heads to (76)   ▲     their magnetic sense.

◇The pigeons’ magnetic sense seemed to be affected on (77)   ▲    days.

◇Similar things with the same results were done with bees.

The  (78)   ▲     of the magnetic stuff for the animal compass

◇Little rod-like bacteria were found by chance to swim together in the direction of (79)   ▲    .

◇Some animals had a chain of dense magnetic particles in or close to the (80)   ▲     inside their bodies.

第Ⅱ卷  (两部分,共35分)

第四部分:任务型阅读(共10小题;每小题l分,满分10分)

请认真阅读下列短文,并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。注意:每个空格只填1个单词。请将答案写在答题卡上相应题号的横线上。

OPTIMISM HELPED US PERSEVERE(坚持)

Left behind, we watched as Shackleton and the boat sailed away from Elephant Island. The danger of what lay ahead of them, the chances of them ever returning to find us, the fear that we might never know their fate and possible delays, at first made us feel low and discouraged. But it was not for long. There was nothing like a good dinner of penguin(企鹅) and some dynamic music to make a man feel more cheerful again.

Life now fell into a regular pattern. Just keeping alive took all our time and energy. For example, we had to gather fresh water by grasping and then melting sea-ice. If this drinking But melting the ice was a problem. With no trees growing on Antarctica and no oil, the only fuel we could use was seal fat. This gave off oily, black smoke but had he advantage of burning strongly in fierce winds. We could also eat the remains when the fire died down.

Food was also a problem as there were no vegetables or fruit to be found. As one of’ our group, Lionel Greenstreet noted in his diary after a few weeks how bored he was with the meals: “The food now is pretty well all meat -- seal steaks, cooked seal, penguin steaks, cooked penguin liver.” As a chef, it was my duty to clean and cook these animals, so I was soon being encouraged to vary the meals in whatever way I could. It was difficult.

We had to be very particular about our personal care because a changeable temperature could harm us. It was almost as dangerous to become too hot from wearing too many clothes as to become too cold from wearing too few. Becoming too hot led to sweating and this could freeze very quickly. Another part of the body that needed special caution was the eyes. The ice and snow reflected dangerous rays from the sun so that if we did not wear sunglasses we would suffer from sun-blindness.

Four months of this was as much as the twenty-two of us could bear in this bone-numbing cold. We were lucky that our group wolf worked hard to show an admirable mental attitude and dealt with our ever-present fears in a positive and successful way. Above all, Shackleton encouraged us to have celebrations: for birthdays, festivals or even just because of a good catch of penguin. This kept us cheerful and encouraged harmony in the group.

When rescue did come, we felt such relief and joy that many of us could not hide our tears. We were at last free to go home to a warm bed, good food and the care of our family and friends. Our optimism and faith in Shackleton had helped us persevere in staying alive and he had repaid us by his commitment to return and save us from a slow but painful death.

Main Points

Details

Setting

Shackleton and his boat having (71)   ▲   away, we stayed on Elephant Island, feeling low and discouraged. A dinner of penguin and dynamic music (72)    ▲   us up.

Water problem

To gather fresh water, we grasped and then melt sea-ice by(73)    ▲  

seal fat.

(74)   ▲  problem

Food lacked variety, with only meat from seals and penguins.

Personal care

● Sweating from wearing too many clothes and(75)   ▲   from wearing too few could do harm to us.

● We needed to be (76)   ▲   of the eyes’ being harmed by the dangerous reflected rays from the sun.

(77)    ▲   for our survival

● Our positive (78)    ▲   

● Having celebrations

● Harmony in the group

Ending

Four months later, we were (79)   ▲   by Shackleton. And he

(80)    ▲    his promise.

 

 

第II卷 (两部分, 共35分)

第四部分:任务型阅读(共10小题,每小题1分,满分10分)

请认真阅读下列短文,并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。

注意:每个空格只填一个单词。请将答案写在答题卡上相应题号的横线上。

US Treasury Secretary Henry Paulson will visit China's largest lake next week on a trip that will highlight global environmental challenges.

Paulson will hold talks in Beijing with President Hu Jintao that will focus on the Strategic(战略)Economic Dialogue, high-level discussions launched last year in an effort to deal with economic tensions between the US and China.

"This trip is part of an ongoing process to strengthen our strategic economic relationship to address long-term issues such as working with China to rebalance its growth and increase the flexibility(弹性) of its currency(货币) and also to deal with short-term issues as they arise." Paulson said Tuesday in announcing the trip.

Paulson will begin the trip with a visit July 30 to Qinghai Lake, the largest lake in the country and an example of some of the environmental challenges facing China as it struggles to deal with pollution.

"The only way to make progress on climate change is to engage all the large economies, developed and developing, to work toward embracing cleaner technology and reducing giving off gas." Paulson said. "What's happening with the environment in the middle of China not only affects the local climate and economy but also the global climate and economy."

Paulson will meet on July 31 in Beijing with Hu and Vice Premier Wu Yi, who is leading the Chinese side in the strategic dialogue talks.

The administration is coming under pressure from Congress to show results from these discussions, particularly in the area of currency values. American manufacturers think that the yuan is undervalued by as much as 40 percent, which makes Chinese products cheaper for US consumers but makes it more difficult for US products to be sold in China.

The first strategic dialogue session was held in Beijing last December with a follow-up meeting in Washington in May. The two countries have promised to meet twice a year with the next session to take place in China later this year. An exact date has not yet been announced.

The Treasury Department said in a statement announcing the trip that Paulson in his meetings with Chinese leaders would raise issues of concern to Congress as well as follow up on issues that were regarded as most important items at the May meeting of the strategic dialogue.

 

Henry Paulson’s trip to China

(71)_____

July 30

The (72) _____ place of his visit

Qinghai Lake

The (73) _____ of his visit

To hold talks in Beijing with President Hu Jintao that will focus on the Strategic Economic Dialogue, high-level discussions (74)_____last year in an effort to deal with economic tensions between the US and China. To (75)_____long-term issues such as working with China to rebalance its growth and increase the flexibility of its currency and also to deal with short-term issues as they arise.

The important people he will visit

(76)_____Hu Jintao and Vice Premier Wu Yi

The (77)_____for his visit

Under pressure from (78)_____

Which session is to be held next time?

The(79)_____session is to take place in China later this year.

What is to be talked about with Hu Jintao?

Issues of (80)_____to Congress.

 

 

 

第四部分:任务型阅读(共10小题;每小题1分,满分10分)

请认真阅读下列短文,并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。

注意:请将答案写在答题卡上相应题号的横线上。每个空格只填1个单词。

For more than twenty years scientists have been seeking to understand the mystery of the‘‘sixth sense"of direction.By trying out ideas and solving problems one by one,they are now getting closer to one answer.

One funny idea is that animals might have a built-in compass(指南针).

Our earth itself is a big magnet(磁体).So a little magnetic needle that swings freely lines

itself with the big earth magnet to point north and south.When people discovered that idea about athousand years ago and invented the compass,it allowed sailors to navigate (航海)on oceanvoyages, even under

cloudy skies.

 Actuallly the idea of the living compass came just from observing animals in nature.

 Many birds migrate twice a year between their summer homes and winter homes.Some of them fly for thousands of kilometers and mostly at night.Experiments have shown that some birds can recognize star patterns.But they can keep on course even under cloudy skies.How can they do that?

A common bird that does not migrate but is great at finding its way home is the homing pigeon.Not all pigeons can find their way home.Those that can are very good at it,and they have been widely studied.

One interesting experiment was to attach little magnets to the birds’ heads to block their

magnetic sense—just as a loud radio can keep you from hearing a call to dinner.On sunny days, that did not fool the pigeons.Evidently they can use the sun to tell which way they are going.But on cloudy days,the pigeons with magnets could not find their way.It was as if the magnets had blocked their magnetic sense.

Similar experiments with the same kind of results were done with honeybees.These insects also seem to have a special sense ot direction.

In spite of the experiments,the idea of an animal compass seemed pretty extraordinary.How

would an animal get the magnetic stuff for a compass.

An answer came from an unexpected source.A scientist was studying bacteria that live in the

mud of ponds and marshes.He found accidentally little rod-like bacteria that all swam together in

one direction—north.

Further study showed that each little bacterium had a chain of dense particles inside,which

proved magnetic.The bacteria had made themselves into little magnets that could line up with the

earth’s magnet.

The big news was that a living thing,even a simple bacterium,can make magnetite.That led

to a search to see whether animals might have it.. By using a special instrument called magnetometer,scientists were able to find magnetite in bees and birds,and even in fish.In each

animal,except for the bee.the magnetic stuff was always in or closer to the brain.

Thus.the idea of a built—in animal compass began to seem reasonable.

 

The Magnetic Sense— The Living Compass

Passage outline

Supporting details

The existence of the earth magnet and the invention of the navigating compass

◇Our earth is a big magnet and a little freely (71)   ▲ 

  magnetic needle lines itself with the earth magnet to point north and south.

◇(72)   ▲   on the idea above, the navigating compass was invented.

The possibility of birds’ built-in compasses

◇ One piece of evidence is the (73)   ▲    of many birds between their summer homes and winter homes.

◇ Birds can recognize star patterns on clear nights and keep on course (74)   ▲     under cloudy skies 

The  (75)   ▲     on pigeons’ and bees’ built-in compasses

 

◇Little magnets were tied to the pigeons’ heads to (76)   ▲     their magnetic sense.

◇The pigeons’ magnetic sense seemed to be affected on (77)   ▲    days.

◇Similar things with the same results were done with bees.

The  (78)   ▲     of the magnetic stuff for the animal compass

◇Little rod-like bacteria were found by chance to swim together in the direction of (79)   ▲    .

◇Some animals had a chain of dense magnetic particles in or close to the (80)   ▲     inside their bodies.

 

 

 

第四部分:任务型阅读(共10小题;每小题1分,满分10分)

请认真阅读下列短文,并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。

注意:请将答案写在答题卡上相应题号的横线上。每个空格只填1个单词。

For more than twenty years scientists have been seeking to understand the mystery of the‘‘sixth sense"of direction.By trying out ideas and solving problems one by one,they are now getting closer to one answer.

One funny idea is that animals might have a built-in compass(指南针).

Our earth itself is a big magnet(磁体).So a little magnetic needle that swings freely lines

itself with the big earth magnet to point north and south.When people discovered that idea about athousand years ago and invented the compass,it allowed sailors to navigate (航海)on oceanvoyages, even under

cloudy skies.

 Actuallly the idea of the living compass came just from observing animals in nature.

 Many birds migrate twice a year between their summer homes and winter homes.Some of them fly for thousands of kilometers and mostly at night.Experiments have shown that some birds can recognize star patterns.But they can keep on course even under cloudy skies.How can they do that?

A common bird that does not migrate but is great at finding its way home is the homing pigeon.Not all pigeons can find their way home.Those that can are very good at it,and they have been widely studied.

One interesting experiment was to attach little magnets to the birds’ heads to block their

magnetic sense—just as a loud radio can keep you from hearing a call to dinner.On sunny days, that did not fool the pigeons.Evidently they can use the sun to tell which way they are going.But on cloudy days,the pigeons with magnets could not find their way.It was as if the magnets had blocked their magnetic sense.

Similar experiments with the same kind of results were done with honeybees.These insects also seem to have a special sense ot direction.

In spite of the experiments,the idea of an animal compass seemed pretty extraordinary.How

would an animal get the magnetic stuff for a compass.

An answer came from an unexpected source.A scientist was studying bacteria that live in the

mud of ponds and marshes.He found accidentally little rod-like bacteria that all swam together in

one direction—north.

Further study showed that each little bacterium had a chain of dense particles inside,which

proved magnetic.The bacteria had made themselves into little magnets that could line up with the

earth’s magnet.

The big news was that a living thing,even a simple bacterium,can make magnetite.That led

to a search to see whether animals might have it.. By using a special instrument called magnetometer,scientists were able to find magnetite in bees and birds,and even in fish.In each

animal,except for the bee.the magnetic stuff was always in or closer to the brain.

Thus.the idea of a built—in animal compass began to seem reasonable.

 

The Magnetic Sense— The Living Compass

Passage outline

Supporting details

The existence of the earth magnet and the invention of the navigating compass

◇Our earth is a big magnet and a little freely (71)   ▲ 

  magnetic needle lines itself with the earth magnet to point north and south.

◇(72)   ▲   on the idea above, the navigating compass was invented.

The possibility of birds’ built-in compasses

◇ One piece of evidence is the (73)   ▲    of many birds between their summer homes and winter homes.

◇ Birds can recognize star patterns on clear nights and keep on course (74)   ▲     under cloudy skies 

The  (75)   ▲     on pigeons’ and bees’ built-in compasses

 

◇Little magnets were tied to the pigeons’ heads to (76)   ▲     their magnetic sense.

◇The pigeons’ magnetic sense seemed to be affected on (77)   ▲    days.

◇Similar things with the same results were done with bees.

The  (78)   ▲     of the magnetic stuff for the animal compass

◇Little rod-like bacteria were found by chance to swim together in the direction of (79)   ▲    .

◇Some animals had a chain of dense magnetic particles in or close to the (80)   ▲     inside their bodies.

 

 

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