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  When building houses, people used to think about not only the climate of the areas but also the building materials and the fashions for their houses.However, since electricity became more and more expensive, people began to pay much more attention to the energy they could get for their houses and the new ways they could find to protect their houses from both cold and heat.

  Now, houses of an old yet new type have been widely built.In some parts of the world, people share their houses with their livestock(家畜).During cold weather, they gather their cows, goats, or other animals and keep them on the first floor of their houses.The reasons are that the animals can be protected from the cold and that they can help to heat the houses as well.The body heat given off by the animals rises to the second floor of the houses, where people live.By sharing their houses with their livestock, people gain a source of heat.

  People who live in or near cities do not usually keep livestock.However, home builders use the fact that heat rises.This natural law can be used in building houses in these areas.Instead of keeping livestock on the first floor, builders fill it with large rocks.As they are open to the sun’s rays during cold weather, these rocks take in heat.They also give off the heat, and, of course, the warm air rises into the living areas of the houses.So these houses are energy-saving.

  House-building becomes a great challenge(挑战)to building designers and energy engineers.They try to meet this challenge by learning from old traditions and by using modern technology.And someday in the future, people will be able to live in more energy-saving houses.

(1)

What was it that made people begin to consider as electricity was no longer cheap?

[  ]

A.

The climate of their areas.

B.

The energy for their houses.

C.

The fashions for their houses.

D.

The building materials for their houses.

(2)

People in some areas gain a source of heat by ________.

[  ]

A.

keeping their livestock downstairs

B.

protecting their livestock from the cold

C.

sharing their houses only with their cows

D.

living on the second floor with their livestock

(3)

The underlined words “natural law” in the third paragraph refer to the fact that ________.

[  ]

A.

heat raises the temperature in the houses

B.

heat goes in the upward direction

C.

heat goes up if temperature is raised

D.

heat increases the temperature of rocks

(4)

From the passage, we can conclude that ________.

[  ]

A.

people will no longer consider building materials in the future

B.

energy-saving buildings will become more popular in the future

C.

almost all people will move into the houses heated by large rocks

D.

energy engineers will devote themselves only to modern technology

答案:1.B;2.A;3.B;4.B;
解析:

(1)

这是一道细节判断题。从第一段“However, since electricity became more and more expensive, people began to pay much more attention to the energy they could get for their houses and the new ways they could find to protect their houses from both cold and heat”可知。

(2)

这是一道细节判断题。从第二段“During cold weather, they gather their cows, goats, or other animals and keep them on the first floor of their houses”可知。说明人们把家畜放在他们的楼下。

(3)

这是一道猜测词义题。从第三段“However, home builders use the fact that heat rises”可知。

(4)

这是一道主旨题。从文章最后一句“And someday in the future, people will be able to live in more energy-saving houses.”可知。


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科目:高中英语 来源:设计必修一英语北师版 北师版 题型:050

阅读理解

How Long Can People Live?

  She took up skating at age 85, made her first movie appearance at age 114, and held a concert in the neighborhood on her 121st birthday.

  Whe n it comes to long life, Jeanne Calment is the world’s recordholder.She lived to the ripe old age of 122.So is 122 the upper limit to the human life span(寿命)?If scientists come up with some sort of pill or diet that would slow aging, could we possibly make it to 150-or beyond?

  Researchers don’t entirely agree on the answers.“Calment lived to 122, so it wouldn’t surprise me if someone alive today reaches 130 or 135,”says Jerry Shay at the University of Texas.

  Steve Austad at the University of Texas agrees.“People can live much longer than we think,”he says.“Experts used to say that humans couldn’t live past 110.When Calment blew past that age, they raised the number to 120.So why can’t we go higher?”

  The trouble with guessing how old people can live to be is that it’s all just guessing.“Anyone can make up a number,”says Rich Miller at the University of Michigan.“Usually the scientist who picks the highest number gets his name in Time magazine.”

  Won’t new anti-aging techniques keep us alive for centuries?Any cure, says Miller, for aging would probably keep most of us kicking until about 120.Researchers are working on treatments that lengthen the life span of mice by 50 percent at most.So, if the average human life span is about 80 years, says Miller,“adding another 50 percent would get you to 120.”

  So what can we conclude from this little disagreement among the researchers?That life span is flexible(有弹性的),but there is a limit, says George Martin of the University of Washington.“We can get flies to live 50 percent longer,”he says.“But a fly’s never going to live 150 years.”

  “Of course, if you became a new species(物种),one that ages at a slower speed, that would be a different story,”he adds.

  Does Martin really believe that humans could evolve(进化)their way to longer life?“It’s pretty cool to think about it,”he says with a smile.

(1)

What does the story of Jeanne Calment prove to us?

[  ]

A.

People can live to 122.

B.

Old people are creative.

C.

Women are sporty at 85.

D.

Women live longer than men.

(2)

According to Steve Austad at the University of Texas, ________.

[  ]

A.

the average human life span could be 110

B.

scientists cannot find ways to slow aging

C.

few people can expect to live to over 150

D.

researchers are not sure how long people can live

(3)

Who would agree that a scientist will become famous if he makes the wildest guess at longevity?

[  ]

A.

Jerry Shay.

B.

Steve Austad

C.

Rich Miller

D.

George Martin

(4)

What can we infer from the last three paragraphs?

[  ]

A.

Most of us could be good at sports even at 120.

B.

The average human life span cannot be doubled.

C.

Scientists believe mice are aging at a slower speed than before.

D.

New techniques could be used to change flies into a new species.

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