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题型:阅读理解-阅读单选 难度:0.65 引用次数:250 题号:2017202

Art museums are places where people can learn about various cultures. The increasingly popular “design museums” that are opening today, however, perform quite a different role. Unlike most art museums, the design museum shows objects that are easily found by the general public. These museums sometimes even place things like fridges and washing machines in the center of the hall.

People have argued that design museums are often made use of as advertisements for new industrial technology. But their role is not simply a matter of sales--it is the honoring of excellently invented products. The difference between the window of a department store and the showcase in a design museum is that the first tries to sell you something, while the second tells you the success of a sale.

One advantage of design museums is that they are places where people feel familiar with the exhibits. Unlike the average art museum visitors, design museum visitors seldom feel frightened or puzzled. This is partly because design museums clearly show how arid why mass-produced products work and look as they do, and how design has improved the quality of our lives. Art museum exhibits, on the other hand, would most probably fill visitors with a feeling that there is something beyond their understanding.

In recent years, several new design museums have opened their doors. Each of these museums has tried to satisfy the public’s growing interest in the field with new ideas. London’s Design Museum, for example, shows a collection of mass-produced objects from Zippo lighters to electric typewriters to a group of Italian fish-tins. The choices open to design museums seem far less strict than those to art museums, and visitors may also sense the humorous part of our society while walking around such exhibits as interesting and unusually attractive toys collected in our everyday life.

1. Showcases in design museums are different from store windows because they       .
A.show more technologically advanced products
B.help increase the sales of products
C.show why the products have sold well
D.attract more people than store windows do
2. The author believes that most design museum visitors       .
A.do not admire mass-produced products
B.are puzzled with technological exhibits
C.dislike exhibits in art museums
D.know the exhibits very well
3. The choices open to design museums       .
A.are not as strict as those to art museums
B.are not aimed to interest the public
C.may fail to bring some pleasure to visitors
D.often contain precious exhibits
4. The best title for this passage is       .
A.The Forms of Design Museums
B.The Exhibits of Design Museums
C.The Nature of Design Museums
D.The Choice Open to Design Museums
【知识点】 科普知识 说明文

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【推荐1】The future belongs to the flexible mind. This is the argument behind best-selling author Leonard Mlodinow’s new book, Elastic.    1    

Do we need to develop a flexible mind?

Times and surroundings we live in demand a flexible style of thinking. In politics, we now have to cope with more scandals in a single year than we used to encounter in a lifetime. Meanwhile, the speed and processing power of computers makes it difficult for us to navigate a landscape in which the number of websites has been doubling every two to three years.     2     More importantly, social attitudes are changing just as fast.

Logical thought is an analysis that can be described by an algorithm (算术) of the kind that computers follow. Elastic thought cannot. Logical thought is solved to help us face the everyday challenges of life while elastic thought helps us succeed when circumstances change.     3    Logical thought can determine how to drive from our home to the grocery store most efficiently, but it’s elastic thought that inspired us to invent the automobile.

    4     One of the abilities to flexible thinking that is difficult to cultivate is the power to relax our mind and let our guard down. If we are constantly alerted, our ideas may have a narrow range and tend to be conventional.

One can also cultivate flexible thinking by adjusting one’s external conditions.

Studies show that sitting in a darkened room, or closing our eyes, can widen our perspective. Low ceilings, narrow corridors, and windowless offices have the opposite effect. Being able to think without any kind of time pressure is also important when striving for novel ideas.     5     A short phone call, email or even a text message can redirect your attention and thoughts.

Another way we can try is to pay special attention to one of our strongly held beliefs, take it seriously and recall times in the past that we were wrong about something, even though we’d been confident of being right. In fact, more generally, introducing a little disagreement to our intellectual interactions may also be helpful.

A.The way we use and access them is also subject to frequent “disastrous changes”.
B.It examines the ever-increasing changes we find ourselves living through, and the ways of thinking best suited to them.
C.Flexible thinking comes naturally to all humans, but it may be blocked by our ability to tune out “crazy” idea.
D.In what way is it hard to think “flexibly”?
E.It is where our new ideas come from.
F.Just as important, interruptions are deadly.
G.How can we learn to be more flexible in our own thinking?
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【推荐2】Although women now earn more degrees than men, all is not well with them. Women undergraduates are just as likely as men to have a drinking problem. And they are more likely to have anxiety disorders and to be clinically depressed.

After 46 years of college teaching, I still give colleges an “F” factor—a factor that plays a major role in female students’ well-being: fathers. As documented in my research over the past 30 years, daughters who have strong, supportive relationships with their fathers generally earn better grades, have higher college graduation rates and enter more STEM professions. These daughters are also more emotionally resilient (恢复快的) and self-confident.

Moreover, well-fathered women reap these benefits regardless of their family’s income. It is worth noting that students from wealthier families do not have better relationships with their parents than students from less well-off families.

Then, too, college-educated parents are the most likely to spoil their children—especially their daughters, leaving them becoming the fragile “snowflake” students who melt too easily under stress and rely too often on their parents or college personnel to solve their problems. For decades, however, the research has shown that fathers are less likely than mothers to be overly protective “helicopter” parents who go overboard trying to make life’s path as stress-free as possible for children. So how can colleges and universities improve their grades on the “F” factor?

First, the curriculum needs to be more inclusive and less prejudiced against fathers. For example, social science textbooks and academic journals devote far more attention to mothers than to fathers. A less sexist, more balanced curriculum would help remove the myths that work against strong father-daughter bonds. Second, colleges can make the faculty more aware of how their female students’ relationships with their fathers affect their academic performance and mental health. Third, colleges can create more events specifically for fathers and can be more sensitive to fathers’ needs.

Supporting the “father factor” in these ways can give women students’ mental health a much-needed boost. And it can also offer professors and staff members another valuable resource to help deal with the challenges that might lie ahead.

1. What do we know about well-fathered female students?
A.They don’t have a drinking problem.B.They gain advantages in various aspects.
C.They usually come from wealthier families.D.They are more likely to have anxiety disorders.
2. What does the author think of “helicopter” parents?
A.They are definitely college graduates.B.They are mostly overly protective fathers.
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C.Suggestions that fathers should follow.D.Benefits that college education will bring.
4. Which can be a suitable title for the text?
A.Colleges Get an “F” FactorB.Colleges Are to Blame for Prejudice
C.Strong Father-daughter Bonds MatterD.Fathers Are Best Teachers for Children
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【推荐3】Despite all the efforts students make to graduate with a science major, research has shown that most college science courses provide students with only a fragmented (碎片化的) understanding of fundamental scientific concepts. The teaching method improves memorization of separate facts, proceeding from one textbook chapter to the next without necessarily making connections between them.

With that in mind, we developed a series of cross-disciplinary (跨学科的) activities. In our most recent study, we investigated how well college students could use their chemistry knowledge to explain real-world biological phenomena. To begin with, we interviewed 28 college students majoring in sciences or engineering. All had taken both introductory chemistry and biology courses. We asked them to identify connections between the content of these courses and what they believed to be the take-home messages from each course. The students responded with extensive lists of topics, concepts, and skills that they’d learned in class.

Following that, a set of cross-disciplinary activities were designed to guide students in the use of core chemistry ideas and knowledge to help explain real-world biological phenomena. One activity explored the impacts of ocean acidification (酸化) on seashells. Here, the students were asked to use basic chemistry ideas to explain how the increasing level of carbon dioxide in sea water is affecting shell-building marine animals such as corals and oysters.

Overall, the students felt confident of their chemistry knowledge. However, they had a harder time applying the same chemistry knowledge. The students in our study also reported that these activities helped them see links between the two disciplines that they wouldn’t have perceived otherwise. The ability to make these connections is important beyond the classroom as well, because it’s the basis of science literacy (素养). So we also came away with evidence that our chemistry students at least would like to have the ability to have a deeper understanding of science and how to apply it.

1. What does the present science education fail to do according to the research?
A.Extending students’ theoretical knowledge.
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C.Encouraging students to enjoy the learning process.
D.Helping students make cross-disciplinary connections.
2. What can we learn about the student interviewees?
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C.They hardly identify the core ideas of science.
D.They fully understand the importance of their majors.
3. What should students do in the ocean acidification activity?
A.Analysing the exact composition of sea water.
B.Studying some unusual phenomena under the sea.
C.Coming up with practical methods to protect marine life.
D.Explaining the effects of carbon dioxide on certain sea animals.
4. What does the author see from the result of the study?
A.The challenges existed in chemistry courses.
B.The need to remove the unfairness in education.
C.The potential to promote students’ science literacy.
D.The method of increasing students’ practical skills.
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