The brains of human beings have developed quite a lot we have obtained plenty of information available for further research and studies.. A. when B. which C. that D. where 题目和参考答案——青夏教育精英家教网—

Some people think that they will get ill if they use their brains（大脑）too much. It is not true. Through many researches, scientists show us that the more you use your brains, the better they will be, and the wiser you will become.
Of course, if you want to keep your mind clear and be energetic（充满活力的）, you must take a proper rest and study properly. To the teenagers, using their brains in the morning is good for their health.
There are many ways to rest. One is a peaceful rest. Sleep is a peaceful rest. Another is an active rest. For example, take a walk outdoors, do morning exercises every day. To change the way of the brains’activities（活动）is also a good way to rest.
In everyday life, to eat some eggs, meat, fresh vegetable and fruit is also good for the brains.
Wish you a wise man and a happy life.
【小题1】If ________________ ,your mind will be clean?

A．How to Use your Brain	B．How to Rest
C．How to Become a Wise Man	D．Keep Your Mind Clear

It is not unusual for people to speak two or three languages; they’re known as bilinguals or trilinguals. Speakers of more than three languages are known as polyglots. And when we refer to people who speak many languages, perhaps a dozen or more, we use the term hyper-polyglot.

The most famous hyper-polyglot was Giuseppe Mezzofanti, a 19th century Italian cardinal, who was said to speak 72 languages. This claim sounds absurd. If you assume each language had 20,000 words, Mezzofanti would have to learn a word a minute, six hours a day, for eleven years—an impossible task. But Mezzofanti was tested by critics, and they were all impressed.

Did Mezzofanti have an extraordinary brain? Or are hyper-polyglots just ordinary people with ordinary brains who manage to do something extraordinary through hard work?

U.S. linguist Stephen Drashen believes that outstanding language learners just work harder at it and then they acquire unusually strong language ability. As an example, he mentions a Hungarian woman who worked as an interpreter during the 20th century. When she was 86, she could speak 16 languages and was still working on learning new languages. She said she learned them mostly on her own, reading fiction or working through dictionaries or textbooks.

Some researchers argue to the contrary. They believe that there is such a thing as a talent for learning languages. In the 1930s, a German scientist examined parts of the preserved brain of a hyper-polyglot named Emil Krebs, who could speak 60 languages fluently. The scientist found that the area of Krebs’s brain called Broca’s area, which is associated with language, looked different from the Broca’s area in the brains of men who speak only one language. However, we still don’t know if Krebs was born with a brain ready to learn dozens of languages or if his brain adapted to the demands he put on it.

Although it is still not clear whether the ability to learn many languages is in born, there’s no doubt that just about all of us can acquire skills in a second, third, or even fourth language by putting our mind to it.

1.What does the underlined sentence imply?

A. Mezzofanti could remember 360 words a day.

B. Mezzofanti had a special way to learn languages.

C. Mezzofanti’s achievement was ridiculous.

D. Mezzofanti language ability was astonishing.

2.The Hungarian woman became a hyper-polyglot mainly because of her __.

A. good memory B. unique brain C. hard work D. learning methods

3.The German scientist’s findings showed that Krebs ___.

A. had an unusual brain

B. was born with great talent

C. had worked hard at languages

D. expected too much of himself

4.The author seems to agree that ___.

A. it is not hard to learn foreign languages

B. hard work plays a part in language learning

C. there is no such thing as a talent for languages

D. hyper-polyglots have an inborn talent for language

It is not unusual for people to speak two or three languages; they’re known as bilinguals or trilinguals. Speakers of more than three languages are known as polyglots. And when we refer to people who speak many languages, perhaps a dozen or more, we use the term hyper-polyglot.

The most famous hyper-polyglot was Giuseppe Mezzofanti, a 19th century Italian cardinal, who was said to speak 72 languages. This claim sounds absurd. If you assume each language had 20,000 words, Mezzofanti would have to learn a word a minute, six hours a day, for eleven years—an impossible task. But Mezzofanti was tested by critics, and they were all impressed.

Did Mezzofanti have an extraordinary brain? Or are hyper-polyglots just ordinary people with ordinary brains who manage to do something extraordinary through hard work?

U.S. linguist Stephen Drashen believes that outstanding language learners just work harder at it and then they acquire unusually strong language ability. As an example, he mentions a Hungarian woman who worked as an interpreter during the 20th century. When she was 86, she could speak 16 languages and was still working on learning new languages. She said she learned them mostly on her own, reading fiction or working through dictionaries or textbooks.

Some researchers argue to the contrary. They believe that there is such a thing as a talent for learning languages. In the 1930s, a German scientist examined parts of the preserved brain of a hyper-polyglot named Emil Krebs, who could speak 60 languages fluently. The scientist found that the area of Krebs’s brain called Broca’s area, which is associated with language, looked different from the Broca’s area in the brains of men who speak only one language. However, we still don’t know if Krebs was born with a brain ready to learn dozens of languages or if his brain adapted to the demands he put on it.

Although it is still not clear whether the ability to learn many languages is in born, there’s no doubt that just about all of us can acquire skills in a second, third, or even fourth language by putting our mind to it.

1.What does the underlined sentence imply?

A. Mezzofanti could remember 360 words a day.

B. Mezzofanti had a special way to learn languages.

C. Mezzofanti’s achievement was ridiculous.

D. Mezzofanti language ability was astonishing.

2.The Hungarian woman became a hyper-polyglot mainly because of her __.

A. good memory B. unique brain C. hard work D. learning methods

3.The German scientist’s findings showed that Krebs ___.

A. had an unusual brain

B. was born with great talent

C. had worked hard at languages

D. expected too much of himself

4.The author seems to agree that ___.

A. it is not hard to learn foreign languages

B. hard work plays a part in language learning

C. there is no such thing as a talent for languages

D. hyper-polyglots have an inborn talent for language

Music should be taught routinely in schools because of the benefits _____ can have on the development of the brains of young children.

A. which B. that C. one D. it

What happens inside the skull of a soccer player who repeatedly heads a soccer ball? That question motivated a challenging new study of the brains of experienced players that has caused discussion and debate among soccer players, and some anxiety among those of us with soccer-playing children.

For the study, researchers at the Albert Einstein College of Medicine in New York selected 34 adults, men and women. All of the volunteers had played soccer since childhood and now competed year-round in adult soccer leagues. Each filled out a detailed questionnaire developed especially for this study to determine how many times they had headed a soccer ball in the previous year, as well as whether they had experienced any known concussions (脑震荡) in the past.

Then the players completed computerized tests of their memory and other learning skills and had their brains scanned, using a complicated new M.R.I. technique which can find structural changes in the brain that can’t be seen during most scans.

According to the data they presented at a Radiological Society of North America meeting last month, the researchers found that the players who had headed the ball more than about 1,100 times in the previous 12 months showed significant loss of white matter in parts of their brains involved with memory, attention and the processing of visual information, compared with players who had headed the ball fewer times.

This pattern of white matter loss is “similar to those seen in traumatic (外伤的) brain injury”, like that after a serious concussion, the researchers reported, even though only one of these players was reported to have ever experienced a concussion.

The players who had headed the ball about 1,100 times or more in the past year were also generally worse at recalling lists of words read to them, forgetting or fumbling the words far more often than players who had headed the ball less.

1.The passage is most probably a______.

A．news report B．research report

C．story for soccer players D．text for doctors

2.In which way can we find the structural changes in the brain?

A．Computerized test. B．Questionnaire..

C．Scanning. D．M.R.I. technique.

3.From the passage we can conclude that frequent heading may have_____.

A．significant effect on brain B．little effect on one’s brain

C．nothing to do with the brain injury D．one’s memory improved

4.The underlined word "fumbling" is closest in meaning to______.

A．remembering B．misunderstanding

C．recalling D．missing

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