III．阅读(共两节，满分40分)
第一节：阅读理解(共15小题；每小题2分，满分30分)
阅读下列短文，从每题所给的四个选项(A、B、C、和D)中选出最佳选项。
Qian Xuesen is one of the pioneers of China's space science. As a world-famous expert on aerospace rockets and aerodynamics, he obtained great achievements in the areas of applied mechanics, engineering cybernetics and system engineering and made distinguished contributions to the foundation and development of Chinese aerospace undertaking(事业).
Graduated from Shanghai Jiaotong University in 1934, Qian Xuesen went to the United States to study in MIT, Massachusetts Institute of Technology, one year later. After receiving master's degree in MIT, he went to study in California Institute of Technology and received PhD degrees in both aerospace and mathematics.
In 1955, six years after the founding of People's Republic of China, Qian Xuesen returned to his motherland. His return brought China the hope of developing space science and its own missiles.
In 1956, Qian Xuesen put forward “Proposal on the Development of China's Aviation Industry for National Defense”. With the support from Zhou Enlai, the premier, and marshal Nie Rongzheng, Qian Xuesen began to prepare for the establishment of China's first missile and rocket research and development structure, the Fifth Research Institute of State Ministry of Defense. Henceforth（从此以后）, he has long been in charge of the chief technological research and development of China's missile, rocket and spacecraft.
Due to research and development led by Qian Xuesen, China successfully exploded its first atom bomb in 1964. Later, China launched its first man-made satellite, Dong Fang Hong I, to the earth orbit on April 24, 1970, becoming the fifth country in the world to independently launch satellite following the former Union of Soviet Socialist Republics, the USA, France and Japan. The satellite floated around the earth, blaring（高声播放） the song Dong Fang Hong, which has the same name as the satellite.
As a forerunner leading the development of China's aerospace science and technology, Qian Xuesen also provided chances for young scientists. Wang Yongzhi, former chief designer of China's manned-space project, has benefited a lot from Qian Xuesen. “He suggested that rocket of the second generation should be developed by our second generation scientists. This suggestion gave us chances to be general designers.” Recalling the experience working with Qian Xuesen, Sun Jiadong, general designer of China's lunar orbiter project, is very grateful. “He put great expectation on us and trusted us a lot. Whenever we made mistakes, he seldom blamed us, but helped us to find out the reason so we could avoid it in the future.”
Honored as Father of China's Missile and King of Rockets, Qian Xuesen never stopped his work on scientific research after he retired. He said he had no time to review the past, but looked forward to the future.
41. When did Qian xuesen begin to study in Massachusetts Institute of Technology?________
A. In 1955. B. In 1935. C. In 1936. D. In 1934.
42. Which of the following is about the five countries that launched man-made satellite independently before 1970?
A. The former Union of Soviet Socialist Republics, the UK, France, China and Japan.
B. The former Union of Soviet Socialist Republics, the USA, Japan, Canada and China.
C. America, France, Japan, China and Australia.
D. The former Union of Soviet Socialist Republics, America, France, Japan and China.
43. What does the underlined word “forerunner”(Paragraph 6) probably mean?
A. A leader. B. A pioneer. C. A competitor. D. A successful scientist.
44. According to the passage, which of the following about Qian Xuesen is NOT true?
A. In 1956, he made good preparations for the Fifth Research Institute of State Ministry of Defense.
B. He made outstanding contributions to the establishment and development of Chinese aerospace undertaking.
C. He returned to China, bringing China the hope of developing space science and its own missiles.
D. He devoted all his life to China’s space science.
45. It can be inferred from Paragraph 6 that ______.
A. Qian Xuesen is very concerned about the development of young scientists.
B. The help of Qian Xuesen is beneficial to young scientists.
C. Qian Xuesen gives many opportunities to general designers.
D. When the chief designers do something wrong, Qian Xuesen helps them find out the cause.
“Sesame Street” has been called “the longest street in the world”. That is because the television program by that name can now be seen in so many parts of the world. That program became one of American’s exports soon after it went on the air in New York in 1969.
In the United States more than six million children watch the program regularly. The viewers include more than half the nation’s pre-school children, from every kind of economic(经济的), racial(种族的), and geographical group.
Although some educators object to certain elements in the program, parents praise it highly. Many teachers also consider it a great help, though some teachers find that problems arise when first graders who have learned from “Sesame Street” are in the same class with children who have not watched the program.
Tests have shown that children from all racial, geographical, and economic backgrounds have benefited from watching it. Those who watch it five times a week learn more than occasional(偶然的) viewers. In the US the program is shown at different hours during the week in order to increase the number of children who can watch it regularly.
The programs all use songs, stories, jokes, and pictures to give children a basic understanding of numbers, letters and human relationships. But there are some differences. For example, the Spanish program, produced in Mexico City, devotes more time to teaching whole words than to teaching separate letters.
Why has “Sesame Street” been so much more successful than other children’s shows? Many reasons have been suggested. People mention the educational theories(理论) of its creators, the support by the government and private(私人的) businesses, and the skillful use of a variety of TV tricks. Perhaps an equally important reason is that mothers watch it along with their children. This is partly because famous adult stars often appear on it. But the best reason for the success of the program may be that it makes every child watching feel able to learn. The child finds himself learning, and he wants to learn more. “Sesame Street” is actually _______.
| A．a street in the US | B．a program for children |
| C．a program for teachers | D．a program for students |
Children who often watch the program _______.
| A．can have problems in school |
| B．will find it a great help |
| C．will take no interest in their studies |
| D．will be well educated |
What is special about the program?
| A．It offers great fun. |
| B．It makes children feel able to learn. |
| C．It is shown at different hours during the week. |
| D．Children learn and enjoy themselves while watching. |
Why is “Sesame Street” so popular in the world?
| A．Because it is supported by the government and businesses. |
| B．Because it uses a variety of skillful tricks. |
| C．Because mothers watch it along with their children. |
| D．Because it makes every child watching it feel able to learn. |
The best title for this passage can be _______.
| A．TV Programs | B．Educating Children |
| C．Sesame Street | D．A Great Success |
Children start out as natural scientists, eager to look into the world around them. Helping them enjoy science can be easy; there’s no need for a lot of scientific terms or expensive lab equipment. You only have to share your children’s curiosity(好奇). Firstly, listen to their questions. I once visited a classroom of seven-year-olds to talk about science as a job. The children asked me “textbook questions” about schooling, salary(薪水) and whether I liked my job. When I finished answering, we sat facing one another in silence. Finally I said, “Now that we’re finished with your lists, do you have questions of your own about science?”
After a long pause, a boy raised his hand, “Have you ever seen a grasshopper(蚱蜢) eat? When I try eating leaves like that, I get a stomachache. Why?”
This began a set of questions that lasted nearly two hours.
Secondly, give them time to think. Studies over the past 30 years have shown that, after asking a question, adults typically wait only one second or less for an answer, no time for a child to think. When adults increase their “wait time” to three seconds or more, children give more logical(符合逻辑的), complete and creative answers.
Thirdly, watch your language. Once you have a child involved in a science discussion, don’t jump in with “That’s right” or “Very good”. These words work well when it comes to encouraging good behavior(行为). But in talking about science, quick praise can signal that discussion is over. Instead, keep things going by saying “That’s interesting” or “I’d never thought of it that way before”, or coming up with more questions or ideas.
Never push a child to “Think”. It doesn’t make sense, children are always thinking, without your telling them to. What’s more, this can turn a conversation into a performance. The child will try to find the answer you want, in as few words as possible, so that he will be a smaller target(目标) for your disagreement.
Lastly, show; don’t tell. Real-life impressions of nature are far more impressive than any lesson children can learn from a book or a television program. Let children look at their fingertips through a magnifying glass(放大镜), and they’ll understand why you want them to wash before dinner. Rather than saying that water evaporates(蒸发), set a pot of water to boil and let them watch the water level drop.According to the passage, children are natural scientists, and to raise their interest, the most important thing for adults to do is _______.
| A．to let them see the world around |
| B．to share the children’s curiosity |
| C．to explain difficult phrases about science |
| D．to supply the children with lab equipment |
In the last sentence of the first paragraph, the word “lists” could best be replaced by ______.
| A．any questions | B．any problems |
| C．questions from textbooks | D．any number of questions |
According to the passage, children can answer questions in a more logical, complete and creative way if adults ________.
| A．ask them to answer quickly |
| B．wait for one or two seconds after a question |
| C．tell them to answer the next day |
| D．wait at least for three seconds after a question |
In which of the following paragraph(s) does the author tell us what to say to encourage children in a science discussion?
| A．The second and third. | B．The fourth and fifth. |
| C．The fifth and sixth. | D．The seventh. |
The author mentions all of the following techniques for adults to share with their children’s curiosity except that adults should ________.
| A．tell their children stories instead of reciting(背诵) facts |
| B．offer their children chances to see things for themselves |
| C．be patient enough when their children answer questions |
| D．encourage their children to ask questions of their own |
Education is not an end, but a means to an end. In other words, we do not educate children only for the purpose of educating them. Our purpose is to fit them for life.
In some modem countries it has for some time been fashionable to think that by free education for all — one can solve all the problems of society and build a perfect nation. But we can already see that free education for all is not enough; we find in such countries a far larger number of people with university degree; they refuse to do what they think “low” work; and, in fact, work with hands is thought to be dirty and shameful in such countries. But we have only to think a moment to understand that the work of a completely uneducated farmer is far more important than that of a professor; we can live without education, but we die if we have no food. If no one cleaned our streets and took the rubbish away from our houses, we should get terrible diseases in our towns…
In fact, when we say that all of us must be educated to fit us for life, it means that we must be educated in such a way that, firstly, each of us can do whatever work suited to his brains and ability and, secondly, that we can realize that all jobs are necessary to society, and that is very bad to be ashamed of one’s work. Only such a type of education can be considered valuable to society. The writer of the passage thinks that _______.
| A．education can settle most of the world’s problems |
| B．free education for all probably leads to a perfect world |
| C．free education won’t help to solve problems |
| D．all the social problems can’t be solved by education |
The writer wants to prove that _______.
| A．our society needs all kinds of jobs |
| B．our society needs free education for all |
| C．a farmer is more important than a professor |
| D．work with hands is the most important |
The purpose of education is _______.
| A．to choose officials for the country |
| B．to prepare children mainly for their future work |
| C．to let everyone receive education fit for him |
| D．to build a perfect world |
The passage tells us about _______ of the education.
| A．the means | B．the system | C．the value | D．the type |
So long as teachers fail to distinguish (differ) between teaching and learning, they will continue to undertake to do for children that which only children can do for themselves. Teaching children to read is not passing reading on to them. It is certainly not endless hours spent in activities about reading. Douglas insists that “reading cannot be taught directly and schools should stop trying to do the impossible”.
Teaching and learning are two entirely different processes. They differ in kind and function. The function of teaching is to create the conditions and the climate that will make it possible for children to plan cleverly the most efficient(有效的) system for teaching themselves to read. Teaching is also a public activity: It can be seen and observed.
Learning to read involves all that each individual does to understand the world of printed language. Almost all of it is private, for learning is an occupation of the mind, and that process is not open to public scrutiny.
If teacher and learner roles are not interchangeable, what then can be done through teaching that will aid the child in the long search for knowledge? Smith has one principle rule for all teaching instructions. “Make learning to read easy, which means making reading a meaningful, enjoyable and frequent experience for children.”
When the roles of teacher and learner are seen for what they are, and when both teacher and learner fulfill them properly, then much of the pressure and feeling of failure for both is got rid of. Learning to read is made easier when teachers create an environment where children are given the chance to solve the problem of learning to read by learning. The problem with the reading course as mentioned in the first paragraph is that_______.
| A．too much time is spent in teaching about reading |
| B．reading tasks are given with little guidance |
| C．it is one of the most difficult school courses |
| D．students spend limited hours in reading |
The teaching of reading will be successful if _______.
| A．teachers can make their teaching activities observable |
| B．teachers can teach their students how to read |
| C．teachers can improve conditions at school for the students |
| D．teachers can enable students to develop their own way of reading |
The word “scrutiny” (Paragraph 3) most probably means “_______”.
| A．unbelief | B．control | C．inquiry | D．observation |
The main idea of the passage is that_______.
| A．reading is more complicated than believable |
| B．reading ability is something gained rather than taught |
| C．teachers should encourage students to read as widely as possible |
| D．teachers should do as little as possible in helping students learn to read |
Answer the following questions by using the information taken from a dictionary page. (You may read the questions first.)
jaguar: n. a type of large, yellow-colored cat with black markings found in the southwestern region of the U. S. and in Central and South America.
jargon: 1. n. speech that doesn’t make sense. 2. n. an unknown language that seems strange or impossible to understand. 3. n. a language made up of two or more other languages: His jargon was a mixture of French and English. 4. n. the special vocabulary of a field or profession: Her report on computers was filled with jargon.
jaunt: 1. n. a trip taken for fun. 2. v. to go on a brief pleasant trip: We jaunted to the country last Saturday.
javelin: 1. n. a spear most commonly used as weapon or in hunting. 2. n. a lightweight metal or wooden spear that is thrown in track-and-field contests. 3. n. the contest in which a javelin is thrown. 4. v. to strike, as with a javelin.
jazz: 1. n. a type of music that originated in New Orleans and is characterized by rhythmic beats. 2. n. popular dance music influenced by jazz. 3. n. slang empty talk. 4. ad. of or like jazz: a jazz band, jazz records.
Jennet: n. a small Spanish horse. Which meaning of the word javelin is used in the sentence below?
At the competition, Jack drew his arm back and threw the javelin 50 yards.
| A．Definition 1 | B．Definition 2 |
| C．Definition 3 | D．Definition 4 |
Which meaning of the word jargon is used in the sentence below?
Doctors often speak in medical jargon.
| A．Definition 1 | B．Definition 2 |
| C．Definition 3 | D．Definition 4 |
What does the word jazz mean in the following sentence?
Don’t give me that jazz, for I am a practical person.
| A．rhythmic beats | B．a type of music |
| C．a kind of dance | D．meaningless talk |