阅读理解。 "She was born for the camera," said a photographer who shot Liu Yifei"
题型：同步题难度：来源：
"She was born for the camera," said a photographer who shot Liu Yifei"s picture when she was only eight.
Over the past year, Liu, an 18-year-old Chinese American, has shot to fame while playing Wang Yuyan in
Jin Yong‘s "Eightfold Path of the Heavenly Dragon" (《天龙八部》). Millions of teenagers have been drawn in
by her light smile and beautiful long hair. Many magazines have described her as one of the most charming
young actresses of 2004. People say that Liu will be even bigger this year.
"She is so beautiful on TV. She has the special character to give flesh and blood to the fairy-like and
beautiful Wang Yuyan," said Yang Mingwei, a Senior 2 boy and Liu’s fan from Wuyi High School in Fujian.
Currently Liu is filming the TV series"The Return of the Condor Heroes" (《神雕侠侣》), another Jin
Yong novel. In the show to be aired this year, Liu plays the Little Dragon Girl.
Liu is now a grade three student at the Beijing Film Academy, the star factory of China. But some people
say that her success is only down to her beauty. When she returned to China with her mother at the age of
14, she did originally work as a model. It was when a director saw her picture on an advertisement board on
the street that her opportunity to work in TV arose.
"A pretty face does not last forever. To be a good actress you must work hard and have a professional
attitude," Liu said. Every day she spends hours practising all the kungfu kicks and punches for the show.
"There have been times during filming when I have remained hanging in the air on wires for half a day
as the director keeps trying to get the perfect take," said Liu recently.
B. talent as an actress
C. promising future
D. special character
B. Broadcast
C. Published
D. Recorded
A. She thinks her beauty contributes to her success.
B. She has become a citizen of the US.
C. She graduated from the Beijing Film Academy months ago.
D. She failed to improve her English when studying in America.
B. Business.
C. Advertisement.
D. Famous people.
答案
举一反三
she hated violence and blood, and knew nothing of the weapons most often used in murder."I don"t think I dare
look at a really horrible and damaged body." Agatha Christie once said.
But her pen dared travel where her eyes would not. In a 50-year writing career, Christie"s murder stories
made her the world"s best-known mystery writer. She is outsold only by the Bible and Shakespeare.
Her works have been turned into films and TV series, and a line of computer games is to be released over
the next six years.
"My grandmother liked to use new ways to reach people who wanted to enjoy her work," said Christie"s
grandson, Mathew Pri- chard."Turning her stories into PC games allows us to introduce classic mysteries to
new audiences.
Born in 1890 in England, Christie was educated at home and began her writing career while working as a
nurse during World War I. She went on to produce 79 novels and numerous short sto- ries, dying at the age
of 86.
"With her knowledge of murder, Christie could have been a teacher at police academies," said one fan.
B. Going to the cinema.
C. Reading novels.
D. Playing computer games.
B. Christie was fond of changing styles while writing
C. Christie"s works are short of audiences
D. People began to lose interest in Christie"s works
B. gives us a brief introduction of Christie
C. tells us when Christie took up writing
D. tells us why Christie was popular
Marie Curie, née Maria Sklodowska, was born in Warsaw on November 7,1867,the daughter of a secondary-school teacher. She received a general education in local schools and some scientific training from her father. She became involved in a students" revolutionary (革命的) organization and found it prudent (深谋远虑的) to
leave Warsaw, then in the part of Poland dominated by Russia, for Cracow, which at that time was under
Austrian rule. In 1891,she went to Paris to continue her studies at the Sorbonne where she obtained
Licentiateships in Physics and the Mathematical Sciences. She met Pierre Curie,professor in the School of
Physics, in 1894 and in the following year they were married. She succeeded her husband as Head of the
Physics Laboratory at the Sorbonne, gained her Doctor of Science degree in 1903,and following the tragic (悲
剧的) death of Pierre Curie in 1906,she took his place as Professor of General Physics in the Faculty (系,院)
of Sciences, the first time a woman had held this position. She was also appointed (委派) Director of the Curie
Laboratory in the Radium Institute of the University of Paris, founded in 1914.
Her early researches, together with her husband, were often performed under difficult conditions,
laboratory arrangements were poor and both had to undertake much teaching to earn a livelihood (生计).The
discovery of radioactivity (放射能) by Henri Becquerel in 1896 inspired the Curies in their brilliant (辉煌的)
researches and analyses (分析) which led to the isolation (分离) of polonium, named after the country of
Marie"s birth, and radium. Marie Curie developed methods for the separation of radium from radioactive
residues(残渣) in sufficient (足够的)quantities to allow for its characterization and the careful study of its
properties, therapeutic (有疗效的) properties in particular.
Quiet, dignified and unassuming, she was held in high esteem(尊敬)and admiration by scientists throughout
the world. She was a member of the Conseil du Physique Solvay from 1911 until her death and since 1922 she
had been a member of the Committee of Intellectual Co-operation of the League of Nations. Her work is
recorded in numerous papers in scientific journals.
The importance of Marie. Curie"s work is reflected in the numerous awards bestowed (给予) on her. She
received many honorary (光荣的) science, medicine and law degrees and honorary memberships of learned
societies throughout the world. Together with her husband she was awarded half of the Nobel Prize for
Physics in 1903,for their study into the spontaneous (自然的) radiation discovered by Becquerel, who was
awarded the other half of the Prize. In 1911 she received a second Nobel Prize,this time in Chemistry, in
recognition (认可) of her work in radioactivity. She also received, jointly with her husband, the Davy Medal
(奖章) of the Royal Society in 1903 and, in 1921,President Harding of the United States, on behalf of the
women of America, presented her with one gram (克) of radium in recognition of her service to science.
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his Little Tramp 1 . He was the first screen artist to write, 2 and perform in his own films; in fact, in some
cases, Charlie Chaplin even wrote the music for his movies. He was also the first artist to use his work to pass a 3 of equality and justice ( 正义) for all - 4 for the"little guy". Charlie Chaplin"s career and life made 5
the first global icon (偶像); his too-small hat, his too large shoes and his trademark moustache were instantly
recognized by audiences from Chicago to China, from Iowa City to India. And they 6 are today. All of these
make Charlie Chaplin the first citizen of our global village.
Chaplin, a native of London, was born in 7 on April 16, 1889 to music hall performers. Chaplin only
saw his 8 twice until the age of seven. The man 9 him and his mother about a year after Chaplin was
10 . During Chaplin"s earliest years, his mother was a(n) 11 and performer. Then her voice gave out, her
stage career
12 , and she began actively attending Church of England services. At the age of 13 , Chaplin"s mother was
considered as the insane and sent to Cane Hill lunatic asylum (疯人院), and the court sent Charlie and his
brother to live with his father, 14 had by then stopped all payments of child support.
Charlie Chaplin lived with his father only a short time 15 his mother was released from the lunatic
asylum and then picked up Charlie and his brother, to live with her once again.
| ( )1. A. character ( )2. A. act ( )3. A. possibility ( )4. A. generally ( )5. A. him ( )6. A. really ( )7. A. happiness ( )8. A. brother ( )9. A. taught ( )10. A. born ( )11. A. actor ( )12. A. ended ( )13. A. eight ( )14. A. which ( )15. A. then | B. behaviour B. shoot B. message B. widely B. them B. still B. luck B. teacher B. left B. young B. artist B. began B. seven B. what B. when | C. personality C. direct C. culture C. especially C. us C. always C. poverty C. mother C. loved C. ill C. dancer C. broke C. nine C. he C. before | D. gentleman D. edit D. promise D. totally D. it D. ever D. peace D. father D. expected D. old D. singer D. continued D. ten D. who D. until |
| 阅读理解。 | |||
| Jia Sixie Jia Sixie,an outstanding agronomist and the author of China"s first agricultural encyclopedia (百科全书), was one of the leading agronomists in Chinese history. In the late years of the Northern Wei Dynasty (386-534), he wrote Qimin Yaoshu(Important Arts for the People"s Welfare). It is the earliest and most complete agricultural encyclopedia still in existence in China. Jia Sixie was born in Yidu County (today"s Shouguang County)in China"s Shandong Province.He completed the book amid (在……之中) chaos (混乱) caused by wars during the years of 533 to 544. He saw the sufferings of the poor farmers in his hometown and other places while traveling through North China"s Hebei and Shanxi provinces and Central China"s Henan Province. With his profound knowledge on agriculture, he believed that the development of agriculture could help those farmers out. The book, which has 92 chapters in 10 volumes and nearly 120 000 characters, covers a wide range of topics and records on production experiences and methods. It includes advice on farming, forestry (林业), animal husbandry (农牧业), fishery and sideline occupations. Qimin Yaoshu was first distributed mainly among common people. In the Northern Song Dynasty (960-1127),it became an official guiding book on agriculture. In the late Tang Dynasty (618-907),the book was introduced to Japan who now still has the earliest incomplete (不完全的) version of the Northern Song Dynasty. Now, the book has been translated into several languages. Qimin Yaoshu is considered as an important summary of farming knowledge. At present, it is still studied by Chinese farmers and students majoring in agriculture.  | |||
| 【个性思考】 What do you think of Jia Sixie? In my view _____________________________________________________________________________. | |||
| 阅读理解。 | |||
| Yuan Longping, China"s Most Famous"Farmer" It says every scientist cherishes a childhood dream indicating his or her future success, but for Yuan Longping, dubbed (授予称号) as "father of hybrid rice", the dream is that he cultivates rice as plump as peanuts, and farmers can relax in the cool shadow of big rice plants. Yuan,71,won a 5 million yuan State Supreme Science and Technology Award today, known as the Nobel Prize in China, for his outstanding achievements in breeding high yield-Hybrid rice, which has substantially increased China"s grain output. Yuan came up with the idea of hybridizing rice for the first time in the world in 1960s.Since then,50 percent of China"s total rice cultivation fields have grown such rice, which added some 300 billion kilograms to the country"s grain output. Furrows (皱纹) grown on his sunburnt face, a slim figure and coiled-up trousers legs would confuse foreign reporters who came to interview the most famous scientist in China, who would rather be called "a farmer". Indeed, like many Chinese farmers, Yuan in his 70s and has devoted most of his life growing rice in paddy fields, but unlike those farmers, he reaps the seed from experimental fields only for hybridizing rice. The urbanite-turned-farmer graduated from Southwest Agriculture College in 1953 has his name related to the world"s most advanced agricultural technology. Four minor planets, a listed seed company"s and a science college in China were named after him, which were the first time that a Chinese scientist"s name is valued for its intellectual assets. By lending his name to the Longping High-tech, a seed company, Yuan obtained a 5 per cent stake, or 2.5 million shares worth 2 million yuan, in the firm. However, Yuan said his research requires the lifestyle of a farmer, or rather a migrating farmer, as he has conducted extensive research related to the cultivation of new strains of hybrid rice"Super Hybrid Rice" in some 10 provinces. In the year 1999,more than 300 billion kilograms of grain were increased from about 240 million hectares (公顷) of hybrid rice, which signified the success of his research. And this made Yuan firmly believe that China can surely feed her 1.2 billion population with her limited cultivated land. The "Super Rice" yields are 30 percent higher than those of common rice. The record yield of 17 055 kilograms per hectare was registered in Yongsheng County in Yunnan in 1999.But even after that achievement Yuan won"t take a break. He has a dream, more realistic than that of his young age, that popularizing new strains of grain with higher yields around the world, can eliminate starvation on earth. The UN Food and Agriculture Organization (FAO) has vowed to get involved in the work of spreading the coverage of Yuan"s high-yield hybrid rice, which it considers the best way to increase the world"s grain output. The FAO"s 1991 statistics show that 20 percent of the world"s rice output was yielded from 10 percent of the world"s rice fields, which grow hybrid rice."If the new strain was sown in the rest of the rice acreage, the present grain output around the world can be more than doubled. This can be a solution to the grain shortage," the unselfish scientist. In 1980,Yuan went to the United States at the invitation of the International Rice Research Institute to share his knowledge about the cultivation technology of hybrid rice. He was also employed in 1991 as the chief consultant of FAO to bring his research methods to other countries. With the help of Chinese scientists, the acreage (面积) of hybrid rice in Viet Nam and India increased to 200 000 hectares and 150 000 hectares in 1999, respectively. The rice research costs time to prove its value. At the age of 43,Yuan cultivated the world"s first hybrid rice. At that time the country"s grain yield was about 4500 kilogram per hectare."The natural disaster and policy miscarriage further deteriorated starvation in China by then," Yuan recalled tearfully. This is his motivation to stimulate his research. Largely due to his scientific progress, China"s total rice output rose from 5.69 billion tons in 1950 to 19.47 billion tons last year. The growth rate of rice output far exceeded the population growth speed. Some people estimate Yuan"s actual fortune might amount to more than 100 million yuan (12 million U.S.dollars),making him one of the richest people in China. But he doesn"t know for sure himself, for he seems not to care about his own assets than the rice harvest. Some people asked him to move the focus of his research from improving amounts of hybrid rice to the quality and taste, which would be easier to do. But, the stubborn academician (学者) insisted that the amount of hybrid rice"s per unit yield still outweighs the quality, for his foremost task is to improve the grain reserve in developing countries.  YUAN LONGPING | |||
| 【个性思考】 Why do you think Yuan Longping can achieve so much? In my view___________________________________________________________________________ . |