Few mathematicians are ______ their futures on finding any such proof; instead, their effo
A.betting … perfect
B.developing … convenient
C.pinning … substandard
D.destroying … exact
E.establishing … vague
A.betting … perfect
B.developing … convenient
C.pinning … substandard
D.destroying … exact
E.establishing … vague
第1题
A.betting… perfect
B.developing … convenient
C.pinning … substandard
D.destroying … exact
E.establishing … vague
第2题
A.That's a good idea. I don't like math at all.
B.Yes, I think students only need to study for a few years.
C.I see what you mean. Very few students will become mathematicians in the future.
D.But don't you think math is something that everyone needs to know?
第3题
【C1】
A.Giving
B.Given
C.Provided
D.Providing
第4题
A.How most mathematicians work.
B.Accidental discovery about the earth's shape.
C.How to track an orbit.
D.How astronauts use computers to measure the size of satellite.
第5题
Samuel Butler, the great English author, predicted the view of the future world of machines in his novel Erewhon, published in 1872. Ever since, authors with less sense of satire (讽刺) than Butler have created tales of monster (怪物)machines that take over and destroy the world. In varying degrees, their imaginary monsters have the power of reproduction, which permitted them to multiply until they could capture and crush mankind.
Science today is not laughing at such extremes. Dr. J. Von Neumann, of the Institute for Advanced Studies in Princeton, very carefully considered the question: Cmn machines become highly organized enough to reproduce themselves? His conclusion was that they may, provided they are complicated enough. Mathematically, a certain degree of complication seems to be necessary for reproduction. Below that, the iron mothers can only give birth to more primitive forms than themselves, and any "race" of robot monsters would soon lose the reproductive function.
If mathematicians are to be believed, we can rest fairly secure for a while yet. Human physiology (生理学) is still millions of times more complex than any giant brain. To copy the complexities of the human brain alone would be a shocking problem.
Transistors (晶体管) might reduce the super-giant to the size of a house and his power requirements to a few hundred kilowatts -- yet the human brain will fit into a cereal bowl and takes about twenty-five watts of power.
The author mentions Samuel Butler and other English writers' tales because______.
A.they teach logic to the readers
B.they show a sense of satire
C.they proved that machines can reproduce themselves
D.they described the imaginary future world of machines
第6题
The author points out that the Greeks who studies conic section ______.
A.were unaware of the value of their studies
B.were mathematicians
C.resigned
D.were interested in navigation
第7题
Fields is mainly remembered for______.
A.the first winner of the Fields Medal
B.the president of the 6th International Congress of Mathematicians
C.his achievement in the theory of algebraic functions
D.the founder of an international medal for mathematical distinction
第8题
When highly gifted students in any domain talk about what was important to the development of their abilities, they are far more likely to mention their families than their schools or teachers. A writing prodigy (神童) studied by David Feldman and Lynn Goldsmith was taught far more about writing by his journalist father than his English teacher. High-IQ children, in Australia studied by Miraca Gross had much more positive feelings about their families than their schools. About half of the mathematicians studied by Benjamin Bloom had little good to say about school. They all did well in school and took honors classes when available, and some skipped grades.
The main point the author is making about schools is that______.
A.they should satisfy the needs of students from different family backgrounds.
B.they are often incapable of catering to the needs of talented students.
C.they should organize their classes according to the students' ability.
D.they should enroll as many gifted students as possible.
第9题
Which of the following is INCORRECT according to the passage?
A.Fields Medal was first awarded in 1936 before Fields" death.
B.Fields Medal is a golden medal.
C.Fields Medal is often referred to as the "Nobel Prize for Mathematics".
D.Fields Medal is awarded to mathematicians under the age of 40.
第10题
The Key to Success
A five-year study of 120 of the nation's top artists, athletes and scholars has concluded that drive and determination, not great natural talent, led to their extraordinary success.
"We expected to find tales of great natural gifts," said University of Chicago education professor Benjamin Bloom, who led the team of researchers who studies the careers of America's top performers, "We didn't find that at all. Their mothers often said it was their other child who had the greater gifts."
The most brilliant mathematicians often said they had trouble in school and were rarely the best in their classes. Some world-class tennis players said their coaches viewed them as being too short ever to be outstanding, and the Olympic swimmers said they remembered getting regularly "clobbered"(打垮) in races as 10-year olds.
Anonymous Interviews
The foundation-supported research team conducted in-depth, anonymous interviews with the top 20 performers in the some fields, as judged by national championships or similar honors.
They also interviewed their families and teachers, hoping to learn how these individuals developed into extraordinary performers.
Instead, the researcher heard accounts of an extraordinary drive and dedication through which, for example, a typical swimmer would tell of getting up at 5:30 every morning to swim two hours before school and then two hours after school to attain his or her goal of making the Olympic team.
Bloom, an eminent educational researcher, said his findings "remind me of the old joke about the young man walking down a New York street who stops to ask a little old lady, 'How do I get to Carnegie Hall?' and she looks up and says, 'Practice, young man. Practice.'"
Although practice and motivation seemed to explain their success, the top performers, regardless of their field, appeared to follow a similar course of development, the researchers found.
In practically every case, the parents played the key role, first by exposing their children at an early age to music, sports or learning. The vast majority of the parents were not themselves outstanding musicians, athletes or scholars. For example, few than half of the parents of the distinguished pianists had ever played any musical instrument.
Valued Competition
But the parents of the swimmer and tennis players did enjoy sports and valued competition, Bloom reported. The families of the pianists appreciated art and music, while the parents of the research scientists displayed a great love for learning.
The parents of scientists reported that their children showed both an unusual curiosity about how things work and an "independent nature" that allowed them to play or work alone for hours.
Although it is not uncommon for children to ask repeatedly "Why?", "What appears to make the parents of scientists unique is the nature of their children's questions," Bloom wrote, "They responded to the questions seriously, often encouraging even more questions."
"These parents placed great stress on achievement, on success and on doing one's best at all times. They were models of the 'work ethic', believing that work should come before play and that one should always work toward distant goals." Bloom said. The results of the research will be published this week in a book entitled Developing Talent in Young People.
The families said in the interviews that they wanted their children to have "normal" childhoods and that they had no inkling(略知) that the children would achieve unusual success.
Parents Encouraged Them
But once a child displayed an interest and enthusiasm in a particular area, these parents encouraged them at every step and were willing to spend countless hours shuttling them to and from piano, tennis or swimming lessons.
&n
A.Y
B.N
C.NG