2011上海新东方英语六级模考试卷(6)

28. Pablo Picasso is listed among the many gifted children who ________.

A) paid no attention to their teachers in class

B) contradicted their teachers much too often

C) could not cope with their studies at school successfully

D) behaved arrogantly and stubbornly in the presence of their teachers

29. Many gifted people attributed their success________.

A) mainly to parental help and their education at home

B) both to school instruction and to their parents' coaching

C) more to their parents' encouragement than to school training

D) less to their systematic education than to their talent

30. The root cause of many gifted students having bad memories of their school years is that ________.

A) their nonconformity brought them a lot of trouble

B) they were seldom praised by their teachers

C) school courses failed to inspire or motivate them

D) teachers were usually far stricter than their parents

Passage Three

Questions 31 to 35 are based on the following passage.

Throughout the nation's more than 15,000 school districts, widely differing approaches to teaching science and math have emerged. Though there can be strength in diversity, a new international analysis suggests that this variability has instead contributed to lackluster (平淡的) achievement scores by U.S. children relative to their peers in other developed countries.

Indeed, concludes William H. Schmidt of Michigan State University, who led the new analysis, "no single intellectually coherent vision dominates U.S. educational practice in math or science.'' The reason, he said, "is because the system is deeply and fundamentally flawed."

The new analysis, released this week by the National Science Foundation in Arlington, Va., is based on data collected from about 50 nations as part of the Third International Mathematics and Science Study.

Not only do approaches to teaching science and math vary among individual U.S. communities, the report finds, but there appears to be little strategic focus within a school district’s curricula, its textbooks, or its teachers' activities. This contrasts sharply with the coordinated national programs of most other countries.

On average, U.S. students study more topics within science and math than their international counterparts do. This creates an educational environment that "is a mile wide and an inch deep," Schmidt notes.

For instance, eighth graders in the United States cover about 33 topics in math versus just 19 in Japan. Among science courses, the international gap is even wider. U.S. curricula for this age level resemble those of a small group of countries including Australia, Thailand, Iceland, and Bulgaria. Schmidt asks whether the United States wants to be classed with these nations, whose educational systems "share our pattern of splintered (支离破碎的) visions" but which are not economic leaders.

The new report "couldn't come at a better time," says Gerald Wheeler, executive director of the National Science Teachers Association in Arlington. "The new National Science Education Standards provide that focused vision," including the call "to do less, but in greater depth."

Implementing the new science standards and their math counterparts will be the challenge, he and Schmidt agree, because the decentralized responsibility for education in the United States requires that any reforms be tailored and instituted one community at a time.

In fact, Schmidt argues, reforms such as these proposed national standards "face an almost impossible task, because even though they are intellectually coherent, each becomes only one more voice in the babble (嘈杂声)."