(单词翻译:单击)
讲座试题
Now listen to the following recording and answer questions 20 to 22
20
A.Arithmetic.
B.Mathematics.
C.Computer science.
D.Space exploration.
21
A.Teachers bring their dislike to the classroom.
B.Mathematics is more difficult than arithmetic.
C.All Americans are not good at mathematics.
D.Kids are more excited about technology and engineering.
22
A.Exhibit cool items like robots.
B.Increase enthusiasm of the teacher.
C.Get kids more interested in math.
D.Make mathematics more difficult.
讲座文本
It is often said mathematics is a foundation of learning. Communications, computer science, the arts, the Internet, space exploration all are based on underlying mathematical concepts. In its most recent international survey, the Program for International Student Assessment (PISA.) ranked the United States in 27th place for student performance in math. What are the causes and what is being done about it?
Mathematics is more than arithmetic. Scientists and philosophers throughout history have called it the foundation of all knowledge, and praise its simple beauty. Yet many Americans seem to have a problem with it. In a recent survey, one in three Americans admitted that they're not good at math. Here nationally renowned mathematician and Dean of the School of Education, Albert knows why.
"Elementary school teachers in this country, and Europe as well, are part of that general population and consequently they bring that dislike of mathematics subconsciously, sometimes consciously at other times, to the classroom and as a result the teaching mathematics at the elementary school level lacks motivation, lacks enthusiasm. The enthusiasm of the teacher is extremely important in turning kids on to the subject matter," said Albert.
Turning kids on to math is the goal of the National Museum of Mathematics in New York City. It's a one-of-a-kind museum that resembles a high-tech playground with more than 30 hands-on attractions.
"And as a nation we need to get kids more excited about math and about science, technology, and engineering because that's our productivity, that's our workforce," said Lawrence, the Executive Director of MoMath.
Every day the museum is filled with lots of excited schoolchildren and adults.
"I learn a lot more than I am learning currently, but it's really just a lot of fun to see all the different things that look like just games when they're actually just math," said Sera.
"It probably makes mathematics seem less scary than a lot of people think it is," said Lew, Sera's grandfather.
Question 20. What is the foundation of all knowledge according to scientists throughout history?
Question 21. According to Albert, why does the teaching mathematics at elementary school in U.S. lack motivation and enthusiasm?
Question 22. What is the goal of the National Museum of Mathematics?
人们通常说数学是学习的基础。通信、计算机科学、艺术、网络、太空探索都建立在基本的数学概念上。在最近的国际调查中，国际学生评估项目（PISA）将美国学生在数学上的表现排在27名。原因是什么，对此我们又采取了什么措施？
数学不仅仅是算术。历史上科学家和哲学家把数学称为所有知识的基石，并称赞了它的简洁美。然而很多美国人似乎都学不好它。在近来的一项调查中，有三分之一的美国人承认他们的数学并不好。闻名全国的数学家及教育学校的院长艾伯特知道为什么。
“美国和欧洲的一部分小学老师就属于数学不好的人，所以他们会有意无意的在学生面前把对数学的厌倦表现出来，因此小学里的数学教学缺乏动力和热情。老师的热情对于让孩子关注这门学科非常重要。”艾伯特说。
将孩子的注意力转向数学是位于纽约市的国家数学博物馆的目的。那是一个与高科技运动场相似的博物馆，有三十多种吸引注意力的亲身体验。
“对国家而言，我们需要让孩子对数学和科学、技术、工程学感兴趣，因为那就是我们的生产力，是我们的劳动力。”MoMath的执行董事劳伦斯这样说。
博物馆每天都有很多激动的小学生和成年人。
“我学到的比我现在在学的要多很多，但是看到不同的数学问题像游戏一样真的很有趣。”塞拉说。
“它可能会让数学变得不再像人们想象中的那样可怕。”塞拉的祖父卢说。
问题20 历史上的科学家认为知识的基础是什么？
问题21 根据艾伯特，美国小学的数学教学为什么缺乏动力和热情？
问题22 国家数学博物馆的目的是什么？
译文属可可原创，仅供学习和交流使用，未经允许不得转载
习题答案解析
参考答案：
【小题20】B
【小题21】A
【小题22】C
习题解析：
【小题20】听力原文中明确提到Mathematics is more than arithmetic. Scientists and philosophers throughout history have called it the foundation of all knowledge.由此可知数学不仅仅是算术，科学家和哲学家把数学称为所有知识的基石，故选项B为答案。A项 Arithmetic为干扰项，听音时应注意分辨。
【小题21】听力原文中提到，有调查结果显示三分之一的美国人承认自己不擅长数学，紧接着提到美国的一部分小学老师就属于这类人，他们把对数学的厌恶带到教室中，从而导致了这里的数学教学缺乏动力和热情，故选A。
【小题22】听力原文中明确提到 Turning kids on to math is the goal of the National Museum of Mathematics in New York City. 由此可知，将孩子的注意力转向数学是位于纽约市的国家数学博物馆的目的，随后又引用了其执行董事的话，指出国家希望让孩子们对数学和科技等更加感兴趣，故 C项为正确答案。A项是为了达到这一目的而采取的手段，属于干扰项；其余两项在听力原文中均未提及，故排除。
