第二节 读写任务(共l小题，满分25分)

    阅读下面的短文，然后按照要求写一篇150词左右的英语短文。

Should we always believe others’ dissuasion (劝阻)?

Even the great Thomas Alva Edison discouraged his friend, Henry Ford, from pursuing his idea of a motorcar. Convinced of the worthlessness of the idea, Edison invited Ford to come and work for him. Ford remained devoted and tirelessly pursued his dream. Although his first attempt resulted in a vehicle without reverse gear (倒车装置), Henry Ford knew he could make it happen. And, of course, he did.

"Forget it," the experts advised Madame Curie. They agreed radium was a scientifically impossible idea. However, Marie Curie insisted, "I can make it happen."

Let's not forget Orville and Wilbur Wright. Journalists, friends, and even their father laughed at the idea of an airplane. "What a silly and crazy way to spend money. Leave flying to the birds," they said. "Sorry," the Wright brothers responded. "We have a dream, and we can make it happen." As a result, a place called Kitty Hawk, North Carolina, became the setting for the realization of their "ridiculous" idea.

Finally, as you read these accounts under the magnificent lighting of your environment, consider the condition of Benjamin Franklin. He was warned to stop the foolish experimenting with lighting. “What an absurdity and waste of time! Why, nothing could do better than the useful oil lamp” .

[写作内容]

1. 以约30个词概括短文的要点;

2. 然后以约120个词写一篇短文，并包括如下要点：

（1）短文给你的启发；

（2）记述1-2件与短文中的人物相类似的事件。

（3）事件对你的影响。

[写作要求]

1. 在作文中可以使用自己亲身的经历或虚构的故事，也可以参照阅读材料的内容但不得直接引用原文中的句子；

2. 作文中不能出现真实姓名和学校名称；

3. 标题自定。

[评分标准]

概括准确，语言规范，内容合适，篇章连贯。

Marie Curie was a Polish physicist and chemist who lived between 1867-1934. Together with her husband, Pierre, she discovered two new elements (radium and polonium, two radioactive elements that they extracted chemically from pitchblende ore) and studied the x-rays they emitted. She found that the harmful properties of x-rays were able to kill tumors. By the end of World War I, Marie Curie was probably the most famous woman in the world. She had made a conscious decision, however, not to patent methods of processing radium or its medical applications.

Marie Curie was born November 7, 1867 in Poland and died on July 4, 1934. Her co-discovery with her husband Pierre Curie of the radioactive elements radium and polonium represents one of the best known stories in modern science for which they were recognized in 1901 with the Nobel Prize in Physics. In 1911, Marie Curie was honored with a second Nobel prize, this time in chemistry, to honor her for successfully isolating pure radium and determining radium's atomic weight.

As a child, Marie Curie amazed people with her great memory. She learned to read when she was only four years old. Her father was a professor of science and the instruments that he kept in a glass case fascinated Marie. She dreamed of becoming a scientist, but that would not be easy. Her family became very poor, and at the age of 18, Marie became a governess. She helped pay for her sister to study in Paris. Later, her sister helped Marie with her education. In 1891, Marie attended the Sorbonne University in Paris where she met and married Pierre Curie, a well-known physicist.

 Marie Curie contributed greatly to our understanding of radioactivity and the effects of x-rays. She received two Nobel prizes for her brilliant work, but died of leukemia, caused by her repeated exposure to radioactive material.

What is the main idea of the passage?

To give us a general introduction to Madame Curie.

To show us how Madame Curie discovered radium.

To tell us how Madame Curie developed as a scientist.

To tell us how Madame Curie received two Nobel Prizes.

Madame Curie was given the Nobel Prize in chemistry because_________.

she discovered radium

she separated pure radium and calculated its atomic weight

she discovered polonium

she didn’t patent methods of processing radium

Which of the following statements about Madame Curie is Not True?

Madame Curie made great contributions to medical science.

Madame Curie was very smart and ambitious when she was a child.

Madame Curie received two Nobel Prizes in physics.

Madame Curie’s husband helped her a lot in her research.

4. We can infer from the third paragraph that_________.

①Madame Curie got married when she was at college.

②Madam Curie had a great ambition when she was young.

③Madame Curie loved teaching more than anything else.

④Madam Curie must have met a lot of difficulties to get high education.

⑤Her father had a great influence on Madam Curie’s future career.

⑥Madam Curie was very smart when she was a child

A. ①②④⑤⑥     B.②④⑤⑥    C. ②③④⑤⑥    D. ①②③④⑤

5. Which is the right order about Madam Curie according to the passage?

a. married Pierre       b. attended University       c. discovered radium  

d. determined radium’s atomic weight               e. won the Nobel Prize in physics

A. b, c, a, d, e      B. b, a, c, d, e     C. b, a, c, e, d     D. b, c, a, e, d

Today many people say that women have the same chance as men in society. But this was not always so. In the past, women all over the world had to fight to get the same chance as men in education and jobs. Many people said that women should not receive much education because they would not do as well as men when they went to work.
One woman who showed that women should have the same chance was Marie, a scientist. In the 1800s scientists knew that a metal, uranium, gave off radiation. They also knew how much radiation came from his element. But they didn’t know what this radiation was like; they wondered why and how uranium gave off radiation. Marie Curie set out to answer these questions. In one of her experiments she was studying a certain material which, she knew, contained uranium, But it gave off 4 times as much radiation as usually does. What could explain this fact? Marie Curie thought that there must be another source of radiation in this material.
In 1898 Marie Curie set out to find out this new source of radiation, which she named “radium”. Her husband, who was also a scientist, helped her. They set up a laboratory in an old building behind a school. For four years Curies searched, doing many experiments, And one morning in 1902 Marie found the source of the radiation.
Marie Curie proved to the world that there was element that gave off radiation. And she also proved to the world that, if women are given truly equal chance, they can really help society.
【小题1】The scientists of Marie Curie’s day knew .

Today many people say that women have the same chance as men in society. But this was not always so. In the past, women all over the world had to fight to get the same chance as men in education and jobs. Many people said that women should not receive much education because they would not do as well as men when they went to work.

One woman who showed that women should have the same chance was Marie, a scientist. In the 1800s scientists knew that a metal, uranium, gave off radiation. They also knew how much radiation came from his element. But they didn’t know what this radiation was like; they wondered why and how uranium gave off radiation. Marie Curie set out to answer these questions. In one of her experiments she was studying a certain material which, she knew, contained uranium, But it gave off 4 times as much radiation as usually does. What could explain this fact? Marie Curie thought that there must be another source of radiation in this material.

In 1898 Marie Curie set out to find out this new source of radiation, which she named “radium”. Her husband, who was also a scientist, helped her. They set up a laboratory in an old building behind a school. For four years Curies searched, doing many experiments, And one morning in 1902 Marie found the source of the radiation.

Marie Curie proved to the world that there was element that gave off radiation. And she also proved to the world that, if women are given truly equal chance, they can really help society.

1.The scientists of Marie Curie’s day knew .

2.The Curies found the element radium .

3.In the past many people thought .

4.Marie Curie proved to people .