--- What’s the problem, sir?
--- You at least at a speed of about 100 miles per hour.
|
A．are driving |
B．drove |
C．were driving |
D．have been driving |
When you get your paper back, pay special attention to have been marked.
|
A．where |
B．which |
C．what |
D．that |
第二节 书面表达（满分25分）
众所周知，合肥市的各项“大建设”项目正在进行得如火如荼。为了配合这次的物质文明大建设，你们学校正地进行一次精神文明大讨论的活动。作为一名中学生，你发现身边还存在着许多不文明的行为。请你根据以下提示，用英文写一篇倡议书，号召全校师生从我做起，杜绝不文明行为。内容包括：
1．不文明行为的表现（如乱穿马路，乱扔垃圾等）；
2．不文明行为的影响；
3．你的建议和措施（至少三点）。
注意：
1．可根据要求要点适当增加细节，使行文连贯；
2．词数：120词左右。
短文开头已为你写好，不计入总数。
As we all know, the Big Construction in Hefei is in progress. Meanwhile, we should also pay attention to the construction of the spiritual civilization.
第Ⅱ卷（非选择题，共35分）
第四部分：写作（共两节，满分35分）
第一节 任务型读写（共10小题；每小题1分，满分10分）
阅读下面短文，根据所读内容在表格中的空白处填入恰当的单词。注意：每个空格只填一个单词。
In a memory – based competition between you and a chimp (猩猩); who do you think would win? If you put yourself on top, you might want to guess again.
In a test that challenged participants to remember numbers, a young chimp performed better than Japanese college students.
Here's how the test worked. At Kyoto University in Japan, human students and chimpanzee participants sat in front of a computer. Five numbers, ranging from 1 to 9, were combined with one another and then, they appeared at random places on the screen.
The numbers stayed on the screen for less than a second. In the first test, for example, participants saw the numbers for 650 milliseconds (about two- thirds of a second).
Then, each number disappeared and they saw a white square instead. Participants had to touch the squares in numerical order, based on the numbers that had been there a moment before.
In this test, the students touched the boxes in the correct order about 80 percent of the time. A young chimp named Ayumu performed equally well.
During a harder test, participants were only able to see the numbers for 210 milliseconds.
This time, students only succeeded in putting the boxes in the correct order about 40 percent of the time. But Ayumustill could select the boxes in the right order nearly 80 percent of the time.
Some people have what's called a "photographic memory", which allows them to remember a surprising number of details after just a quick glimpse of something. Ayumu's memory might work in a similar way, says lead researcher Tetsuro Matsuzawa.
The chimp's young age might have something to do with his impressive performance, too. In previous tests, the Japanese researchers found that young chimps performed better than their mothers.
The scientists are interested to see whether Ayumu loses his strong memory as he arrows older. They already know that young children sometimes have sharp memories when offered something photographical, but they lose this ability over time.
|
Topic |
A (76) competition between human beings and chimps |
|
Purpose |
To judge whose memory is better |
|
The (77) of the first test |
◆A chimp and some Japanese students participated in the competition and sat before a computer. ◆Different (78) of five numbers appeared on the screen. ◆Each of the number was (79) by a white square. |
|
The results of the second test |
◆Students (80) to put the boxes in the right order about 40% of the time. ◆Ayumu got the right order (81) the time of the students |
|
Conclusion |
◆Some people have “photographic memory”, (82) some people to remember numbers after they (83) at something. ◆The chimps have the similar (84) to human beings’. ◆Young children, just like chimps, have strong memory but they’ll lose it when they (85) . |
A team from Krakow, in Poland, used functional magnetic resonance imaging (机能性核共振成像) (FMRI) to assess brain activity when 40 volunteers were shown various images. Men showed activity in areas which dealt with what action they should take in order to avoid or face up to danger. But the study found more activity in the emotional centers of women's brains. The researchers, from another university, carried out scans on 21 men and 19 women. Brain activity was monitored while the volunteers were shown images of objects and images from ordinary life designed to remind different emotional states.
The images were displayed in two runs. For the first run, only negative pictures were shown. For the second run, only positive pictures were shown.
While viewing the negative images, women showed stronger and broader activity in the left thalamus（神经床）. This is an area which passes sense information to the pain and pleasure centres of the brain. Men showed more activity in an area of the brain called the left insula（脑岛）, which plays a key role in controlling natural functions, including breath, heart rate and digestion. Generally, activity in this area tells the body to either run away from danger, or meet it head on - the so-called "fight or flight response".
While viewing positive images, women showed stronger activity in an area of the brain associated with memory. With men, the stronger activity was recorded in an area associated with visual processing. Dr Urbanik believes these differences suggest women may analyze positive stimuli（刺激）in a broader social context and associate positive images with a particular memory.
For instance, viewing a picture of a smiling child might remind memories of a woman's own child at this age. On the contrary, male responses tend to be less emotional.
1．The research shows that men response differently to compared with women.
A．different images B．ordinary life
C．different activities D．medical scan
2．According to the passage, when faced with danger, .
A．women react more slowly than men B．women usually try to avoid it
C．men usually have no reaction D．men react to it more directly
3．What is discussed in the 4 th paragraph? .
A．Men and women’s different memories
B．The different responses to the children
C．Different reactions to positive stimuli
D．Negative results of the visual processing
4．The passage mainly develops .
A．by inferring B．by comparing
C．by listing examples D．by giving explanations
An Experiment
Materials: Newspaper, ‘ACE’ hardware ruler (1/8 “think”), a flat table.
Purposes: We’ll show that there is air pressure pushing on us, from every direction while we’re on this Earth.
|
First put a thin ruler on a flat table with a little
less than half of it hanging off the edge of the table
(see the drawing below). Next place a sheet of newspaper
over the ruler flat against the table. Make sure to have
as little air as possible under the paper so that the fold line of the newspaper is at the ruler. Then quickly strike the end of the ruler hanging off the edge of the table. If you strike it quick enough, the ruler will break near the table edge.
What’s going on?
The Earth is covered in a layer of air that is nearly 80 miles thick and at sea level (the bottom) exerts or ‘pushes’ hard almost 15 pounds of pressure per square inch. That means that a full sheet of newspaper laid out flat has nearly 9,300 pounds of air above it.
When you break the ruler above, you are able to break it because of the 'heavy' air pushing down on the paper while you quickly strike the ruler. At first the table is pushing back on the paper, and if you move the ruler quick enough, other air around the edges of the paper can't get under the paper fast enough, so you are trying to lift that 9,300 pounds with the ruler! Some air gets under the paper, but not enough, so the ruler breaks.
1．By doing the experiment, we may realize .
A．that air exits everywhere
B．why there are directions
C．that we live with air pressure
D．how air helps on the earth
2．How many steps are there in this experiment? .
A．2 B．3 C．4 D．5
3．The underlined word “exert” probably means .
A．cover completely B．advocate actively
C．influence gradually D．press heavily
4．The ruler breaks under a quick strike mainly because of .
A．the air pressure on the newspaper B．the heavy weight of the newspaper
C．the heavy weight of the flat table D．the strong power used on the ruler
