Before you start to listen to something, | 1. you need to ______. |
Listen carefully to the first sentence, | 2. because it tells______ about the whole passage. |
To understand the passage better, | 3. try to ______ and remember some important facts. |
What"s the writer"s purpose of this passage? | 4. ______ |
阅读理解。 | |
To take good notes, you need to be able to do two things very quickly: first, you must understand main topic; second, your hand must work as fast as your ears so that you can write down as much information as possible. You don‘t have to learn how to write down what you hear. But you do need to practice a few simple skills to help you to be good at note-taking. Also, you should learn how to write only the most important words in short forms from each sentence without taking notice of the rest. In the old days, people sent telegrams to each other. When they did it, they had to pay by the word, and it was expensive. That is why they sent very short telegrams which included only the most important words. Let’s compare these two examples: ●"I will be arriving tomorrow, Monday, April 15,on TWA flight number 222, at JFK airport." ●"Arrive 15th TWA 222 JFK" Which would be more expensive? When you take notes, you have a similar problem. In this case it is not money, but time. For that reason, it is a good idea to practice listening for only the most important sentences, and only the most important words in those sentences. 根据短文内容完成下面各题。 1. To take good notes, first, you must understand main ______. 2. Second, your hand must work as ______ as your ears. 3. Also you should learn how to write only the important words ______ from each sentence. 5. The writer"s purpose is ______. | |
阅读短文,根据其内容回答问题。 | |
Imagine having a bedroom that interacts with you. If you"re sad, it will arrange for some of your friends to come over to cheer you up. If you"re happy, it might respond by playing your favorite game with you. Does it sound like something out of a science-fiction movie? Well, it"s really something out of the Georgia Institute of Technology. Irfan Essa works at the computer lab there. He has developed a computer system that can look at you and recognize your mood. He calls it the "expression recognition system." Essa says, "We are trying to get computers to act like a human brain. But the human brain is not like one computer, it is like many working together." In Essa"s system, many computers work together. First, a camera in the bedroom takes a picture of your face. The camera feeds the image to a computer. In the computer"s memory, there are pictures showing how the muscles of your face move when you are in different moods. For example, cheek muscles move in one way when you are happy and smiling and in another way when you are nervous and tense. The computer compares your picture to the face-muscle images stored in its memory. It tries to find the best match. That"s how it figures out your mood! Then the computer sends messages to other computers in the system. If you look happy, a computer may put on lively music. If you look tired and discouraged, a different computer may turn on the TV for you. How could the "expression recognition system" help us in important ways? Essa thinks that the system can help us create computers that are better teachers. Many people learn new skills through computer programs. "When I teach, I look at people"s faces," Essa explains. "If my students look confused, I know they didn"t understand. With this technology, a computer canal-so know if a student is learning." Today, this new technology can be found only in labs, but Essa predicts we"ll see it out of the lab in a few years. So get ready. One day, you might walk into a room that will soon become your best friend. | |
1. Can the new computer system look at you and recognize your mood? ___________________________________________________________ 2. What happens first in the bedroom in Essa"s system? ___________________________________________________________ 3. Will the computer put on lively music or turn on the TV if you look happy? ___________________________________________________________ 4. How does the "expression recognition system" make computers better teachers? ___________________________________________________________ 5. What will future rooms be like? ___________________________________________________________ | |
阅读理解。 | |
Each year Ben is glad when school is closed on Martin Luther King Jr. Day. Ben knows that this day honors an important man, but Ben does not feel connected to him. However, the small-world theory (理论) connects Ben to Dr. King. Ben"s mom (0) has a close friend, Amy (1). Amy"s uncle, Mark (2), once met and spoke to John Carter (3), the son of President Jimmy Carter (4). Jimmy Carter knew Dr. King (5). In a way, Ben is only "five people a-way" from Martin Luther King Jr. The small-world theory says that everyone in the world is connected through a short chain (链条) of people they know. Another name of this chain is degrees of separation. Each degree is a step that separates a person from someone he or she does not know. There are zero degrees of separation between a person and the people he or she knows directly. This means that there are zero degrees between Ben and his mom. There is one degree of separation when just one person separates someone from a person he or she does not know. Ben knows his mom, but he hasn"t met her close friend Amy. Therefore, Ben is one degree away from Amy. As the chain continues. Amy"s uncle, Mark, is two degrees. John Carter is three degrees, and his father is four degrees. Dr. King is five degrees away from Ben. The theory says that there are no more than six degrees of separation between any two people in the world. The small-world theory has a lot to do with math. The theory assumes (假定) that each per-son knows 100 people. Each one of those 100 people knows 50 different people. Each of those 50 people knows another 50 people, and so on. When someone continues the calculation" to six degrees, it is like this: 100 × 50 × 50 × 50 × 50 × 50 = 31.25 × 109. This number is greater than 31 billion (a billion=a thousand million). There are over 6 billion people in the world. These numbers show it is possible that six degrees of separation could include everyone in the world. Does the small-world theory work? No one has ever proved it. Maybe the theory just invites people to think a little more about their places in the world. | |
1. Ben is two degrees away from ______. | |
A. Jimmy Carter B. John Carter C. Amy D. Mark | |
2. What is the meaning of "degrees of separation" in Paragraph 2? | |
A. The chain to connect people. B. The relations between people. C. The steps of knowing strangers. D.The separation between strangers. | |
3. What is the small-world theory mainly about? | |
A. How far Ben is away from Dr. King. B. How many people one can get to know. C. How people are connected in the world. D. How the degrees of separation are set up. | |
4. We can learn from the article that ______. | |
A. the small-world theory works B. more research is needed to prove the theory C. six degrees are needed to know the strangers D. the writer"s purpose is to help people find out their places |