【正文】 heir dog Lucky would 42 himself to whatever struck his fancy. 43 , someone would fet and something would end up 44 . Mary would go to Lucky39。t so great back at home. C. Home sickness can greatly affect your emotions. D. Remove reminders such as photos from your personal belongings. E. Keep some photos with you. F. See the opportunities available to widen your circle of friends. G. Realize that you39。s a twoway street and it39。re staying with are all good sorts to connect with. 39___ These are just more people who form part of your circle in the world, make the most of them. 40 Although it can be easy to get wrapped up in missing others, it39。s no need to overdo this but it does serve you well to remember that life is full of ups and downs no matter where you are, at home or away. Thinking like this can lessen the desire to rush back home. 38 Have photos of the people and places you care about. It39。ve left behind. Here are some tips to help you overe the feelings of homesickness. Get your mind off home by distracting yourself. 37 For example, you might think about the times you and your family don39。t get heated up by the sun. The panels are cool to the touch, even in the sun. Researchers say they can reduce the indoor temperature to nearly 5 degrees Celsius below the temperature outside. Mr Fan says it is like having a window into space. He says the heat is sent directly into space without warming the air. “In areas where there is no electricity, there is a significant potential benefit for storing medicine or even food. In many of these situations, being able to reduce the temperature is important. And this would provide a way to do it. They say the main problem is creating actual cooling systems using the hightech panels. They say it may be possible to develop a cooling spray that could be used on existing solid structures. The researchers believe the cooling spray technology could be developed in the next three to five years. They say as much as 15 percent of the energy used in the United States is spent providing power to air conditioning systems. 32. What is mainly talked about in the passage? A. A new material that cools buildings. B. New energysaving buildings. C. A new technology to store medicine and food.. D. A cooling system to replace air conditioners. 33. How does the material work to cool buildings? A. By making panels into mirrors with the material. . B. By absorbing sunlight and turning it into energy. C. By spraying water on the building structures. D. By radiating and reflecting heat. 34. What will the researchers do in the next years? A. Do more experiments to test the material. B. Develop a cooling spray for existing structures. C. Cut the cost of the cooling system. D. Promote the use of the cooling system. 35. What can we infer from the passage? A. The cooling system could save more energy for electricityshort area. B. The cooling system will surely be available in three or five years. C. The cooling system could have possible use in the US. D. The cooling system will take the place of air condition system. 第二節(jié)（共 5小題；每小題 2分，滿分 10分） 根據(jù)短文內(nèi)容，從短文后的選項中選出能填入空白處的最佳選項。s life saved after tapeworm removed from brain. 29. How can we avoid infection with a parasitic worm? A. Don’t eat pork or beef. B. Cook food thoroughly. C. Protect intestine from infection. D. See the doctor with signs of infection. 30. What can we learn from the text? A. Ortiz’s case is mon. B. The tapeworm stops blood flowing. C. Ortiz was shocked at the infection. D. The tapeworm was dead when taken out. does the underlined word mean? A. Feeling sick. B. Feeling weak. C. Feeling sleepy. D. Having a fever. D Researchers at Stanford University have developed a new material that can move heat out of buildings and into space. The researchers say the material can cool buildings even on hot days. The cooling material is a very thin sheet with many layers that could be placed on a roof like solar panels（電池板） . However, instead of turning sunlight into energy as solar panels do, the material turns heat into infrared radiation(紅外輻射 ). Shanhui Fan, an electrical engineering professor at Stanford University, says that the panels have a layer of material that is like sand. He says that the panels act like a mirror. They take heat out of buildings and reflect the light from the sun. He says both the heat and sunlight are sent 100 kilometers into out