第三部分：概括大意與完成句子 （每題1分，共8分）
閱讀下面這篇短文，短文后有2項(xiàng)測(cè)試任務(wù)：（1）1---4 題要求從所給的6個(gè)選項(xiàng)中為第2--5 段每段選擇1個(gè)正確的小標(biāo)題；（2）第5--8題要求從所給的6個(gè)選項(xiàng)中選擇4個(gè)正確的選項(xiàng)，分別完成每個(gè)句子。請(qǐng)將答案涂在答題卡相應(yīng)的位置上。
Hurricanes (龍卷風(fēng))
Did you know that before 1950, hurricanes had no names? They were simply given numbers. The first names were simply Alpha, Bravo, Charlie, etc. but in 1953, females names were given because of the unpredictability (不可預(yù)知) factor of the storms. In 1979, realizing the sexist (性別歧視的) nature of such names, the lists were expanded to include both men and women.
Hurricanes and typhoons (臺(tái)風(fēng)) are the same things. If they form in the Atlantic, we call these strong storms hurricanes, from the West Indian word hurricane, meaning "big wind." And if they are Pacific storms, they are called typhoons from the Chinese taifun, meaning " great wind." To be classified as a hurricane, the storm must have maximum winds of at least 75 mph. These storms are big, many hundreds of miles in diameter.
Hurricanes get their power from water vapor as it gives out its stored-up energy. All water vapor gives out heat as it condenses (凝結(jié)) from a gaseous state to a liquid state over fixed points on the equator (赤道). To make a hurricane, you must have extremely wet, warm air, the kind of air that can only be found in tropical region.
Scientists have determined that the heat given out in the process of water condensation can be as high as 95 billion kilowatts per hour. In just one day alone, the storm can produce more energy than many industrialized nations need in an entire year! The problem is that we don't know how to make sure such great energy work for us.
Predicting the path of a hurricane is one of the most difficult tasks for forecasters. It moves at a typical speed of 15 mph. But not always. Some storms may race at twice this speed, then suddenly stop and remain in the same location for several days. It can be maddening (發(fā)瘋的) if you live in a coastal area that may be hit.
The biggest advance in early detection is continuous watch from weather satellites. With these, we can see the storms form and track them fully, from birth to death. While they can still kill people and destroy property, hurricanes will never surprise any nation again.
1. Paragraph 1_________ A. A short history of naming hurricanes
B. Harnessing the hurricane energy
2. Paragraph 2 _________C. Difficulty in forecasting the course of a hurricane
D. Huge energy stored in a hurricane
3. Paragraph 4__________E. Forecasting a hurricane through satellite watching
F. Different names for the same things
4. Paragraph 5 ___________
5. Both male and female names are used for hurricanes in consideration of _____________.
6. Using weather satellites can ensure _____________ of hurricanes.
7. Energy specialists may be interested in _____________ of hurricanes.
8. Scientists cannot accurately predict the course of a hurricane due to _____________.
A. the timely (及時(shí)的) discovery
B. convenience
C. sex equality
D. its connection with humans
E. the huge power
F. its uncertainty
閱讀下面這篇短文，短文后有2項(xiàng)測(cè)試任務(wù)：（1）1---4 題要求從所給的6個(gè)選項(xiàng)中為第2--5 段每段選擇1個(gè)正確的小標(biāo)題；（2）第5--8題要求從所給的6個(gè)選項(xiàng)中選擇4個(gè)正確的選項(xiàng)，分別完成每個(gè)句子。請(qǐng)將答案涂在答題卡相應(yīng)的位置上。
Hurricanes (龍卷風(fēng))
Did you know that before 1950, hurricanes had no names? They were simply given numbers. The first names were simply Alpha, Bravo, Charlie, etc. but in 1953, females names were given because of the unpredictability (不可預(yù)知) factor of the storms. In 1979, realizing the sexist (性別歧視的) nature of such names, the lists were expanded to include both men and women.
Hurricanes and typhoons (臺(tái)風(fēng)) are the same things. If they form in the Atlantic, we call these strong storms hurricanes, from the West Indian word hurricane, meaning "big wind." And if they are Pacific storms, they are called typhoons from the Chinese taifun, meaning " great wind." To be classified as a hurricane, the storm must have maximum winds of at least 75 mph. These storms are big, many hundreds of miles in diameter.
Hurricanes get their power from water vapor as it gives out its stored-up energy. All water vapor gives out heat as it condenses (凝結(jié)) from a gaseous state to a liquid state over fixed points on the equator (赤道). To make a hurricane, you must have extremely wet, warm air, the kind of air that can only be found in tropical region.
Scientists have determined that the heat given out in the process of water condensation can be as high as 95 billion kilowatts per hour. In just one day alone, the storm can produce more energy than many industrialized nations need in an entire year! The problem is that we don't know how to make sure such great energy work for us.
Predicting the path of a hurricane is one of the most difficult tasks for forecasters. It moves at a typical speed of 15 mph. But not always. Some storms may race at twice this speed, then suddenly stop and remain in the same location for several days. It can be maddening (發(fā)瘋的) if you live in a coastal area that may be hit.
The biggest advance in early detection is continuous watch from weather satellites. With these, we can see the storms form and track them fully, from birth to death. While they can still kill people and destroy property, hurricanes will never surprise any nation again.
1. Paragraph 1_________ A. A short history of naming hurricanes
B. Harnessing the hurricane energy
2. Paragraph 2 _________C. Difficulty in forecasting the course of a hurricane
D. Huge energy stored in a hurricane
3. Paragraph 4__________E. Forecasting a hurricane through satellite watching
F. Different names for the same things
4. Paragraph 5 ___________
5. Both male and female names are used for hurricanes in consideration of _____________.
6. Using weather satellites can ensure _____________ of hurricanes.
7. Energy specialists may be interested in _____________ of hurricanes.
8. Scientists cannot accurately predict the course of a hurricane due to _____________.
A. the timely (及時(shí)的) discovery
B. convenience
C. sex equality
D. its connection with humans
E. the huge power
F. its uncertainty