题目内容

______ his body and soul to bringing up-to-date technology and International attention to China's Aids problem, Dr David Ho, born in Taiwan, spent little time with his family.

A.DevotedB.To devoteC.Being devotedD.Devoting

D

解析试题分析:考查分词做状语,当动词和逻辑主语是主谓关系关系时,用现在分词;当动词和逻辑主语是动宾关系时,用过去分词形式,动词devote和逻辑主语Dr David Ho是主谓关系,句子意思“他花费很长的时间全心全意的专心于带来最新技术和中国的艾滋病问题”,所以选D
考点:考查分词做状语
点评:固定词组devote to意思“专心于”,to是介词后跟名词或动名词,spend money/time (in) doing sth意思“花费时间或金钱做某事”,up-to-date technology意思“最新技术”, China's Aids problem意思“中国的艾滋病问题”,固定词组要靠平时多记多积累。

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听力

听下面5段对话。每段对话后有一道小题,从题中所给的A、B、C三个选项中选出最佳选项。听完每段对话后,你将有10秒钟的时间来回答有关小题和阅读下一小题。每段对话你将听一遍。

1.What time is it when they are talking?

A.7∶30

B.7∶45

C.8∶15

2.What's the man now?

A.An official.

B.A teacher.

C.An engineer.

3.What does the dialogue take place?

A.In the post office.

B.In the restaurant.

C.In the department store.

4.What time is it now?

A.2∶00 pm.

B.1∶30pm.

C.1∶50pm.

5.What are the man and the woman?

A.In the office.

B.On the train.

C.In the car.

听下面5段对话或独白。每段对话或独白后有几道小题,从每题所给的A、B、C三个选项中选出最佳选项。听每段对话或独白前。你将有5秒钟时间阅读每小题。听完后,每小题将给出5秒钟的作答时间。每段对话或独白你将听两遍。

听第6段材料,回答第6至7题。

6.What will be held on tomorrow evening according to the dialogue?

A.A folk concert.

B.A classical concert.

C.A fashion show.

7.Who likes classical music?

A.the man.

B.the woman.

C.neither.

听第7段材料,回答第8至10题。

8.How much time is left when Sue gets to school in the morning?

A.30 minutes.

B.45 minutes.

C.50 minutes.

9.When does Sue finish work on Wednesday?

A.At 12∶00 a.m.

B.At 4∶00 p.m.

C.At 4∶30 p.m.

10.What sort of things does Sue do with her computer?

A.Mainly processing words.

B.Mainly playing computer games.

C.Surfing the Internet.

听第8段材料,回答第11至13题。

11.What does Alison do now?

A.A waiter.

B.A conductor.(售票员)

C.A receptionist.(接待员)

12.What does Alison hate doing?

A.Meeting people.

B.Filing.

C.Answering the phone.

13.What does the woman advise Alison to do?

A.Do a course in business studies.

B.Get another job.

C.Work hard to get used to the job.

听第9段材料,回答第15至17题。

14.Where was the woman when the hurricane happened?

A.In her father's friend's house.

B.In the house with her husband.

C.On her way home.

15.When did the hurricane hit the area where the woman lived?

A.At 3∶30 a.m on August 29.

B.At 5∶00 a.m on August 30.

C.At noon on August 30.

16.Why did they drive very slowly?

A.Because too many cars on the road.

B.Because broken branches were everywhere.

C.Because there was a very strong wind..

听第10段材料,回答第18至20题。

17.How long had the nail been inside Bud Hart's body?

A.For 15 years.

B.For 35 years.

C.For 30 years.

18.How was the nail got rid of?

A.Bud Hart was operated on.

B.Bud Hart coughed the nail up.

C.Somebody pulled it up.

19.What was Bud Hart doing when the nail got into his body?

A.Cleaning the house.

B.Doing some washing.

C.Mowing his grass.(把草割下来)

20.Where was the nail exactly in his body?

A.In his lungs.

B.In his rib cage.(胸腔)

C.In his stomach.

     When a person walks, the movement of his head, trunk, hipbones and limbs are all reflected in changes in his body. A computer     1     these changes into a database. Later, the computers can     2     identify him according to these changes. This is a new biological identification method and it can quickly identify an examinee     3     disturbing him. It's especially suitable for use in airports and supermarkets.

     Everybody's voice is     4    . When a person's voice is recorded by an instrument, its voice frequency spectrum is called his sound print. Like a fingerprint, everybody's sound print is different. How can computers     5     his sound? First, his voice is recorded, which allows the computers to become familiar with his voice. It will then turn his sound characteristics into a     6     of digits. These digits represent the frequency, pitch and rhythm of the person’s voice. These are the     7     on which the computers can distinguish1 his voice from     8    .

     When that person needs to be identified, after he says only one word or two, the computers can identify him. The computers can even identify sounds coming     9    the wires. This will provide a     10     guarantee to electric banks and electric purchases.

     We often bring ID cards2, work cards, or driver licenses with us to prove our identity. If all these cards are forgotten or lost, how can we prove     11     we are? In fact, it's not difficult to prove whom you are, because your body     12     has identifying markers. Some are physiological features, such as fingerprints, sounds, facial types and eye color. The computer can help to identify you. Suppose your features have already been stored in the database3. To identify you, we have to take your picture with a camera and send it to a computer for     13    . First, the computer needs to reposition this picture according to the position of your eyes4, and then starts to read the message of your physiological features such as the     14     of your pupil5 to the whites of your eyes6 and the shape of his nose. Next, it seeks matching records from the database. Finally, it makes a     15    .

A. checks    B. stores          C. revises      D. modifies

A.nearly     B. approximately   C. roughly     D.accurately 

A.without    B. with          C. for          D. in

A. identical   B. similar        D. unique       D. sole

A.hear       B. understand     C. distinguish    D. record

series       B.package        C. line          D. pair

A, origin     B. cause         C. reason       D. basis

A. othre’s   B. another’s     C. each other’s  D. one another’s

A. at        B. on           C. in            D. through

A. cleverer   B. tidier        C. smarter       D. safer

A. how      B. whom        C. what         D. where

A. oneself    B. themselves     C. ifself       D. himself

A.processing   B. copying      C. coloring     D. revising

A. size       B. type           C.ratio        D. shapr

A. recommendating   B. decision    C. proposal   D. contribution

When a person walks, the movement of his head, trunk, hipbones and limbs are all reflected in changes in his body. A computer1these changes into a database. Later, the computers can2identify him according to these changes. This is a new biological identification method and it can quickly identify an examinee3disturbing him. It's especially suitable for use in airports and supermarkets.
Everybody's voice is4. When a person's voice is recorded by an instrument, its voice frequency spectrum is called his sound print. Like a fingerprint, everybody's sound print is different. How can computers5his sound? First, his voice is recorded, which allows the computers to become familiar with his voice. It will then turn his sound characteristics into a6of digits. These digits represent the frequency, pitch and rhythm of the person’s voice. These are the7on which the computers can distinguish1 his voice from8.
When that person needs to be identified, after he says only one word or two, the computers can identify him. The computers can even identify sounds coming9the wires. This will provide a10guarantee to electric banks and electric purchases.
We often bring ID cards2, work cards, or driver licenses with us to prove our identity. If all these cards are forgotten or lost, how can we prove11we are? In fact, it's not difficult to prove whom you are, because your body12has identifying markers. Some are physiological features, such as fingerprints, sounds, facial types and eye color. The computer can help to identify you. Suppose your features have already been stored in the database3. To identify you, we have to take your picture with a camera and send it to a computer for13. First, the computer needs to reposition this picture according to the position of your eyes4, and then starts to read themessage of your physiological features such as the14of your pupil5 to the whites of your eyes6 and the shape of his nose. Next, it seeks matching records from the database. Finally, it makes a15.

  1. 1.
    1. A.
      checks
    2. B.
      stores
    3. C.
      revises
    4. D.
      modifies
  2. 2.
    1. A.
      nearly
    2. B.
      approximately
    3. C.
      roughly
    4. D.
      accurately
  3. 3.
    1. A.
      without
    2. B.
      with
    3. C.
      for
    4. D.
      in
  4. 4.
    1. A.
      identical
    2. B.
      similar D unique D sole
  5. 5.
    1. A.
      hear
    2. B.
      understand
    3. C.
      distinguish
    4. D.
      record
  6. 6.
    1. A.
      , origin
    2. B.
      cause
    3. C.
      reason
    4. D.
      basis
  7. 7.
    1. A.
      othre’s
    2. B.
      another’s
    3. C.
      each other’s
    4. D.
      one another’s
  8. 8.
    1. A.
      at
    2. B.
      on
    3. C.
      in
    4. D.
      through
  9. 9.
    1. A.
      cleverer
    2. B.
      tidier
    3. C.
      smarter
    4. D.
      safer
  10. 10.
    1. A.
      how
    2. B.
      whom
    3. C.
      what
    4. D.
      where
  11. 11.
    1. A.
      oneself
    2. B.
      themselves
    3. C.
      ifself
    4. D.
      himself
  12. 12.
    1. A.
      processing
    2. B.
      copying
    3. C.
      coloring
    4. D.
      revising
  13. 13.
    1. A.
      size
    2. B.
      type
    3. C.
      ratio
    4. D.
      shapr
  14. 14.
    1. A.
      recommendating
    2. B.
      decision
    3. C.
      proposal
    4. D.
      contribution

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