大学生英语竞赛D类专科生英语决赛真题2012年及答案解析.doc

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1、大学生英语竞赛 D 类专科生英语决赛真题 2012 年及答案解析(总分：118.00，做题时间：90 分钟)一、Part Listening Com(总题数：0，分数：0.00)二、Section A(总题数：1，分数：5.00)(1).Where does the conversation probably take place?A. In a hospital. B. At a barbers. C. At a tailors.（分数：1.00）A.B.C.(2).What does Gavin mean?A. They shouldnt change their plan.B. Weat

2、her forecasts are not reliable.C. The badminton game wont last long.（分数：1.00）A.B.C.(3).How many times was the amount debited from the mans account?A. Once. B. Two times. C. Three times.（分数：1.00）A.B.C.(4).Why does the man thank the woman?A. She gives him a five-pound bill.B. She leaves the money at t

3、he Lost and Found.C. She returns his money.（分数：1.00）A.B.C.(5).What does Jennys answer imply?A. She isnt interested in this play.B. She can lend her notes to the man.C. She has to study for the exam.（分数：1.00）A.B.C.三、Section B(总题数：2，分数：10.00)Conversation One（分数：5.00）(1).What is the focus of the womans

4、 presentation?A. The cat family. B. Nocturnal animals C. Mammals.（分数：1.00）A.B.C.(2).One of the disadvantages of the topic is that _.A. its hard to narrow downB. its hard to find materialsC. its not that interesting（分数：1.00）A.B.C.(3).When will the woman have got everything for the presentation?A. May

5、 10th. B. May 19th. C. May 20th.（分数：1.00）A.B.C.(4).How will the woman introduce the topic she has chosen?A. By choosing one animal from each continent.B. By separating it by different types of animals.C. By talking about it in general.（分数：1.00）A.B.C.(5).What is the professors advice to the woman?A.

6、To limit the presentation to 20 minutes.B. To choose one animal from each continent.C. To think of questions to ask the audience.（分数：1.00）A.B.C.Conversation Two（分数：5.00）(1).Many people who are interviewed for the program_A. say that they had a wonderful childhoodB. find it easier to make money with

7、their looksC. wish that they had been born beautiful（分数：1.00）A.B.C.(2).What does the man find hard to believe?A. Agnettas mother was beautiful.B. Agnetta was not a beautiful child.C. Agnetta was glad her mother was beautiful.（分数：1.00）A.B.C.(3).Why did Agnetta think she was fortunate to be an ugly ch

8、ild?A. She had to try harder to be loved.B. It made her more loved by her father.C. It helped her cope with being beautiful later on.（分数：1.00）A.B.C.(4).Agnetta believes her mothers departure was a good thing because _A. her father was much happierB. she didnt feel so ugly any moreC. it made her more

9、 determined to succeed（分数：1.00）A.B.C.(5).What does the man think about Agnetta now?A. Her experience has made her famous.B. She perhaps feels ugly and unloved.C. She has not been greatly affected by her loss.（分数：1.00）A.B.C.四、Section C(总题数：1，分数：5.00)(1).The scheme has had the most success in_.A. prom

10、oting tourism in the areaB. raising the profiles of the famous peopleC. raising peoples historical awareness（分数：1.00）A.B.C.(2).Successful Yellow Plaque nominees should _.A. have a recommendation of 50 peopleB. be approved by a panel of expertsC. have done something remarkable（分数：1.00）A.B.C.(3).If yo

11、u want to nominate someone, one of the things you need to provide is _.A. your contact informationB. the place where that person livedC. four signatures（分数：1.00）A.B.C.(4).The scheme is mainly funded by _.A. the community B. the local council C. the tourist board（分数：1.00）A.B.C.(5).The white plagues a

12、re supposed to represent_.A. political figures in the governmentB. charitable figures in the communityC. artists like painters（分数：1.00）A.B.C.五、Section D(总题数：1，分数：10.00)The subject of this lecture is horology, the science of measuring time. The (21) has come a long way since ancient times. It began w

13、ith such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were longer in the summer and shorter in the winter, simply because the amount of daylight changes with the seasons.The earliest sundial we know comes from Egypt, which w

14、as made of stone. Sundials were used through the classical world, and with time, evolved into (23) that could take into account seasonal changes and (24) and reflect the hours accurately. This was quite an achievement in technology. Today, sundials can be seen as (25) in many gardensIn the llth cent

15、ury, the Chinese invented the first mechanical clocks. They were large and expensive, and certainly not (26) . However, this is the type of clocks we are familiar with today. There have been many developments in clocks and watches since then, and theyve been greatly improved. However, if your clock

16、or watch makes a (27) sound, then it could well be based on the mechanical movements the Chinese developed a thousand years ago!However, timekeeping has moved on from the mechanical clock. Time has become so important that there is a series of atomic clocks around the world which measure Internation

17、al Atomic Time. Even though many countries have their own calendars, (28) has made it essential that we measure time (29) This standard was set in 1958. Now these atomic clocks are (30) over 70 laboratories all over the world.（分数：10.00）(1).The subject of this lecture is horology, the science of meas

18、uring time. The (21) has come a long way since ancient times. It began with such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were longer in the summer and shorter in the winter, simply because the amount of daylight changes

19、 with the seasons.The earliest sundial we know comes from Egypt, which was made of stone. Sundials were used through the classical world, and with time, evolved into (23) that could take into account seasonal changes and (24) and reflect the hours accurately. This was quite an achievement in technol

20、ogy. Today, sundials can be seen as (25) in many gardensIn the llth century, the Chinese invented the first mechanical clocks. They were large and expensive, and certainly not (26) . However, this is the type of clocks we are familiar with today. There have been many developments in clocks and watch

21、es since then, and theyve been greatly improved. However, if your clock or watch makes a (27) sound, then it could well be based on the mechanical movements the Chinese developed a thousand years ago!However, timekeeping has moved on from the mechanical clock. Time has become so important that there

22、 is a series of atomic clocks around the world which measure International Atomic Time. Even though many countries have their own calendars, (28) has made it essential that we measure time (29) This standard was set in 1958. Now these atomic clocks are (30) over 70 laboratories all over the world.（分

23、数：1.00）填空项 1:_(2).The subject of this lecture is horology, the science of measuring time. The (21) has come a long way since ancient times. It began with such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were longer in the s

24、ummer and shorter in the winter, simply because the amount of daylight changes with the seasons.The earliest sundial we know comes from Egypt, which was made of stone. Sundials were used through the classical world, and with time, evolved into (23) that could take into account seasonal changes and (

25、24) and reflect the hours accurately. This was quite an achievement in technology. Today, sundials can be seen as (25) in many gardensIn the llth century, the Chinese invented the first mechanical clocks. They were large and expensive, and certainly not (26) . However, this is the type of clocks we

26、are familiar with today. There have been many developments in clocks and watches since then, and theyve been greatly improved. However, if your clock or watch makes a (27) sound, then it could well be based on the mechanical movements the Chinese developed a thousand years ago!However, timekeeping h

27、as moved on from the mechanical clock. Time has become so important that there is a series of atomic clocks around the world which measure International Atomic Time. Even though many countries have their own calendars, (28) has made it essential that we measure time (29) This standard was set in 195

28、8. Now these atomic clocks are (30) over 70 laboratories all over the world.（分数：1.00）填空项 1:_(3).The subject of this lecture is horology, the science of measuring time. The (21) has come a long way since ancient times. It began with such devices as the sundial, where the position of the suns shadow m

29、arked the hour. Daylight was divided into 12 (22) , which were longer in the summer and shorter in the winter, simply because the amount of daylight changes with the seasons.The earliest sundial we know comes from Egypt, which was made of stone. Sundials were used through the classical world, and wi

30、th time, evolved into (23) that could take into account seasonal changes and (24) and reflect the hours accurately. This was quite an achievement in technology. Today, sundials can be seen as (25) in many gardensIn the llth century, the Chinese invented the first mechanical clocks. They were large a

31、nd expensive, and certainly not (26) . However, this is the type of clocks we are familiar with today. There have been many developments in clocks and watches since then, and theyve been greatly improved. However, if your clock or watch makes a (27) sound, then it could well be based on the mechanic

32、al movements the Chinese developed a thousand years ago!However, timekeeping has moved on from the mechanical clock. Time has become so important that there is a series of atomic clocks around the world which measure International Atomic Time. Even though many countries have their own calendars, (28

33、) has made it essential that we measure time (29) This standard was set in 1958. Now these atomic clocks are (30) over 70 laboratories all over the world.（分数：1.00）填空项 1:_(4).The subject of this lecture is horology, the science of measuring time. The (21) has come a long way since ancient times. It b

34、egan with such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were longer in the summer and shorter in the winter, simply because the amount of daylight changes with the seasons.The earliest sundial we know comes from Egypt, w

35、hich was made of stone. Sundials were used through the classical world, and with time, evolved into (23) that could take into account seasonal changes and (24) and reflect the hours accurately. This was quite an achievement in technology. Today, sundials can be seen as (25) in many gardensIn the llt

36、h century, the Chinese invented the first mechanical clocks. They were large and expensive, and certainly not (26) . However, this is the type of clocks we are familiar with today. There have been many developments in clocks and watches since then, and theyve been greatly improved. However, if your

37、clock or watch makes a (27) sound, then it could well be based on the mechanical movements the Chinese developed a thousand years ago!However, timekeeping has moved on from the mechanical clock. Time has become so important that there is a series of atomic clocks around the world which measure Inter

38、national Atomic Time. Even though many countries have their own calendars, (28) has made it essential that we measure time (29) This standard was set in 1958. Now these atomic clocks are (30) over 70 laboratories all over the world.（分数：1.00）填空项 1:_(5).The subject of this lecture is horology, the sci

39、ence of measuring time. The (21) has come a long way since ancient times. It began with such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were longer in the summer and shorter in the winter, simply because the amount of dayl

40、ight changes with the seasons.The earliest sundial we know comes from Egypt, which was made of stone. Sundials were used through the classical world, and with time, evolved into (23) that could take into account seasonal changes and (24) and reflect the hours accurately. This was quite an achievemen

41、t in technology. Today, sundials can be seen as (25) in many gardensIn the llth century, the Chinese invented the first mechanical clocks. They were large and expensive, and certainly not (26) . However, this is the type of clocks we are familiar with today. There have been many developments in cloc

42、ks and watches since then, and theyve been greatly improved. However, if your clock or watch makes a (27) sound, then it could well be based on the mechanical movements the Chinese developed a thousand years ago!However, timekeeping has moved on from the mechanical clock. Time has become so importan

43、t that there is a series of atomic clocks around the world which measure International Atomic Time. Even though many countries have their own calendars, (28) has made it essential that we measure time (29) This standard was set in 1958. Now these atomic clocks are (30) over 70 laboratories all over

44、the world.（分数：1.00）填空项 1:_(6).The subject of this lecture is horology, the science of measuring time. The (21) has come a long way since ancient times. It began with such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were lon

45、ger in the summer and shorter in the winter, simply because the amount of daylight changes with the seasons.The earliest sundial we know comes from Egypt, which was made of stone. Sundials were used through the classical world, and with time, evolved into (23) that could take into account seasonal c

46、hanges and (24) and reflect the hours accurately. This was quite an achievement in technology. Today, sundials can be seen as (25) in many gardensIn the llth century, the Chinese invented the first mechanical clocks. They were large and expensive, and certainly not (26) . However, this is the type o

47、f clocks we are familiar with today. There have been many developments in clocks and watches since then, and theyve been greatly improved. However, if your clock or watch makes a (27) sound, then it could well be based on the mechanical movements the Chinese developed a thousand years ago!However, t

48、imekeeping has moved on from the mechanical clock. Time has become so important that there is a series of atomic clocks around the world which measure International Atomic Time. Even though many countries have their own calendars, (28) has made it essential that we measure time (29) This standard wa

49、s set in 1958. Now these atomic clocks are (30) over 70 laboratories all over the world.（分数：1.00）填空项 1:_(7).The subject of this lecture is horology, the science of measuring time. The (21) has come a long way since ancient times. It began with such devices as the sundial, where the position of the suns shadow marked the hour. Daylight was divided into 12 (22) , which were longer in the summer and shorter in the winter, si