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Passage 3
Questions 31 to 35 are based on the following passage:
Oceanography has been defined as “the application of all sciences to the study of the sea”.
Before the 19th century, scientists with an interest in the sea were few and far between. Certainly Newton considered some theoretical aspects of it in his writings, but he was reluctant to go to sea to further his work.
For most people the sea was remote, and with the exception of early international travelers or others who earned a living from the sea, there was little reason to ask many questions about it, let alone to ask what lay beneath the surface. The first time that the question "What is at the bottom of the ocean?" had to be answered with any commercial consequence was when the laying of a telegraph cable from Europe to America was proposed. The engineers had to know the depth profile (起伏形狀) of the route to estimate the length of the cable that had to be manufactured.
It was to Maury of the US Navy that the Atlantic Telegraph Company turned, in 1853, for information on this matter. In the 1840s, Maury had been responsible for encouraging voyages during which soundings (測(cè)深) were taken to investigate the depth of the North Atlantic and Pacific Oceans. Later, some of his findings aroused much popular interest in his book The Physical Geography of the Sea.
The cable was laid, but not until 1866 was the connection made permanent and reliable. At the early attempts, the cable failed and when it was taken out for repairs it was found to be covered in living growth, a fact which defied contemporary scientific opinion that there was no life in the deeper parts of the sea.
Within a few years oceanography was under way. In 1872 Thomson led a scientific expedition (考察), which lasted for four years and brought home thousand of samples from the sea. Their classification and analysis occupied scientists for years and led to a five-volume report, the last volume being published in 1985.
31. The proposal to lay a telegraph cable from Europe to America made oceanographic studies take on________.
A. an academic aspect B. a military aspect
C. a business aspect D. an international aspect
32. It was________ that asked Maury for help in oceanographic studies.
A. the American navy
B. some early intercontinental travelers
C. those who earned a living from the sea
D. the company which proposed to lay undersea cable
33. The aim of the voyages Maury was responsible for in the 1840s was______.
A. to make some sounding experiments in the oceans
B. to collect samples of sea plants and animals
C. to estimate the length of cable what was needed
D. to measure the depth of the two oceans
34. “Defied” (Para. 5) probably means __________.
A. doubted B. gave proof to C. challenged D. agreed to
35. This passage is mainly about_________.
A. the beginning of oceanography
B. the laying of the first undersea cable
C. the investigation of ocean depth
D. the early intercontinental communications
Passage 4
Questions 36 to 40 are based on the following passage:
“. . . We are not about to enter the Information Age but instead rather well into it. Present predictions are that by 1990, about thirty million jobs in the United States, or about thirty percent of the job market, will be computer-related. In 1980, only twenty-one percent of all United States high schools owned one or more computers for students use. In the fall of 1985, a new survey revealed that half of United States secondary schools have fifteen or more computers for student use. And now the educational experts, administrators, and even the general public are demanding that all students become 'computer literate'. By the year 2000, knowledge of computers will be necessary in over eighty percent of all occupations. Soon those people not educated in computer use will be compared to those who are print illiterate today.”
What is "computer literacy"? The term itself seems to imply some extent of "knowing" about computer, but knowing about what. The current opinion seems to be that this should include a general knowledge of what computers are, plus a little of their history and something of how they operate.
Therefore, it is vital that educators everywhere take a careful look not only at what is being done, but also at what should be done in the field of computer education. Today most adults are capable of utilizing a motor vehicle without the slightest knowledge of how the internal-combustion (內(nèi)燃機(jī)) engine works. We effectively use all types of electrical equipment without being able to tell their history or to explain how they work. Business people for years have made good use of typewriters and adding machines, yet few have ever known how to repair them. Why, then, attempt to teach computers by teaching how or why they work?
Rather, we first must concentrate on teaching effective use of the computer as the tool is.
“Knowing how to use a computer is what is going to be important, we don't talk about 'automobile literacy'. We just get in our cars and drive them.”
36. In 1990, the number of jobs having nothing to do with computers in the United States will be reduced to____________.
A. 79 million B. 30 million C. 70million D. 100 million
37. The expression "print illiterate" (Para. 1) refers to__________.
A. one who has never learnt printing
B. one who is not computer literate
C. one who has never learnt to read
D. one who is not able to use typewriters
38. The first paragraph is mainly about____________.
A. recent prediction of computer-related jobs
B. the wide use if computer in schools
C. the urgency of computer education
D. public interest in computers
39. According to the author, the effective way to spread the use of computers is to teach____________.
A. what computers are B. how to use computers
C. where computers can be used D. how computers work
40. Which of the following statement is FALSE?
A. What to teach about computer should be reconsidered.
B. Those who are not educated in computer use will soon find it difficult to get a job.
C. Human society has already entered the Information Age.
D. Those who want to use computers should know how computers operate.
初級(jí)會(huì)計(jì)職稱中級(jí)會(huì)計(jì)職稱經(jīng)濟(jì)師注冊(cè)會(huì)計(jì)師證券從業(yè)銀行從業(yè)會(huì)計(jì)實(shí)操統(tǒng)計(jì)師審計(jì)師高級(jí)會(huì)計(jì)師基金從業(yè)資格稅務(wù)師資產(chǎn)評(píng)估師國(guó)際內(nèi)審師ACCA/CAT價(jià)格鑒證師統(tǒng)計(jì)資格從業(yè)
一級(jí)建造師二級(jí)建造師消防工程師造價(jià)工程師土建職稱公路檢測(cè)工程師建筑八大員注冊(cè)建筑師二級(jí)造價(jià)師監(jiān)理工程師咨詢工程師房地產(chǎn)估價(jià)師 城鄉(xiāng)規(guī)劃師結(jié)構(gòu)工程師巖土工程師安全工程師設(shè)備監(jiān)理師環(huán)境影響評(píng)價(jià)土地登記代理公路造價(jià)師公路監(jiān)理師化工工程師暖通工程師給排水工程師計(jì)量工程師
人力資源考試教師資格考試出版專業(yè)資格健康管理師導(dǎo)游考試社會(huì)工作者司法考試職稱計(jì)算機(jī)營(yíng)養(yǎng)師心理咨詢師育嬰師事業(yè)單位教師招聘公務(wù)員公選考試招警考試選調(diào)生村官
執(zhí)業(yè)藥師執(zhí)業(yè)醫(yī)師衛(wèi)生資格考試衛(wèi)生高級(jí)職稱護(hù)士資格證初級(jí)護(hù)師主管護(hù)師住院醫(yī)師臨床執(zhí)業(yè)醫(yī)師臨床助理醫(yī)師中醫(yī)執(zhí)業(yè)醫(yī)師中醫(yī)助理醫(yī)師中西醫(yī)醫(yī)師中西醫(yī)助理口腔執(zhí)業(yè)醫(yī)師口腔助理醫(yī)師公共衛(wèi)生醫(yī)師公衛(wèi)助理醫(yī)師實(shí)踐技能內(nèi)科主治醫(yī)師外科主治醫(yī)師中醫(yī)內(nèi)科主治兒科主治醫(yī)師婦產(chǎn)科醫(yī)師西藥士/師中藥士/師臨床檢驗(yàn)技師臨床醫(yī)學(xué)理論中醫(yī)理論