中国海洋大学2005年考博英语真题 M*0&3Y
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PARTⅠ Cloze (15) m>UJ
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Directions: There are 15 questions in this part of the test. Read the passage through. Then, go back and choose one suitable word or phrase marked A, B, C or D for each blank in the passage. Blacken the corresponding letter of the word or phrase you have chosen on your Answer Sheet. ^\_`0%`>
At least since the Industrial Revolution, gender roles have been in a state of transition. As
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a result, cultural scripts about marriage have Undergone change. One of the more obvious 1 #<se0CJB
has occurred in the roles that women 2 Women have moved into the world of work and have Nz$OD_]
become adept at meeting expectations in that arena, 3 maintaining their family roles .of )vy<q/o+
nurturing and creating a (n) 4 that is a haven for all family members. 5 many women /\Q{i#
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experience strain from trying to "do it all," they often enjoy .the increased 6 that can result l65'EO|
from playing multiple roles. As women's roles have changed, changing expectations about }eB\k,7L
men's roles have become more 7 . Many men are relinquishing their major responsibility 8 [i&z_e)
the family provider. Probably the most significant change in men's roles, however, is in the OE:t!66
emotional 9 of family life. Men are increasingly 10 to meet the emotional needs of their )\^%w9h
families, 11 their wives. >)5rOU
In fact, expectations about the emotional domain of marriage have become more significant for marriage in general. Researeh on 12 marriage has changed over recent aecades points to the increasing, importance of the emotional side of-the relationship, and the importance of sharing in the e emotion work" 13 to nourish marriages and other family relationships. Men and women want to experience marriages that are interdependent, 14 both partners nurture each other, attend and respond to each other, and encourage and promote each other. We are thus seeing marriages in which men's and women's roles are becoming increasingly more 15 . n>iPAD
1. A. incidents B. changes C. results D. effects @W^g(I(w
2. A. take B. do C. play D. show TTqOAo[-Z
3. A. by B. while C. hence D. thus
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4. A. home B. garden C. arena D. paradise
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5. A. When B: Even though C. Since D. Nevertheless mM}|x~\R
6. A. rewards B. profits C. privileges D. incomes zBc7bbK
7. A. general B. acceptable C. popular D. apparent G+5G,|}
8. A. as B. of C. from D. for ((X"D/F]
9. A. section B constituent: C. domain D. point 8V4Qyi|@F
10. A. encouraged B. expected C. advised D. predicted Y!Z@1V`
11. A. not to mention B. as well as }Efp{E
Cincluding D. especially . 9|#h )*
12. A. how B. what C. why D. if gXf_~zxS
13 A. but B. only. C. enough D. necessary {CGk5` g~
14. A. unless B. although C. where D. because a(}jn|
15. A. pleasant B. important C. similar D. manageable Xi0/Wb h\
PART Ⅱ Reading Comprehension (30) W>@+H"pZ
Directions: There are 5 reading passages in this part. Each passage is followed by some questions or unfinished statements. For each of them there are four choices marked A, B, C and D. You should decide on the best choice and mark your answer on the ANSWER SHEET by blackening the corresponding letter in the brackets. Rx'7tff%I
Passage 1 #}jf TM
The first navigational lights in the New World were probably lanterns hung at harbor entrances. The fast lighthouse was put tip by Massachusetts Bay Colony in 1716 on Little Brewster Island at the entrance to Boston Harbor. Paid forand maintained by "light dues" levied on ships, the original beacon was blown up in 1776. By then there were only a dozen or so true lighthouses in the colonic. Little over a century later, there were 700 lighthouses. E8-p
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The first eight erected on the West Coast in the 1850's featured the same basic New England design: a Cape Cod dwelling with the tower rising from the center or standing close by. In New England and elsewhere, though., lighthouses reflected a Variety of architectural styles. Since most stations in the Northeast were built.on rocky eminences, enormous towers were not the rule. Some were made of stone and brick, others "of wood or metal. Some stood on pilings or stilts: some were fastened to rock with iron rods. "Farther south, from Marylandthreugh the Florida Keys, thecoast was low and sandy. It was often necessary to build tall towers there -- massive structures like the majestic Cape Hatteras. North Carolina. lighthouse, which was lit in 1870. At 190 feet it is the tallest brick lighthouse in the country. 6=H-H\iw
NOt withstanding differences in appearance and construction, mostAmerican lighthouses shared several features: a light, living quarters, and sometimes a bell ( or, later; a foghorn). They also had something else in common: a keeper and, usually, the keeper's family. The keeper's essential task was trimming the lantern (freekaobo.com)wick in order to maintain a steady, bright flame. The earliest keepers came from every walk of life --- they were seamen, farmers, mechanics, rough mill hands -- and appoint ments were often handed out by local customs commissioners as political plums. After the administration of lighthouses was taken over in 1852 by the United States Lighthouse Board, an agency of. the Treasury Department, the keeper corps gradually became highly professional. TZHqn6
16 What is the best tide for the passage? j+Tk|GRab
A. The Lighthouse on Little Brewster Island >>!+Ri\@
B: The Life of a Lighthouse Keeper $[]=6.s
C.Early Lighthouses .in the United States $/d~bk@=l
D. The Modem Profession of Lighthouse-Keeping :m+:%ke
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17. Why does the author mention the Massachusetts Bay Colony? LLU>c]a
A. It was. the headquarters of the Untied States Lighthouse Board. 1w5p*U0 ;
B. Many of the tauest.lighthouses were built there. tdt6*
C. The first lantern wicks were developed there. kW(8i}bg
D. The first lighthouse in North America was built there.
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18. It can be inferred from the passage that lighthouses in the Northeast did not need high towers because . lL83LhE}<
A. ship there had high masts OZv&{_b_
B. coastal waters were safe ;N,7#l|wi
C. the coast was straight and unobstructed o-(jSaH :;
D. the lighthouse were built on high places ,Qh4=+jwqn
19. According to the passage, where can the tallest brick lighthouse in the United States be found? =RV$8.Xp
A, Little Brewster Island *'`-plS7
B. The Florida Keys @D7cv"
C. Cape Hatteras u(lq9; ;Th
D. Cape cod * dNMnZ@Y
20. In the second sentence of paragraph 3 , which of the following does the word "They" refer to? p<J/J.E
A. Lighthouses lc/2!:g
B.Differences Z2LG/R
C. Quarters r2hm`]\8M
D. Features QR,i
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Passage 2 EM([N*8o
Every living thing has an inner biological clock that controls behavior. The clock works all the time even when there are no outside signs to mark the passing of time. The biological dock KT|$vw2b
tells plants when to form flowers and when the flowers should open. It tells insects when to 2Hq!YsJ4]
leave the protective cocoon and fly away. And it tells animals when to eat, sleep and wake. It }SOj3.9{c
controls body temperature, the release of some hormones and even dreams.these natural daily 3Zbvf^
events are circadian rhythms. &XZ>}^lD^
Man has known about them for thousands of years. But the first scientific observation of ,v^it+Jc'
Circadian rhythms was not made until 1729. In that year French astronomer. Jean-Jacques _=cMa's
d'Ortous de Mairan, noted that one of his plants opened its leaves at the same time every k r/[|.bq
morning, and closed them at the same time every night. The plant did this even when he kept WM"I
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it in a dark place all the time. Later scientists wondered about circadian rhythms .in humans. ukPV nk
They learned that man's biological clock actually keeps time with-a day of-a litde less than 25 .vb*|So
hours instead of the 24 hours On a man-made clock. About four years ago an American doctor, <ZnAPh
Eliot. Weitzman, established a laboratory to study how our biological clock works. The people in z?K+LTf8
his experiments are shut off from the outside world. They are free to listen to and live by their |fa3;8!96
circadian rhythms. Dr. Weitzman hopes his research will lead to effective treatments for Ig=4Z*au!g
common sleep problems and sleep disorders caused by aging and mental illness. The laboratory is B,A/
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in the Monteflore Hospital in New York City. It has two living areas with three small rooms in !!P)r1=g
each. The windows are covered, so no sunlight or moonlight comes in. There are no radios or +tO V+6Uz
television receivers. There is a control room between the living areas. It contains computers, |m?0h.O,
one-way cameras and other electronic devices for observing the person in the living area; The @F=4B0=
instruments measure heartbeat, body temperature, hormones in the blood, other substances in 38f9jF%7j
the urine and brain waves during sleep. A doctor or medical technician is on duty in the control rfK%%-
room 24 hours a day during an experiment They do not work the same time each day and are not 6T)D6;@L
permitted to wear watches, so the person in the laboratory has no idea what time it is. In the 6 .*=1P*?
first four years of research, Dr Weitzman and his assistant have observed 16 men between the d_OHQpfK
ages of 21 and 80. The men remained in the laboratory for as long as six months. Last month, 0z%]HlPg
a science reporter for The New York Times newspaper, Dava Sobol, became the first woman to Ye,E7A*L
tare part in the experiment. She entered the laboratory on June 13th and stayed for 25 days. ]xFd_OHdb
Miss Sobol wrote reports about the experiment during that time, which were published in the =b6Q2s,i
Newspaper. VdYu| w;v
21. The biological clock is believed to play an essential role in 7 Xw#
A. the regulation of body temperature p>!`JU`{?
B. the secretion of hormones &%FpNU9
C. animal reproduction )<!y_;$A
D. many aspects of plant and animal physiology , !K3
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22 In his observation, the French scientist noticed that the leaves of a certain plant maintained v k<By R
its opening-and-closing cycles rrmr#a
A. even when it was kept in a murky place all day cn Q(
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B. even if it was placed in the moonlight @y)fR.!)1$
C. even when he was observing it from a dark place ?7(`2=J
D. even during the night time k;q|pQ[
23 The sentence "They are free to listen to and live by their circadian rhythms. " (In bluhiiATd
Paragraph 4) probably means ~-|K5
A. They can lead their daily lives according to their biological clocks, without referring to
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a man-made clock. `WX @1
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B. They can listen to the wonderful rhythms of the biological clock and live close to them,
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C. They can live by regulating their.own circadian rhythms~ F"~uu9u
D. They are free from the annoying rhythms of everyday life. 3/oVl
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24. In the experiment conducted by Mr. Weitzman, the doctor who is.on duty does not work %Q]m6ciAM
the same time each day .kyp5CD}4
A. in order to observe the abnormal behavior of the people at different times &n91f
B. so as not to he recognized by the people E2+O-;VN
C. so as to avoid indicating to the people what time it is when he starts work sO
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D. so as to leave the people's circadian rhythms in disorder !S$LRm\'
25. What is Mr. Weitzman's ultimate purpose of establishing a laboratory? `[X5mEe
A. He wanted, to have his experiment report published in the. newspapers p0>W}+8fF
B. People are free to listen to and live by their circadian rhythms ,_F@9Up
C. He wanted to find a way to treat people's diseases-. 0z.oPV@
D. He could gain some reputation for the first scientific observation of circadian STtjkZ6
26. Miss Sobo1 left the laboratory 8t25wPlx
A. on June 13th B. on June 25th bXmX@A$#Io
C. at the end of June D. on July 7th $oDc
passage 3 .. *S%~0=
There is confused notion in the minds of many persons, that the gafhering of the property qkPvE;"
of the poor into the hands of the rich does no ultimate harm, since in who,sever hands it may be, RoS&oGYqR
it must be spent at last, and thus, they think, return to the poor again. This .fallacy has been I!Z=3 $,
again and again exposed; but granting the plea true, the same apology may, of course, be made suiO%H^t
for blackmail; or any other form of robbery. It might be (though practically it never is) as J2W#vFe\
advantageous for the nation that the ~robber should have the spending of the money he extorts, as that the person robbed should have spent it. But thisis no excuse for the theft. If I were to put NGIt~"e7R4
a turnpike on the road where it passes my own gate, and endeavor to exact a shilling from every sVWOh|O[W
passenger, the public would soon do away with my gate, without listening to arty pleas on my P'l'[Kz{'
part that it was as advantageous to them, in the end, that I should spent their shillings, as that =hL;Q@inb
they themselves should. But if, instead of outfacing them with a turnpike, I can only persuade wIeF(}VM
them to come in and buy stones, or old iron, or any "other useless thing, out of my ground, I FabgJu
may rob them to the same extent and, moreover, be, thanked as a public benefactor and promoter ?VnA
of commerCial prosperity. And. this main question for the poor of England-for the poor of all qca,a3k
countriesis whelly omitted in every treastise on the subject of wealth. Even by the laborers {8]Yqx)1]]
themselves, the operation of capital is regarded 0nlY in its effect on their immediate interests, bAOL<0RS9`
never in the far more terrific power of-its appointment .of the kind and the object-of labor, It 6,Z.RT{5
matters little, "ultimately, how much a laborer is paid for making anything, but it matters $y{rM%6JU
fearfully what the thing is which..he is compelled to make, If his labor is so ordered as to produce kZ5;Fe\*
food,, fresh air, and fresh water, no matter that his wages are low; the food and the flesh air =2XAQiUR\
and water will be at last there, and he will at last get them_ But if he is paid to destroy food and yrvV<}
fresh air, or to produce iron bars instead of them, the food and.air will finally not be there, and Y[sBVz'j5
he will not get them, to his great and final inconvenience. So that, conclusively, in political as in y$$|_
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household economy, the great question is, not so much what money you have in your pocket, as 12]rfd
what you will buy With it and do with it.
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27. We may infer that the author probably lived in the . /qaWUUf
A. 1960's in the United States. /0m0"
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B. early days of British industrialization. .RW&=1D6
C. 18th-century France. {e!3|&AX
D. Golden Age of Greece. TGDrTyI?y
28. It can be inferred that the author probably favors . ]621Z1
A. capitalism. -y|*x-iZ
B. totalitarianism. tqD=)0Uzs
C. socialism. "W^+NeLc
D. anarchism. X<sM4dwxE
29. According.to the passage, the individual should be particularly concerned with . 9y}/ G
A. how much wealth he can accumulate.
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B. the acquisition of land property rather than money. ' ##6u
C. charging the customer a fair price. Egt !N
D. the quality of goods Which he put chases with his funds. S'(IG m4
E. working as hard as possible. Z'~/=a)7
3 0 The passage implies that . \_)[FC@
A. "All's well that ends Well." K-b`KcX
B. "It is getter late than never. " a! 3e Z,
C. "He who steals my purse steals trash." bfq
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D. "None but the brave deserve the fair." |R;`
3 1. It can be inferred that in regard to the accumulation of wealth the author 7q&T2?GEN
A. equates the rich with the thief. 4(? Z1S
B. indicates that there are few honest businessmen. (c
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C. condones sortie dishonesty in business dealings. .npD<*
D. believes destruction of-property is good because it creates consumer demand. Tmk'rOg5
32 What is the "main question for the poor" referred to~by the author in the passages? q*<FfO=eQ
A . the use to which the laborer can put his money. |RH^|2:x9Q
B .the methods by which capital may be accumulated. CG
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C. the results" of their work and their lack of authority to determine to What ends their work .shall be put. 4N)45@jk[
D. whether full-measure of recompense shall be accorded to the laboring-person for )}J
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the investment of his time in, worthy work. 6?';ip
33. According to the views expressed in the passage, people should be happiest doing C:_-F3|]cJ
which of following? Jq:Wt+a
A. mining ore for the manufacture of weapons. !
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B. cleaning sewage ponds at a treatment plant. p#N2K{E
C. waiting tables for a rich man. *-3*51 jW
D. helping a poor man do his job. K_Kz8qV.?
34. The author of the above passage would probably re_act to an energy shortage-by "`V:4uz
A. blaming the rich for the problem. |ADg#oX
B. urging that energy be used more efficiently and effectively. MFz6y":~
C. supporting the search for more oil, coal, and other energy-pro-ducing, mineral c3)6{
deposits. gMPvzBpP
D. dehying that there is really any shortage at all. =.IAd<C
E. fomenting revolution by the poor. ${tBu#$-d
Passage 4 g{Hb3id9
No very satisfactory account of the mechanism that caused the formation of the ocean basins has yet been given. The traditional view supposes that the upper mantle of the earth behaves as a liquid when it is subjected to small forces f0r long periods and that differences in temperature under oceans and continents are sufficient to produce convection inthe mantle of the earth with rising convection currents under the mid-ocean ridges and sinking currents under the continents. Theoretically this convection would carry the continental plates along as though they were on a .conveyor belt and would provide the forces needed to produce the split that occurs along the ridge. This view may be correct; it has the advantage that the currents are driven by p[%B#(]9,
temperature differences that themselvesdepend on the position of the moving'plate has an impact h`D+NZtWm
on the forces that move it, could produce complicated and varying motions.
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On the other hand, the theory is implausible because convection does not normally occur lrmz'M'
along lines, and it certainly does not occur along lines broken by frequent offsets or changes in &ZJ$V
direction, as the ridge is. Also it is difficult to see how the theory applies to the plate between "4CO^ B
the Mid-Atlantic Ridge and the ridge in the Indian Ocean. This plate iS growing on both sides W3xObt3w\
and since there is no intermediate trench, the two ridges must be moving apart; It would be odd 5r^u7k
if the rising convection currents kept exact pace with ~them: An alternative theory is that the .c@,$z2M
sinking part of the plate, which is denser than the hotter surrounding mantle, pulls the rest of Lmc"qFzK
the plate after it. Again it is difficult to see how this applies to the ridge in the South Atlantic, 3Ol`i$
where neither the African nor the American plate has a sinking part. \7q>4[
Another possibility is that the sinking plate Cools the neighboring mantle and produces convection currents that move the plates. This last theory is attractive because it gives some hope of explaining the enclosed seas, such as the Sea of Japan. These seas have a typical oceanic floor except that the floor is overlaid by several kilometers of sediment. Their floors have probably been Sinking for.long periods. It seems possible that a sinking current of cooled mantle material onthe upper side of the plate might be the cause of such deep basins. The enclosed seas are an important feature of the earth's surface and seriously require 'explanation because, in addition to the enclosed seas flint are devdoping at present behind island ares, there are a number of older ones of possibly similar origin, such as the Gluf of Mexico, the Black Sea, and perhaps the North Sea.
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35. According to the traditional view of the origin of the oceanbasins which of the following is sufficient to move the continental plates? -P'c0I9z
A. Increases in sedimentation on ocean floors. /&RS+By(i
B. Spreading of ocean trenches. +|Mi lwr
C. Differences in temperature under oceans and continents. I z)~h>-F
D. Sinking of ocean basins. zg{
36. It can he inferred from the passage that, of the following, the deepest sediments would xilA`uw`1
be found in the CQ#%v%
A. Indian Ocean. B. Black Sea. C. Mid-Atlantic. D. South Atlantic. D?P1\<A~
37. The author refers to a "conveyor belt" in order to WQ1*)h8,9
A. illustrate the effects of convection in the mantle. ]|/\Sd
B. show how temperature differences depend, on the positions of the continents u/4|Akui
C. demonstrate the linear nature of the Mid-Atlantic Ridge. |79n
1;+\?
D. describe the complicated motions made possible by back-coupling. z*&r@P
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38. The author regards the traditional view of the origin of the oceans with !J+< M~o}
A. slight apprehension. B. absolute indifference. Z#|IMmT;*=
C. guarded skepticism. D. complete disbelief. WAp#[mW.fx
39. According to the passage, which of the following are separated by a plate that is A[X~:p.^G
growing on both sides? wvNddu>@
A. The Pacific Ocean and: the Sea of Japan. BW%"]J
B. The South Atlantic Ridge and the North Sea Ridge. /(skIvE|
C. The Gulf of Mexico and the South Atlantic Ridge. >-YWq
D. The Mid-Atlantic Ridge and the Indian Ocean Ridge. oj~0zJI
40.Which of the following, if it could be demonstrated, would most support the r2
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traditional view of ocean formation? m'suAj0
A. Convection usually occurs along lines. IBr|A
B. The upper mantle behaves as a dense solid. >L>t$1hXM
C. Sedimentation occurs at a constant rate. \!,@p e_
D. Sinking plates cool the mantle. 8k`rj;
41. According to the passage, the floor of the Black Sea can best be compared to a sz%'=J~!V
A. rapidly moving covey or belt.
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B. slowly Settling foundation. ['rqz1DL5
C. rapidly expanding balloon: !{L`Zd;C>w
D. violently erupting volcano. = A;B-_c
42. Which of the following titles would best describe the content of the passage? _oJq32
A. A Description of the Oceans of the World. ?Em*yc@WD
B. Several Theories of Ocean Basin Formation.. Y l1sAf/
C. The Traditional View of the Oceans. xl~%hwBd
D. Temperature Differences Amongthe Oceans of the World. YaDr.?
Passage 5 p x1{=~V/
In 1921, leading investigators in the. field of intelligenee, participating in a symposium, vQpR0IEf]e
"Intelligence and Its .Measurement", sponsored by the Journal of 'Educational Psychology, HrZ\=1RB
defined the title concept, producing almost as .many defintions as there were definers, but DdL0MGwX
reached no consensus. One contemporary observer was prompted to quip that intelligence seemed merely to be the capacity to do well on an intelligence test..Now, sixty years later, the situation seems little changed. As Yale'S Robert J. Steinberg, an influential cognitive psychologist, warns, "If we are to seek genuine understanding of the relationship between natural intelligence and measured intelligence (IQ), there is one route that clearly will not lead us to the heart of the problem and that we must avoid at all costs. This route is defining away (rather than U ExK|t
defining) intelligence as whatever it is that IQ tests measure. @
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The dominant approach followed by researchers attempting to define intelligence has been factor analysis, a statistical method that examines mental ability test scores with an eye to -S7rOq2Li
discerning constellations of test scores that are closely related to each other.. The underlying N3Jfp3_b@
thesis is that where a correlation appears among the scores of many people on tests of different P]@m0f
mental abilities, a single factor of intelligence must be common to performance on those tests. `% x6;Ha
Charles Spearman, originator of factor analysis, held that two kinds of factors form the basis of intelligence a general factor and specffic factors. Subsequent theorists divided the general factor into two or more sub-factors, the two most generally agreed upon being verbal, educational and practical-mechanical abilities. Factor analysis has listed many discrete mental abilities and produced models that show how they combine, hut it has not suggested how these abilities work, nor has it been productive in dealing with adaptational ability Or practical problem solving. `"<} B"s
A more recent approach is process analysis or information processing, whose thrust of test r>hkm53
performance. Process analysts, says Dr. Sternberg, do not reject the findings of factoranatysls iraO/KhD*3
but rather, seek " to supplement our understanding of the factors of intelligence with an understanding of the processes that are responsible at least in part for the generation of these bX:ARe
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factors as sources of individual difference. " O&!tW^ih
The counterpart of the factor as a unit of analysis is the component, described by Dr. ]&3UF?
Sternberg as "an elementary information process that operates upon internal representations of T/"6iv\1
objects or symbols. " Componential studies have been subjected to statistical"analysis, and the %jK-}0Tu
findings have clarified how certain tasks are performed. However, like factor analysis, process `V@{#+X
analysis has so far provided few insights into practical problem solving and adaptation to real aD~3C/?aW
worm environments. Dr. Sternberg-hopes that the application of componential analysis to mlR*S<Z
simulations of real world .task performance will contribute to an understanding of how intelligence operated in that area of human activity. _-*Lj;^V
Some in the field say that identifying factors and prcesses is worthwhile, but that doingso will not lead to a definition of intelligence. These critics warn that the models produced by such research may become the basis for some future statementthat intelligence is what the models model. Elt=/,v`!
43. It can be inferred from.the first paragraph that RpE69:~PV
A. no progress has been made in the Study of intelligence since 1921. Ch`XwLY9
B. intelligence is the capacity-to do well in an intelligence test. ldo7}<s
C. Robert J. Sternberg was one of the participants in the 1921 symposium, "Intelligence and Its Measurement". v?)-KtX|
D. psychologists have not yet arrived at a generally accepted definition of intelligence. j5ZeYcQ-
44.The author's primary purpose in the passage is to *f:^6h
A .prove that factor analysis, provides a definitive explanation of the various skills w<