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иԇxԭt֮D

l(f)rg:2017-04-13 ݋:

иxԇһֱ؞صһҪԭtߵDЕrxߵDx@ԒҪʲôߵD?һɡ

ʲôаߵD?

D߉݋P(gun)ϵ@Ă~ʲôP(gun)ϵ?ߵD䌍Ҳdžv@ԒĹʲô@ԒĹܟoǾ@ԒwF(xin)߉݋P(gun)ϵ߉݋P(gun)ϵҲ҂ƽrfăɾ֮gP(gun)ϵČWg(sh)Ա_ҕofD߉݋P(gun)ϵ@Ă~˼䌍һӵ

҂ÎׂӁݾһ£һп_^becauseôRϾҪߵDڽoһЩ(ni)ݣ@rȥץc͹;while҂֪@ʾЌȵP(gun)ϵôھ׌ҵ֮gIJͬ;Ƶl(f)F(xin)gby contrast֪ǰԒԒڲͬȥABкβͬ

Կ@һԒThe Whigs were strongest in the towns, cities, and those rural areas thatwere fully integrated into the market economy, whereas Democrats dominated areas ofsemisubsistence farming that were more isolated and languishing economically. 㿴gһwhereas@ԒЩ㲻JR~㲻ҪӛĿҵ ǰ󌦱ȵIJͬڴŒx@Ԓ֪֮ǰʲôͬ

ӵĴnjxhhxhڳ(zhn)(jng)^l(f)_ĵط^ʢhҪռ(j)Щ(jng)^ĵط

ٿ@ӣTree roots force their way into cracks in rocks and, in so doing, speed theirsplitting. In contrast, the roots of grasses and other small plants may help to hold loose soilfragments together, thereby helping to prevent erosion by the wind.gЂin contrast@ǰɾԒγˌȡl(f)F(xin)Xƒɂ˼෴~һsplittingɢUɢ߀Ђtogether㿴@cĕr@Ԓx΄(w)䌍ѽ(jng)

ٿ@ԒSome of the proposed mechanisms required a very brief period during which allextinctions suddenly took place; other mechanisms would be more likely to have taken placemore gradually, over an extended period, or at different times on different continents. @Ԓ@sһ̖wF(xin)gP(gun)ϵ@r㿴_^һsome(һЩ)R뵽“һЩ”ô“һЩ”“һЩ”_fıضǃߵą^(q)e

@ԒЩ~JRmechanismsDzҪӛĿҵǰʲôͬx֮l(f)F(xin)һՓJrgҪþһЩһJҪһЩwsuddenlymoregraduallyץ@cǰͬĕr䌍@Ԓx΄(w)ˡ

ߵD(yng)ھӸČ}

wׂ}“ߵD”@һԭtҪ}ôʹ?ӸČ}ӸČ}ǿһӃ(ni)ΰҪϢ

ֱӽoһԒՈҳĵϢ@䌍ǺyQһ˼·@ԒĿĺ͹ʲô?

1 [Y(ji)]These plants are termed opportunists because [ԭ]they rely on their seeds’falling into settings where competing plants have been removed by natural processes, such asalong an eroding riverbank, on landslips, or where a tree falls and creates a gap in the forestcanopy.

A. Because [ԭ]their seeds grow in places where competing plants are no longer present, [Y(ji)]dandelions are classified as opportunists.

B. [Y(ji)]Dandelions are called opportunists because [ԭ]they contribute to the naturalprocesses of erosion and the creation of gaps in the forest canopy.

C. The term opportunists apply to plants whose seeds fall in places where they cancompete with the seeds of other plants.

D. The term opportunists apply to plants whose falling seeds are removed by naturalprocesses.

l(f)F(xin)ԭЂbecause֪@Ԓڽضй҂ȥ͹Y(ji)@ЩֲﱻQCxߣԭهNӵMһh(hun)f@h(hun)︂Եֲѽ(jng)Ƴˣ]иԵĭh(hun)׃هԼķNӵMһ]иԵĭh(hun)@ЩֲﱻQCx

ͬWsuch asҪô̎һ҂ЂԭtھӮaϢǺҪ;؏͵Ϣ(yng)ԓDzҪԿsuch asֻҪһc׽oǰʲô(ni)eӵă(ni)ݣl(f)F(xin)fĶǵطfǽosettingeôͿ԰һ߅

҂ԭDڽP(gun)ϵôĂx_Ĵ𰸱ض߉݋P(gun)ϵvԒDϺԭһӵl(f)F(xin)ABCDֻABMһwă(ni)֪AԭͽY(ji)cԭһ_x헡

2 [D(zhun)ǰ]Estimates indicate that the aquifer contains enough water to fill Lake Huron,but unfortunately, [D(zhun)ۺ]under the semiarid climatic conditions that presently exist in theregion, rates of addition to the aquifer are minimal, amounting to about half a centimeter ayear.

A. Despite the current impressive size of the Ogallala aquifer, the region’s climate keepsthe rates of water addition very small.

B. Although the aquifer has been adding water at the rate of only half a centimeter a year,it will eventually accumulate enough water of fill Lake Huron.

C. Because of the region’s present climatic conditions, water is being added each year to theaquifer.

D. Even when the region experiences unfortunate climatic conditions, the rates ofaddition of water continue to increase.

@}Ŀԭһbut unfortunatelyf@ԒǰһD(zhun)ôĵxǰʾIJͬ

D(zhun)ǰaquiferˮ߀ˮM݂mȻ҂֪݂жߵDfˮܶࡣ

D(zhun)ۺ@ɺėlaʺСAmounting tooaʵĔ(sh)֣؏̓(ni)ݲҪ

_D(zhun)ǰfˮD(zhun)ۺfaСȻ҂Ăx_һ߉݋P(gun)ϵı_ǸButͬһAdespiteʾD(zhun)׌;Balthough׌;CЂԭě]д;Devenʾ׌Ăx҂(yu)ȿ]ABD@x

мAx헣despiteă(ni)ݱʾˮԭD(zhun)ǰͬ;̖ă(ni)ݱʾaСԭD(zhun)ۺͬA_x헡

3 Numerous insects occupy the marsh, feeding on living or dead cordgrass tissue, andredwing blackbirds, sparrows, rodents, rabbits, and deer feed directly on the cordgrass.

A. Insects feed only on dead cordgrass, while most other marsh inhabitants feed on livecordgrass.

B. The marsh is a good habitat for insects, but a relatively poor one for birds and animals.

C. Although cordgrass provides food for birds and animals, it gives insects both food and aplace to live.

D.Cordgrass provides food for numerous insects, birds, and other animals.

@}ĿһandʾеP(gun)ϵô҂Ҫ]ǰͲкɲֵă(ni)еă(ni)҂ȡͬ̎ԭ˼ǣandǰfܶxռ(j)ӝɵ@ӵһNֲandf@ЩBȥ@Nֲɲֲһ

ĂxAxЂwhileʾȣ߉݋P(gun)ϵ;BЂbutʾD(zhun)߉݋P(gun)ϵ;CЂalthoughʾ׌߉݋P(gun)ϵ߉݋P(gun)ϵΨһ^ԭľDxwDx헣˼@NֲoxBĄṩʳ

мxl(f)F(xin)Cx䌍fҲеM@NֲoBṩʳoxṩʳṩסĵطƺ@Ԓ܉ʾԭĵ˼ǴҲҪӛmȻgZxcԭvԒ߉݋D;ӱʾĹͬԭě]κεD(zhun)׌^@һNȡʾͬ߉݋P(gun)ϵ_Ͳܿ]althoughҪע(ni)fvԒ߉݋P(gun)ϵD҂Ȼ]@}ĴxDx

@}ҽBߵDھӸČô(yng)䌍f˾ҪvһԒDʲôD@Щ߉݋P(gun)ϵwF(xin)

߉݋P(gun)ϵ

@ҽhӛ߉݋һ͗lY(ji)һ@߉݋P(gun)ϵ໥Q

ڶD(zhun)׌^ȡ@ұ^ܮб^韩DZ^eܵÿܵø@D(zhun)ۣԸijɱ^ܵñ

Dzȡlike A and BʾABefҴ㣬andҴԸijҴandȺͲҲһ𿼑]

]@߉݋P(gun)ϵͿԿ]^^Z~wF(xin)߉݋P(gun)ϵ

@߉݋P(gun)ϵ̽oϣӸČ}rͨ^@ӵ߉݋P(gun)ϵДĂx헵ă(yu)ȼ

ߵD(yng)Ŀ}

҂ٿĿ}

Paragraph 3: … However, as the storm cloud develops, the ground beneath the cloudbecomes positively charged and lightning can take place in the form of an electrical dischargebetween the negative charge of the cloud and the positively charged ground. Lightning thatstrikes the ground is the most likely to be destructive, so [even though it represents only 20percent of all lightning, it has received a lot of scientific attention].

The author remarks that “Lightning that strikes the ground is the most likely to bedestructive” in order to explain why

this form of lightning has been investigated so much

this form of lightning is not as common as lightning within a cloud

scientific understanding of this form of lightning is important

the buildup of positive charge on the ground beneath a storm cloud can have seriousconsequences

Ŀ}ֱӿvԒDһN}Ŀ@}Ŀߞʲôv„˳IJ„ă(ni)fеWƉԵ@Ԓǰߞʲôv@ԒϢcϢ֮gP(gun)ϵ@r(yng)ԓǰĿ߀Ǒ(yng)ԓĿ?䌍ǰҪߵ߉݋ָ

@ԒЂsoôsoǰԭǽY(ji)vԭĿĮȻǽጽY(ji)҂Y(ji)ă(ni)@}Ŀ]ôף߀Ђeven though҂֪soDzB~even thoughǏČB~B~͏ČB~ͬrھгF(xin)ĕr򣬲B~(yu)Ծso@_soȫǽY(ji)

@Y(ji)һY(ji)(gu)even though A, B˼ǼʹABcBAsoĽY(ji)(yng)ԓֱ^even thoughit has received…@NWܵ^ĿƌWP(gun)ע@ԒͬxČA@NʽW늱{(dio)о

ھӸČ}ߵD?߀Ҫͨ^@ЩwF(xin)߉݋P(gun)ϵı_@ҰoĿ}֞ɷNßoؓ

“o”“o”

o

(֧)

e

for example/instance…

because/unless…

like, just as…

ؓ

F(xin)D(zhun)ۻ򷴆̎

in/by contrast…

}ĿҊe@헣ؓзȡôДe߀?DŽڵľЛ]wF(xin)D߉݋~for exampleforinstancelikeincludesuch as@Щ~fe

Դ}^ҪP(gun)ע@ЩwF(xin)D߉݋P(gun)ϵ~

ߵD(yng)ھӲ}

Ӳ}ǿcP(gun)ϵ}Ŀ֮gBӳҊľ헣ָBԸ~Ӵ^IJB~FANBOYS(for, and, nor, but, or, yet, so)Լ^ccŒǰǿҊһDzҊ@ҪBBԵĸ~

g߉݋P(gun)ϵՓCP(gun)ϵ

~

fM

Besides, In addition, in fact, indeed, also…

D(zhun)

however, nevertheless, nonetheless, still, instead…

thus, hence, therefore, consequently, accordingly…

Ŀ

to doʽZZ

That is (to say)…, In other words…, To put it in another way…

e

for example/instance

gBԸ~@Щ߉݋P(gun)ϵУ҂һҽ(jng)ewF(xin)fM߉݋P(gun)ϵ~Mf@ӸČ}@ԒԭԭĂոijһ̎Ȱó׌Żȥ

Paragraph 1: The city of Teotihuacán, which lay about 50 kilometers northeast of modern-day Mexico City, began its growth by 200-100 B.C. At its height, between about A.D. 150 and700, it probably had a population of more than 125,000 people and covered at least 20 squarekilometers. A. It had over 2,000 apartment complexes, a great market, a large number ofindustrial workshops, an administrative center, a number of massive religious edifices, and aregular grid pattern of streets and buildings. B. Clearly, much planning and central controlwere involved in the expansion and ordering of this great metropolis. C. Moreover, the cityhad economic and perhaps religious contacts with most parts of Mesoamerica (modern CentralAmerica and Mexico). D.

————————————————————————————————

In fact, artifacts and pottery from Teotihuacán have been discovered in sites as far away asthe Mayan lowlands, the Guatemalan highlands, northern Mexico, and the Gulf Coast of Mexico.

҂Ҫ]ʲôطܰуɾԒ֮g“(lin)ϵһ𡣮㿴in factĕrҁc֮gʲô߉݋P(gun)ϵ?ӢУin factǰ䌍DzfMP(gun)ϵ҂“Œ”ǰD(zhun)иxУin factĵط䌍һСfMP(gun)ϵ

Ҳǣǰɾ˼ȡͬJin factǰһӣl(f)F(xin)ҲҲ@IJ_ЦTPO҂ҵ67}in fact_^ľӲ}_˾gP(gun)ϵ҂Mһ@Ԓwă(ni)fŒρTeotihuacán͹ˇƷ܉ںhĵطl(f)F(xin)Ȼǵcex҂еă(ni)ͬԺ̎hĵط

@Щˇg(sh)Ʒ܉ڄeĵطl(f)F(xin)ζʲô?ζeĵط(yng)ԓ“(lin)ϵġô҂һһДÿǰЛ]ᵽeĵط“(lin)ϵ

x԰l(f)F(xin)ABCxǰ涼]veĵط“(lin)ϵٿDxf@лSк޵Ľ(jng)ڽ̵“(lin)ϵ@ųF(xin)“(lin)ϵΨһ܉ǰƥľDxǰf@طeطڽ̺ͽ(jng)“(lin)ϵ֮eŒ֧šƷ܉ڄeĵطl(f)F(xin)fȻ“(lin)ϵin fact֧ǰ^c

ڿ]c֮gP(gun)ϵĕrһҪȥע@Щʾg߉݋P(gun)ϵ~@ЩwF(xin)vԒD

ߵD(yng)Ɣ}

҂Ɣ}

иxЌ߉݋P(gun)ϵD_yľƔ}֪Ɣ}(jng)һxOG@ôһԒ“……ЏҰʾ]_f”

{(dio)аʾ˼fȻҪصԭУҲf}EϢ}һµҪȥԭĽoϢДࡣfЛ]_f@ǸϢ}ą^(q)eЛ]׵ظf

҂?ni)ճкܶ@ӵ“ǰںݵĕr߀Uġ”䌍@Ԓ[˼Ҳǰ

߀ ^һTEDvŮef“҂ŮҪϴֵ҂Ů깫܇Ҫϴֵģ҂ŮcnƱҪϴֵ……֮҂Ů˸ʲôҪϴ” ֮ʲô?һֱf˲ϴһӡ

l(f)F(xin)@Щ҂?ni)ճкܶvԒӶ]аԒv҂ fʲô˼иxУ@ӵƔȱȽҽoҵĽhиxеƔ࣬ǻڇДڇ߉݋Д࣬жDߌDД࣬䌍ֻһ˼҂}Ŀ⡣

Paragraph 5: Even the kind of stability defined as simple lack of change is not alwaysassociated with maximum diversity. At least in temperate zones, maximum diversity is oftenfound in mid-successional stages, not in the climax community. Once a redwood forestmatures, for example, the kinds of species and the number of individuals growing on the forestfloor are reduced. In general, diversity, by itself, does not ensure stability. Mathematicalmodels of ecosystems likewise suggest that diversity does not guarantee ecosystemstability—just the opposite, in fact.

Which of the following can be inferred from paragraph 5 about redwood forests?

They become less stable as they mature.

They support many species when they reach climax.

They are found in temperate zones.

They have reduced diversity during mid-successional stages.

@}ĿǂƔ}infer}Ŀredwood foreststľɭp׶λl(f)F(xin)ǾԒڵľӱʾһfһtľɭֳôLڼtľɭֵײNN͔(sh)pˡ

Ҫעʲô}Ŀxһ^ܹȥx@@҂Ͳמʲôv@ԒҪصǰ^cȥ@Ӂfʲô

ǰ^c҂һBxfڜ؎؅^(q)ԲF(xin)Ⱥ߷ĕrȺl(f)չgAһԒftľɭ֮ĕr(sh)Npˡ@䌍Ǻܺõһƥ𰸴ҕpxC

@l(f)F(xin)䌍\һܳҊՓՓʲôՓ?ɴǰСǰƳһY(ji)Փ

e

ǰ᣺ͬWWJ档

Сǰ᣺С

Y(ji)ՓСWJ

ȻQɣ

ǰ᣺ͬWWJ

Сǰ᣺СWJ

Y(ji)ՓС

䌍l(f)F(xin)ܵó@Y(ji)ՓİҲJ档҂ٻ؁ǂƔ}ǰvڜ؎؅^(q)@ôһҎ(gu)Ȼftľɭַ@ӵһҎ(gu)ɣܲܵótľɭ־һǜ؎؅^(q)?@Ǵ߉݋e`_߀xC

҂Y(ji)иx߉݋ڿvԒDиGREGMATLJ߉݋ԇиһNZԿԇZԽHеvԒD

vһ؎؅^(q)Ҏ(gu)ɣeӱǜ؎؅^(q)eһᎧ؅^(q)ʲôx?@ǵһfƔ}ҪߵDߵD߉݋Ҫ

By the 1850’s and 1860’s, there was a great distrust among writers and intellectuals of therapid industrialization of which the railroad was a leading force. Deeply philosophicalhistorians such as Henry Adams lamented the role that the new frenzy for business was playingin eroding traditional values. A distrust of industry and business continued among writersthroughout the rest of the nineteenth century and into the twentieth.

The word lamented is closest in meaning to

complained about

analyzed

explained

reflected on

ٿһ~R}Ɣ}Ɣ˼·sǵ̎ʹõ@~l(wi)amentedҲDŽ~҂ڵľf@ЩvʷWeһ@ôһڵһԒf@ȺW߳һB(ti)——(distrust)һȺ˶ôe@˵đB(ti)ҲDzΣ@~˼(yng)ԓƫؓ

ABCDADZԹBǷCǽDǷ˼˼ΨһƫؓxA҂xA@}fһһȺwһw@wݱǷ(yng)ȺwĿw@ӵ˼·䌍\õ̎}ĕrԼP(gun)ע

[Sediment above and below the gypsum layer] contained tiny marine fossils, indicatingopen-ocean conditions.

_____________________________________________

Which of the following can be inferred from paragraph 3 about the solid gypsum layer?

It did not contain any marine fossil.

It had formed in open-ocean conditions.

It had once been soft, deep-sea mud.

It contained sediment from nearby deserts.

@Ɣ}ԭҽo˴һԒP(gun)gypsum layer@ʯƔʲôԭfʯsediment˺ʯζγںh(hun)ٿlʯlγںh(hun)Z(yng)ԓsediment

҂֪кʯкʯggypsum layer]нo㽻}ĿP(gun)gypsum layer֪ʲô?

@rͲ܇߉݋Дl(f)F(xin)ҪvԒDУʾg]@}҂ֻxAxB

Y(ji)һmȻиx10}xиcDZ󿼲߉݋һӵoǾǿڲͬZԌӴwF(xin)Ӣ@NZԵĪر_ʽҲ@Щ߉݋P(gun)ϵ~

҂phrase_ʼclausesentenceһֱparagraphpassagel(f)F(xin)ͬĽY(ji)(gu)Ӵɲͬ~wF(xin)߉݋P(gun)ϵPhraseɽ~clause^Z~sentenceB~paragraphBԵĸ~wF(xin)

ͬ};͏IJͬČӴ΁Ӳ}paragraph@Ӵc֮gP(gun)ϵӸČ}sentence(ni)߉݋P(gun)ϵԴ@Щ}P(gun)IҪӢı_߉݋P(gun)ϵ

ϱV㲻ǽ~^Z~B~߀Bm(x)Ը~ڲͬӴwF(xin)߉݋P(gun)ϵ@Щ~䌍ԱʾͬһN߉݋P(gun)ϵԱʾʾ׌ʾfM@oһҪĽhиxҪȰvԒDvԒD@Щ߉݋P(gun)ϵ~wF(xin)

OGϸ҂fĺWƵıՓ֪RӢZ@ZԱôӢZZԱʲôԿ?Ӣ@תصıʾ߉݋P(gun)ϵķʽϣ܉}^P(gun)ע@ӵԭt

Ͼиxԭt֮“D”ϣףһ!

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