NO43Word下载.docx

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Atedious

Bmelodious

Ccapricious

Dcompelling

Ecautious

5Inthemachinelikeworldofclassicalphysics,

thehumanintellectappears----,sincethe

mechanicalnatureofclassicalphysicsdoesnot

----creativereasoning,theveryabilitythathad

madetheformulationofclassicalprinciples

possible.

Aanomalous..allowfor

Babstract..speakto

Canachronistic..deny

Denduring..value

Econtradictory..exclude

6Duringthe1960'

sassessmentsofthefamily

shiftedremarkably,fromgeneralendorsement

ofitasaworthwhile,stableinstitutionto

widespread----itasanoppressiveandbankrupt

onewhose----wasbothimminentandwelcome.

Aflightfrom..restitution

Bfascinationwith..corruption

Crejectionof..vogue

Dcensureof..dissolution

Erelinquishmentof..ascent

7Documentingscience'

s----philosophywould

be----,sinceitisalmostaxiomaticthatmany

philosophersusescientificconceptsasthe

foundationsfortheirspeculations.

Adistrustof..elementary

Binfluenceon..superfluous

Crelianceon..inappropriate

Ddependenceon..difficult

Edifferencesfrom..impossible

8SCALPEL:

SURGEON:

:

Alaser:

agronomist

Bmagnet:

ecologist

Csyringe:

geologist

Dtelescope:

astronomer

Emicroscope:

geometrician

9APPLE:

FRUIT:

Aegg:

chicken

Brung:

chair

Cwool:

fabric

Dfuse:

dynamite

Ewick:

candle

10ENVELOPE:

LETTER:

Ascarf:

hat

Bbox:

bag

Ccrate:

produce

Dneck:

head

Eblood:

heart

11PANEGYRIC:

EULOGIZE:

Aballad:

stigmatize

Bode:

criticize

Clampoon:

satirize

Dtirade:

entertain

Etreatise:

dispute

12OVERDOSE:

PRESCRIPTION:

Adeprivation:

materialism

Bindiscretion:

convention

Caffliction:

sympathy

Dadventure:

expedition

Edrug:

medicine

13FRESCO:

WALL:

Afountain:

courtyard

Bparquetry:

floor

Cthatch:

roof

Dstatuary:

passage

Egargoyle:

gutter

14HAMMER:

ANVIL:

Aknocker:

door

Bstick:

gong

Chand:

drum

Dpestle:

mortar

Egavel:

lectern

15RELEVANT:

CRUCIAL:

Amarginal:

unique

Bperceptible:

obvious

Capparent:

real

Dperipheral:

central

Epossible:

desirable

16PERFUNCTORILY:

INSPIRATION:

Ainsolently:

veneration

Bardently:

passion

Cphlegmatically:

composure

Dsurreptitiously:

obsession

Ehaltingly:

reluctance

   Greatcomicartisneverother-

  wordly,itdoesnotseektomystify

  us,anditdoesnotdenyambiguityby

  brandingasevilwhateverdiffersfrom

(5)good.Greatcomicartistsassumethat

  truthmaybearalllights,andthusthey

  seektoaccentuatecontradictionsin

  socialaction,notglossoverortran-

  scendthembyappealstoextrasocial

(10)symbolsofdivineends,cosmicpurpose,

  orlawsofnature.Themomentof

  transcendenceingreatcomicartisa

  socialmoment,bornoutofthe

  convictionthatwearehuman,even

(15)thoughwetrytobegods.Thecomic

  communitytowhichartistsaddress

  themselvesisacommunityofreasoning,

  loving,joyful,compassionatebeings,

  whoarewillingtoassumethehuman

(20)risksofactingrationally.Without

  invokinggodsordemons,greatcomic

  artarousescourageinreason,courage

  whichgrowsoutoftrustinwhathuman

  beingscandoashumans.

17Thepassagesuggeststhatgreat

comicartcanbecharacterizedas

optimisticabouttheabilityof

humansto

Aridthemselvesofpride

Btranscendthehumancondition

Cdifferentiateclearlybetween

goodandevil

Davoidsocialconflicts

Eactrationally

18Itcanbeinferredfromthepassage

thattheauthoradmiresgreatcomic

artistsprimarilyfortheir

Aabilitytounderstandthefrequently

subtledifferencesbetweengood

andevil

Babilitytoreconcilethecontradictions

inhumanbehavior

Cabilitytodistinguishbetweenrational

andirrationalbehavior

Dinsistenceonconfrontingthetruth

aboutthehumancondition

Einsistenceoncondemninghuman

faultsandweaknesses

19Whichofthefollowingisthemostaccurate

descriptionoftheorganizationofthe

passage?

AAsequenceofobservationsleading

toaprediction

BAlistofinferencesdrawnfromfacts

statedatthebeginningofthepassage

CAseriesofassertionsrelatedtoone

generalsubject

DAstatementofthemajoridea,followed

byspecificexamples

EAsuccessionofideasmovingfrom

specifictogeneral

   

Ithaslongbeenknownthatthe

  rateofoxidativemetabolism(the

  processthatusesoxygentoconvertfood

  intoenergy)inanyanimalhasa

(5)profoundeffectonitslivingpatterns.

  Thehighmetabolicrateofsmall

  animals,forexample,givesthem

  sustainedpowerandactivityperunitof

  weight,butatthecostofrequiring

(10)constantconsumptionoffoodandwater.

  Verylargeanimals,withtheir

  relativelylowmetabolicrates,can

  survivewellonasporadicfoodsupply,

  butcangeneratelittlemetabolicenergy

(15)pergramofbodyweight.Ifonly

  oxidativemetabolicrateisconsidered,

  therefore,onemightassumethat

  smaller,moreactive,animalscould

  preyonlargerones,atleastifthey

(20)attackedingroups.Perhapstheycould

  ifitwerenotforanaerobicglycolysis,

  thegreatequalizer.

   Anaerobicglcolysisisaprocessin

  whichenergyisproduced,without

(25)oxygen,throughthebreakdownofmuscle

  glycogenintolacticacidandadenosine

  tri-phosphate(ATP),theenergy

  provider.Theamountofenergythatcan

  beproducedanaerobicallyisafunction

(30)oftheamountofglycogenpresent-inall

  vertebratesabout0.5percentoftheir

  muscles'

wetweight.Thustheanaerobic

  energyreservesofavertebrateare

  proportionaltothesizeoftheanimal.

(35)If,forexample,somepredatorshad

  attackeda100-tondinosaur,normally

  torpid,thedinosaurwouldhavebeen

  abletogeneratealmostinstantaneously,

  viaanaerobicglycolysis,theenergyof

(40)3,000humansatmaximumoxidative

  metabolicenergyproduction.This

  explainshowmanylargespecieshave

  managedtocompetewiththeirmore

  activeneighbor:

thecompensationfor

(45)alowoxidativemetabolicrateis

  glycolysis.

   Therearelimitations,however,tothis

  compensation.Theglycogenreserves

  ofanyanimalaregood,atmost,for

(50)onlyabouttwominutesatmaximum

  effort,afterwhichonlythenormal

  oxidativemetabolicsourceofenergy

  remains.Withtheconclusionofaburst

  ofactivity,thelacticacidlevelis

(55)highinthebodyfluids,leavingthe

  largeanimalvulnerabletoattackuntil

  theacidisreconverted,viaoxidative

  metabolism,bytheliverintoglucose,

  whichisthensent(inpart)backtothe

(60)musclesforglycogenresynthesis.During

  thisprocesstheenormousenergydebt

  thattheanimalhasrunupthrough

  anaerobicglycolysismustberepaid,a

  debtthatisproportionallymuchgreater

(65)forthelargervertebratesthanforthe

  smallerones.Whereasthetinyshrewcan

  replaceinminutestheglycogenused

  formaximumeffort,forexample,the

  giganticdinosaurwouldhaverequired

(70)morethanthreeweeks.Itmightseem

  thatthisinterminablylongrecovery

  timeinalargevertebratewouldprove

  agravedisadvantageforsurvival.

  Fortunately,muscleglycogenisused

(75)onlywhenneededandeventhenonlyin

  whateverquantityisnecessary.Onlyin

  timesofpanicorduringmortalcombat

  wouldtheentirereservesbeconsumed.

20Theprimarypurposeofthepassage

isto

Arefuteamisconceptionaboutanaerobic

glycolysis

Bintroduceanewhypothesisabout

anaerobicglycolysis

Cdescribethelimitationsofanaerobic

Danalyzethechemistryofanaerobic

glycolysisanditssimilaritytooxidative

metabolism

Eexplainanaerobicglycolysisandits

effectsonanimalsurvival

21Accordingtotheauthor,glycogen

iscrucialtotheprocessofanaerobic

glycolysisbecauseglycogen

Aincreasestheorganism'

sneedforATP

BreducestheamountofATPinthe

tissues

Cisaninhibitoroftheoxidative

metabolicproductionofATP

DensuresthatthesynthesisofATP

willoccurspeedily

EisthematerialfromwhichATPis

derived

22Accordingtotheauthor,amajor

limitationofanaerobicglycolysisis

thatitcan

Aproduceinlargeanimalsmorelactic

acidthanthelivercansafelyreconvert

Bnecessitateadangerouslylongrecovery

periodinlargeanimals

Cproduceenergymoreslowlythanit

canbeusedbylargeanimals

Dconsumealloftheavailableglycogen

regardlessofneed

Ereducesignificantlytherateatwhich

energyisproducedbyoxidative

23Thepassagesuggeststhatthetotal

anaerobicenergyreservesofavertebrate

areproportionaltothevertebrate'

ssize

because

Alargervertebratesconservemoreenergy

thansmallervertebrates

Blargervertebratesuselessoxygenper

unitweightthansmallervertebrates

Ctheabilityofavertebratet

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