首页
试卷库
试题库
当前位置：
X题卡
>
所有题目
>
题目详情
? ?阅读下面这篇短文，短文后列出7个句子，请根据短文的内容对每个句子做出判断。 {{B}}? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? My Job ...
查看本题答案
包含此试题的试卷
理工类《单选集》真题及答案
点击查看
你可能感兴趣的试题
下面四幅图片描述的是星期一早晨李华在上学路上经历的一件事请根据图片所提供的信息以第三人称用英语写一篇
请根据以下资料说明使用5个规范句子描述全部所给信息内容要求1标题It’sharmfultoCivil
任务型阅读阅读短文按照要求完成各题Whatwilltheweatherbelike?Somepeop
听短文根据短文内容完成下面的表格短文读三遍注chemistry化学lab实验室
402010·广东省四会中学高三第二次质量检测下面有四副图假设女孩叫Mary男孩叫Peter请根据图
下面四幅图片描述的是李明和爷爷从养鸟到放鸟的一段经历请根据图片所提供的信息以第三人称用英语写一篇短文
请根据下面所示内容用英语写一篇短文比较高中学生减负前后的有关情况1.短文须包括所有图表内容可以适当增
写作.下面四幅图片描述的是李明和爷爷从养鸟到放鸟的一段经历请根据图片所提供的信息用英语写一篇短文并发
二图表式322010·山东运河中学高三10月月考请根据下面所示内容用英语写一篇短文比较高中学生减负前
任务型阅读阅读下面的短文完成相关任务IntheCharlesF.JohnsonElementaryS
阅读表达阅读下面短文根据其内容完成后面各项任务IntheCharlesE.JohnsonElemen
基础写作请根据以下表格内容使用5个规范的英语句子介绍学校学生的课外活动情况作文必须全部所给的信息5个
书面表达共15分下面四幅图描述的是星期天上午在中山公园里发生的事请根据图片所提供的信息用英语为你校的
书面表达满分25分下面四幅图片描述的是李明和爷爷从养鸟到放鸟的一段经历请根据图片所提供的信息以第三人
第二节短文写作满分25分下面4幅图片描述的是星期天上午在中山公园里发生的一件事请根据图片所提供的信息
第二节书面表达满分25分下面四幅图片描述的是李明和爷爷从养鸟到放鸟的一段经历请根据图片所提供的信息以
请根据以下的说明内容使用连贯的英语句子写一篇短文健康一直是人们关注的话题请根据下面提供的写作内容写一
某英文报社举办以ILikeReading为主题的征文活动你打算投稿请根据以下要点写一篇短文【写作内容
请根据以下的说明内容使用连贯的英语句子写一篇短文健康一直是人们关注的话题请根据下面提供的写作内容写一
IV.写作共两节满分为40分第一节基础写作共1小题满分15分【写作内容】请按照下面6幅图片的提示和所
热门试题
更多
Britishpeoplehavethehabitofreadingnewspapersinthe______.
Desertperennialslosetheirleavesaftertherainyseasonjustastreeslosetheirsinwetterclimatesbeforewinterarrivesbutthereasonsforthisfeaturearedifferent.
Paragraph4______
Paragraph2______
Ordinaryplantsareunabletosurviveinthedesertmainlybecauseofthechangeableweather.
Itdoesn't{{U}}standtoreason{{/U}}thathewouldlie.
{{*HTML*}}阅读下面的短文文章中有5处空白文章后有6组文字请根据文章的内容选择5组文字将其分别放回文章原有位置以恢复文章原貌 ??Thereareabout350speciesofsharks.Thelargestsharksare thewhalesharkandthebaskingsharkwhichfeedonplanktonandsmallfish. Theadultwhalesharkgrowstoabout13meterslongwhilethebaskingshark extendsalittleover8meters.{{U}}?46?{{/U}}Ontheotherhandthere areanumberofthemwhichhaveattackedandkilledswimmers.Thesesharks includethegreathammerheadbluewhitetipandofcoursethegreatwhite shark.??{{U}}?47?{{/U}}Thegreatwhitegrowstobetween 5and8meterslongandcanweighmorethan1300kilograms.Itcanswimthrough theeateratspeedsreaching32kilometersperhour.Howeveroneofthefastest swimmersinthesharkfamilyisthebluesharkwhichcanswimataspeedof nearly752kilometersperhour.??{{U}}?48?{{/U}}They cangrowaslongas5centimetersandtheyareverysharp.Unlikehumanswho havetwosetsofteethintheirlifetimesomesharkscanhaveasmanyas5or 6sets.Itisrareforasharktohavefewerthan4sets.Itisrareforashark tohavefewerthan4sets.Astheshark’steetharewornouttheyfalloutand arereplacedbythenextrow.??{{U}}?49?{{/U}}Ina lifetimesomesharkscangrowandlosebetween10000and30000 teeth.??Seabiologistshavediscoveredthatthesharkhasa remarkablylargebrainandawell-developedsensorysystem.Theanimalhasan extraordinarysenseofsmellandexcellentvision.??{{U}} ?50?{{/U}}Specialsensorypitsontheshark’snoseandchincan detectweakelectricalfieldsinthewaterthatareproducedbyfishandother animals.Scientistshaveconcludedthatsharksassociatefoodwithelectrical fields.Scientistsalsobelievethatsharkscreatetheirownelectricalfields toaimtheminknowingwheretogointhesea.???A.Mustof thespeciesarenotparticularlycruel.???B.Sharkshave livedonearthformorethan180millionyears.???C.The greatwhiteisthelargestandcruelestofallanimalsknowntoattack humans.???D.Somesharkscanwearoutafullsetofteeth inlessthan6months.???E.Oneofthemostunusualaspects ofthesharkisitsteeth.???F.Butsharksarealso sensitivetoelectricalfields.
{{*HTML*}}{{B}}第三篇{{/B}} ??Volcanicfireandglacialiceare naturalenemies.Eruptionsatglaciatedvolcanoestypicallydestroyicefields astheydidin1980when70percentofMountSaintHelensicecoverwasde molished.Duringlongdormantintervalsglaciersgaintheupperhandcutting deeplyintovolcanicconesandeventuallyreducingthemtorubble.Onlyrarely dothesecompetingforcesofheatandcoldoperateinperfectbalancetocreate phenomenonsuchasthesteamcavesatMountRainierPark.? ?LocatedinsideRainier’stwoice-filledsummitcratersthesecavesforma labyrinthoftunnelsandvaultedchambersaboutoneandone-halfmilesintotal length.Theircreationdependsonanunusualcombinationoffactorsthatnature almostneverbringstogetherinoneplace.Thecave-makingrecipecallsfora steadyemissionofvolcanicgasandheataheavyannualsnowfallatan elevationhighenoughtokeepitfrommeltingduringthesummeranda bowl-shapedcratertoholdthesnow.??Snowaccumulatingyearlyin Rainier’ssummitcratersiscompactedandcompressedintoadenseformofice calledfirnasubstancemidwaybetweenordinaryiceandthedensercrystalline icethatmakesupglaciers.Heatrisingfromnumerousopeningscalled fumarolesalongtheinnercraterwallsmeltsoutchambersbetweentherocky wallsandtheoverlyingicepack.Circulatingcurrentsofwarmairthenmelt additionalopeninginthefirniceeventuallyconnectingtheindividual chambersandinthelargerofRainier’stwocratersformingacontinuous passagewaythatextendstwo-thirdsofthewayaroundthecrater’s interior.??Tomaintainthecavesystemtheelementsoffire undericemustremaininequilibriumEnoughsnowmustfillthecratereachyear toreplacethatmeltedfrombelow.Iftoomuchvolcanicheatisdischargedthe crater’sicepackwillmeltawayentirelyandthecaveswillvanishalongwith thesnowsofyesteryear.Iftoolittleheatisproducedtheicereplenished annuallybywintersnowstormswillexpandpushingagainsttheenclosingcrater wailsandsmotheringthepresentcavernsinsolidfirn ice.ThesecondparagraphmentionsallofthefollowingasnecessaryelementsinthecreationofsteamcavesEXCEPT______.
Duringhislifetimehewasableto{{U}}accumulate{{/U}}quiteafortune
{{*HTML*}}阅读下面的短文文章中有5处空白文章后有6组文字请根据文章的内容选择5组文字将其分别放回文章原有位置以恢复文章原貌 ??Thereareabout350speciesofsharks.Thelargestsharksare thewhalesharkandthebaskingsharkwhichfeedonplanktonandsmallfish. Theadultwhalesharkgrowstoabout13meterslongwhilethebaskingshark extendsalittleover8meters.{{U}}?46?{{/U}}Ontheotherhandthere areanumberofthemwhichhaveattackedandkilledswimmers.Thesesharks includethegreathammerheadbluewhitetipandofcoursethegreatwhite shark.??{{U}}?47?{{/U}}Thegreatwhitegrowstobetween 5and8meterslongandcanweighmorethan1300kilograms.Itcanswimthrough theeateratspeedsreaching32kilometersperhour.Howeveroneofthefastest swimmersinthesharkfamilyisthebluesharkwhichcanswimataspeedof nearly752kilometersperhour.??{{U}}?48?{{/U}}They cangrowaslongas5centimetersandtheyareverysharp.Unlikehumanswho havetwosetsofteethintheirlifetimesomesharkscanhaveasmanyas5or 6sets.Itisrareforasharktohavefewerthan4sets.Itisrareforashark tohavefewerthan4sets.Astheshark’steetharewornouttheyfalloutand arereplacedbythenextrow.??{{U}}?49?{{/U}}Ina lifetimesomesharkscangrowandlosebetween10000and30000 teeth.??Seabiologistshavediscoveredthatthesharkhasa remarkablylargebrainandawell-developedsensorysystem.Theanimalhasan extraordinarysenseofsmellandexcellentvision.??{{U}} ?50?{{/U}}Specialsensorypitsontheshark’snoseandchincan detectweakelectricalfieldsinthewaterthatareproducedbyfishandother animals.Scientistshaveconcludedthatsharksassociatefoodwithelectrical fields.Scientistsalsobelievethatsharkscreatetheirownelectricalfields toaimtheminknowingwheretogointhesea.???A.Mustof thespeciesarenotparticularlycruel.???B.Sharkshave livedonearthformorethan180millionyears.???C.The greatwhiteisthelargestandcruelestofallanimalsknowntoattack humans.???D.Somesharkscanwearoutafullsetofteeth inlessthan6months.???E.Oneofthemostunusualaspects ofthesharkisitsteeth.???F.Butsharksarealso sensitivetoelectricalfields.{{*HTML*}}
Ifwoolisputintohotwaterittendsto{{U}}shrink{{/U}}.
{{*HTML*}}{{B}}第三篇{{/B}} ??Volcanicfireandglacialiceare naturalenemies.Eruptionsatglaciatedvolcanoestypicallydestroyicefields astheydidin1980when70percentofMountSaintHelensicecoverwasde molished.Duringlongdormantintervalsglaciersgaintheupperhandcutting deeplyintovolcanicconesandeventuallyreducingthemtorubble.Onlyrarely dothesecompetingforcesofheatandcoldoperateinperfectbalancetocreate phenomenonsuchasthesteamcavesatMountRainierPark.? ?LocatedinsideRainier’stwoice-filledsummitcratersthesecavesforma labyrinthoftunnelsandvaultedchambersaboutoneandone-halfmilesintotal length.Theircreationdependsonanunusualcombinationoffactorsthatnature almostneverbringstogetherinoneplace.Thecave-makingrecipecallsfora steadyemissionofvolcanicgasandheataheavyannualsnowfallatan elevationhighenoughtokeepitfrommeltingduringthesummeranda bowl-shapedcratertoholdthesnow.??Snowaccumulatingyearlyin Rainier’ssummitcratersiscompactedandcompressedintoadenseformofice calledfirnasubstancemidwaybetweenordinaryiceandthedensercrystalline icethatmakesupglaciers.Heatrisingfromnumerousopeningscalled fumarolesalongtheinnercraterwallsmeltsoutchambersbetweentherocky wallsandtheoverlyingicepack.Circulatingcurrentsofwarmairthenmelt additionalopeninginthefirniceeventuallyconnectingtheindividual chambersandinthelargerofRainier’stwocratersformingacontinuous passagewaythatextendstwo-thirdsofthewayaroundthecrater’s interior.??Tomaintainthecavesystemtheelementsoffire undericemustremaininequilibriumEnoughsnowmustfillthecratereachyear toreplacethatmeltedfrombelow.Iftoomuchvolcanicheatisdischargedthe crater’sicepackwillmeltawayentirelyandthecaveswillvanishalongwith thesnowsofyesteryear.Iftoolittleheatisproducedtheicereplenished annuallybywintersnowstormswillexpandpushingagainsttheenclosingcrater wailsandsmotheringthepresentcavernsinsolidfirn ice.ThewordtheyPara.1Line2refersto______.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
WinstonChurchillgavea{{U}}moving{{/U}}speech.
It'simpoliteto{{U}}cutin{{/U}}whentwopersonsareholdingaconversation.
Localnewspapersarewellreceivedbecausetheycarryarticlesthatplease______.
Thecompany{{U}}recommended{{/U}}thatanewgasstationbebuilthere.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
{{*HTML*}}{{B}}第二篇{{/B}} ??Mostofthepioneersoflow-temperature physicsexpectedgasestoliquefybutnoneofthempredictedsuperconductivity. Thisphenomenonwasdiscoveredin1911byOnneswhilehewasstudyingfrozen mercury.??Morethan40yearspassedbeforephysicistswereable toofferanexplanationforsuperconductivity.Theacceptedtheorydevelopedin the1950sholdsthatthefundamentalbehaviorofelectronschangesatverylow temperaturesbecauseoftheeffectsofquantummechanics.Electronsaretiny particlesthatmakeuptheouterpartofanatomcirclingrapidlyaroundthe nucleusoftheatom.Inaregularconductor—ametalthatconductsanelectric current—theoutermostelectronsarenotboundtightlytotheatomsandsothey movearoundrelativelyfreely.Theflowoftheseelectronsisanelectric current.??Atnormaltemperaturesaconductor’selectronscannot movecompletelyfreelythroughthemetalbecausetheyarebumpedaroundbythe metal’satoms.Butaccordingtotheleadingtheoryofsuperconductivitywhena metalisverycoldelectronsformpairs.Thenlikecouplesmaneuveringona crowdeddancefloorbutnevercollidingthepairedelectronsareabletomove unimpededthroughthemetal.Inpairingupitseemstheelectronsareableto blendtogetherandmoveinunisonwithoutresistance.??This explanationseemstoaccountforsuperconductivityatextremelylow temperaturesbutin1986scientistsinSwitzerlandfoundthatsome metal-containingceramicsaresuperconductorsatmuchhighertemperatures.By 1992scientistshaddevelopedceramicsthatbecomesuperconductingat-297’F andsomeresearchersspeculatedthatroom-temperaturesuperconductorsmaybe possible.Scientistsarestilltryingtoformulateatheoryforhigh-temperature superconductivity.??Thenewceramicmaterialscanbemaintained attheirsuperconductingtemperatureswithrelativelyinexpensiveliquid nitrogenratherthanthemuchcolderandmuchmorecostlyliquidheliumrequired bymetalsuperconductors.Thecostdifferencecouldmakesuperconductivity practicalformanynewtechnologies.Forexamplemagneticallylevitatedtrains whichrequiresuperconductingelectromagnetswouldbemuchcheapertobuild thantheyarenow.Superconductingdevicesmightalsobeusedforadvancedpower transmissionlinesandinnewtypesofcompactultrafastcomputers.Butforthe timebeingsuperconductivityisfindingapplicationmostlyinscientific researchandinsomekindsofmedicalimaging devices.Thebestadvantageofnewceramicmaterialsovermetalsuperconductorsis______.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
{{*HTML*}}阅读下面的短文文章中有5处空白文章后有6组文字请根据文章的内容选择5组文字将其分别放回文章原有位置以恢复文章原貌 ??Thereareabout350speciesofsharks.Thelargestsharksare thewhalesharkandthebaskingsharkwhichfeedonplanktonandsmallfish. Theadultwhalesharkgrowstoabout13meterslongwhilethebaskingshark extendsalittleover8meters.{{U}}?46?{{/U}}Ontheotherhandthere areanumberofthemwhichhaveattackedandkilledswimmers.Thesesharks includethegreathammerheadbluewhitetipandofcoursethegreatwhite shark.??{{U}}?47?{{/U}}Thegreatwhitegrowstobetween 5and8meterslongandcanweighmorethan1300kilograms.Itcanswimthrough theeateratspeedsreaching32kilometersperhour.Howeveroneofthefastest swimmersinthesharkfamilyisthebluesharkwhichcanswimataspeedof nearly752kilometersperhour.??{{U}}?48?{{/U}}They cangrowaslongas5centimetersandtheyareverysharp.Unlikehumanswho havetwosetsofteethintheirlifetimesomesharkscanhaveasmanyas5or 6sets.Itisrareforasharktohavefewerthan4sets.Itisrareforashark tohavefewerthan4sets.Astheshark’steetharewornouttheyfalloutand arereplacedbythenextrow.??{{U}}?49?{{/U}}Ina lifetimesomesharkscangrowandlosebetween10000and30000 teeth.??Seabiologistshavediscoveredthatthesharkhasa remarkablylargebrainandawell-developedsensorysystem.Theanimalhasan extraordinarysenseofsmellandexcellentvision.??{{U}} ?50?{{/U}}Specialsensorypitsontheshark’snoseandchincan detectweakelectricalfieldsinthewaterthatareproducedbyfishandother animals.Scientistshaveconcludedthatsharksassociatefoodwithelectrical fields.Scientistsalsobelievethatsharkscreatetheirownelectricalfields toaimtheminknowingwheretogointhesea.???A.Mustof thespeciesarenotparticularlycruel.???B.Sharkshave livedonearthformorethan180millionyears.???C.The greatwhiteisthelargestandcruelestofallanimalsknowntoattack humans.???D.Somesharkscanwearoutafullsetofteeth inlessthan6months.???E.Oneofthemostunusualaspects ofthesharkisitsteeth.???F.Butsharksarealso sensitivetoelectricalfields.
WhydoesthepresidentofSonyCorporationmentionrestaurantsinthefirstparagraph?
OfalltheplanetsinthissolarsystemMercuryis{{U}}nearest{{/U}}theSun.
Whatdoesthepresidentsayheisdoing?
Almostalleconomistsagreethatnations{{U}}gain{{/U}}bytradingwithoneanother.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
Theshootsystemofperennialscanhelptheplantsabsorblessofthesun'sray.
{{*HTML*}}阅读下面的短文文中有15处空白每处空白给出4个选项请根据短文的内容从4个选项中选择1个最佳答案 ??Energyequalsmasstimesthespeedof lightsquared.ThisisthefamousequationofAlbertEinstein.It{{U}}?51 ?{{/U}}tothecategoryofthetheoryofrelativityanditequatesenergy withmass.??Allthingsaremadeupofatoms.When{{U}}?52 ?{{/U}}ofanatomtravelsatalmostthespeedoflight{{U}}?53 ?{{/U}}weputmoreenergyintoittoincreasethespeeditbeginstoin creaseinmass.Theenergythatmakesittravelfastcannotmakeittravel{{U}} ?54?{{/U}}thespeedoflight—nothing{{U}}?55?{{/U}}light cantravelthatfast-sotheenergygoesintothething{{U}}?56 ?{{/U}}andincreasesitsmass.Energy{{U}}?57?{{/U}}into mass.??Whyisthetheorycalledthetheoryofrelativity?Athing thatisrelativedependsupon{{U}}?58?{{/U}}elsetoidentifyitorto defineit.Inrelativitytheoryweidentifyordefinemasstimeandlength{{U}} ?59?{{/U}}tothespeedoflight.??Whensomethingisat restitlooks{{U}}?60?{{/U}}inlength.Howeverwhenittravelsat almostthespeedoflightitbecomes{{U}}?61?{{/U}}.Timealso changes.Howeverthechangeintimeis{{U}}?62?{{/U}}tothechangein length.Thelengthofathingbecomesshort{{U}}?63?{{/U}}timebecomes long.??Ifyouwantto{{U}}?64?{{/U}}youngrelativeto afriendtakeatripinaspaceshipthattravelsat{{U}}?65?{{/U}}the speedoflight.Andalthoughtimeandheartbeatseemordinarytoyouinthe spaceshipwhenyoureturnlookatyourfriend;Relativetoyouheorsheis old.
热门题库
更多
中石油职称英语
理工类
卫生类
综合类
国际货运代理师
报关水平测试
报检员
物流员(四级)
助理物流师(三级)
物流师(二级)
高级物流师(一级)
物流案例分析
单证员基础理论与知识
单证员缮制与操作
国际货运代理理论与实务
外贸综合业务
湘公网安备 43130202000226号