基礎(chǔ)弱怎么備考雅思

基礎(chǔ)弱怎么備考雅思基礎(chǔ)弱怎么辦?怎樣備考雅思，今日給大家?guī)砘A(chǔ)弱怎么備考雅思，盼望能夠關(guān)心到大家，下面就和大家共享，來觀賞一下吧。

基礎(chǔ)弱怎么備考雅思

聽力

從最基礎(chǔ)的說起，聽力詞匯不得不背，我當(dāng)時刷了至少5遍的語料庫，什么叫真正記住一個單詞?那就是聽到這單詞的發(fā)音，你能寫出來并知道它的意思。所以千萬別偷懶，肯定要有詞匯量。對待一個聽力單詞，做到一聽到發(fā)音，快速反應(yīng)意思和拼寫。在記住聽力詞匯的同時，還有一個致命的關(guān)鍵就是同義替換。你要把這些詞匯，特殊是名詞、形容詞的同義替換記住，說究竟，聽力考的就是一個同義替換。

口語

口語就是要預(yù)備全部的topic的，究竟我們對于英語來說是個外國人，但是好在我們有全部的話題卡，可以事先預(yù)備。至于訓(xùn)練方法，我覺得口語，確定是需要你流利地表達(dá)自己的想法，所以練習(xí)是肯定不能缺少的。建議找一個陪你練習(xí)的小烤鴨，可以支配在晚上，大家都有空，進(jìn)行視頻或是語音通話，進(jìn)行一輪一輪的你問我答，這樣有利于發(fā)覺自己的發(fā)音問題和句子停頓錯誤。還可以提高自己對問題的反應(yīng)靈敏度。

閱讀

閱讀方面，中國考生的閱讀力量都是杠杠的。其實這也是由于，閱讀題是我們從學(xué)校習(xí)英語中就反復(fù)練習(xí)的題目，我們最不怵，也最不信任自己做不好。其實我覺得想要提高閱讀就是把單詞量提高的問題，假如想要沖擊閱讀的高分，應(yīng)當(dāng)把長難句也理順，需要對文章培育肯定的感覺，這種感覺可以從平常的每日閱讀習(xí)慣中培育出來。想提示大家的是，平常訓(xùn)練的時候在保證正確率的基礎(chǔ)上提高自己的做題速度。在考試的時候，我是沒有全部做完，但是做完的那些的正確率肯定是很高的，假如真遇到時間來不及的，肯定是先做填空題，選擇題可以猜。

寫作

關(guān)于寫作，我想強(qiáng)調(diào)的兩點(diǎn)是，寫作=規(guī)律思路+素材，寫作的思路很重要。對大作文來講，文章的結(jié)構(gòu)是總分總的比較多，一般開頭一段，中間兩段或者三段，最終一段。開頭一段都是改寫題目，不同的題型(argumentation/report/discuss類)會有不同的思路，但是對于每一個段落，肯定是開頭一句是主題句(就是接下來這段你要講什么)，也是根據(jù)總分的結(jié)構(gòu)。所以假如你想湊字?jǐn)?shù)，也可以在每段的最終再點(diǎn)一下前面的主題句，但是肯定是轉(zhuǎn)換一下句子結(jié)構(gòu)的哈。最終一段總結(jié)的就是把你的觀點(diǎn)再換一種方法進(jìn)行闡述一下即可。

從小作文來看，小作文是比較死板的。積累各種說明文的上升下降，劇變啥的表達(dá)詞匯和句型。在清晰寫作骨骼的前提下，再來補(bǔ)充血肉和靈魂，然后積累范文里面的好句子。有了骨架，寫作材料就是血和肉，你的主題思想就是寫作思路就是你整篇文章的靈魂，三者缺一不行。

關(guān)于寫作的訓(xùn)練，想說的話就是：肯定要練習(xí)!可以找一個伙伴相互監(jiān)督，相互批改，在嚴(yán)格的時間內(nèi)完成，然后兩個人進(jìn)行爭論修改，再寫，再改。也不需要套模板，明白了寫作模式，有了框架，再加上題目的寫作思路，有了靈魂，再加上你的詞句，有了血肉，就變成了你自己的模板。

復(fù)習(xí)時間支配

復(fù)習(xí)時推舉一天的時間合理安排到聽力、閱讀、口語和寫作四項上。安排的時間是2小時閱讀、2.5小時聽力、1小時的口語和1.5小時的寫作。最終，祝大家考到抱負(fù)的成果!

雅思閱讀全真練習(xí)系列：Timetocoolit

Timetocoolit

1REFRIGERATORSaretheepitomeofclunkytechnology:solid,reliableandjustalittlebitdull.Theyhavenotchangedmuchoverthepastcentury,butthentheyhavenotneededto.Theyarebasedonarobustandeffectiveidea--drawheatfromthethingyouwanttocoolbyevaporatingaliquidnexttoit,andthendumpthatheatbypumpingthevapourelsewhereandcondensingit.Thismethodofpumpingheatfromoneplacetoanotherservedmankindwellwhenrefrigeratorsmainjobswerepreservingfoodand,asairconditioners,coolingbuildings.Todayshigh-techworld,however,demandshigh-techrefrigeration.Heatpumpsarenolongeruptothejob.Thesearchisonforsomethingtoreplacethem.

2Onesetofcandidatesareknownasparaelectricmaterials.Theseactlikebatterieswhentheyundergoatemperaturechange:attachelectrodestothemandtheygenerateacurrent.Thiseffectisusedininfra-redcameras.Anarrayoftinypiecesofparaelectricmaterialcansensetheheatradiatedby,forexample,aperson,andthepatternofthearrayselectricaloutputscanthenbeusedtoconstructanimage.Butuntilrecentlynoonehadbotheredmuchwiththeinverseofthisprocess.Thatinverseexists,however.Applyanappropriatecurrenttoaparaelectricmaterialanditwillcooldown.

3SomeonewhoislookingatthisinverseeffectisAlexMischenko,ofCambridgeUniversity.Usingcommerciallyavailableparaelectricfilm,heandhiscolleagueshavegeneratedtemperaturedropsfivetimesbiggerthananypreviouslyrecorded.Thatmaybeenoughtochangethephenomenonfromalaboratorycuriositytosomethingwithcommercialapplications.

4Astowhatthoseapplicationsmightbe,DrMischenkoisstillalittlehazy.Hehas,nevertheless,setupacompanytopursuethem.Heforeseesputtinghisdiscoverytouseinmoreefficientdomesticfridgesandairconditioners.Therealmoney,though,maybeincoolingcomputers.

5Gadgetscontainingmicroprocessorshavebeengettinghotterforalongtime.OneconsequenceofMooresLaw,whichdescribesthedoublingofthenumberoftransistorsonachipevery18months,isthattheamountofheatproduceddoublesaswell.Infact,itmorethandoubles,becausebesidesincreasinginnumber,thecomponentsaregettingfaster.Heatisreleasedeverytimealogicaloperationisperformedinsideamicroprocessor,sothefastertheprocessoris,themoreheatitgenerates.Doublingthefrequencyquadruplestheheatoutput.Andthefrequencyhasdoubledalot.ThefirstPentiumchipssoldbyDrMoorescompany,Intel,in1993,ranat60mcyclesasecond.ThePentium4--thelastsingle-coredesktopprocessor--clockedup3.2billioncyclesasecond.

6Disposingofthisheatisabigobstructiontofurtherminiaturisationandhigherspeeds.Theinnardsofadesktopcomputercommonlyhit80℃.At85℃,theystopworking.Tweakingtheprocessorsheatsinks(copperoraluminiumboxesdesignedtoradiateheataway)hasreacheditslimit.Sohastweakingthefansthatcirculateairoverthoseheatsinks.Andtheideaofshiftingfromsingle-coreprocessorstosystemsthatdividedprocessingpowerbetweenfirsttwo,andthenfour,subunits,inordertospreadthethermalload,alsoseemstohavetheendoftheroadinsight.

7Onewayoutofthismaybeasecondcuriousphysicalphenomenon,thethermoelectriceffect.Likeparaelectricmaterials,thisgenerateselectricityfromaheatsourceandproducescoolingfromanelectricalsource.Unlikeparaelectrics,asignificantbodyofresearchersisalreadyworkingonit.

8Thetricktoagoodthermoelectricmaterialisacrystalstructureinwhichelectronscanflowfreely,butthepathofphonons--heat-carryingvibrationsthatarelargerthanelectrons--isconstantlyinterrupted.Inpractice,thistrickishardtopulloff,andthermoelectricmaterialsarethuslessefficientthanparaelectricones(or,atleast,thanthoseexaminedbyDrMischenko).Nevertheless,RamaVenkatasubramanian,ofNextremeThermalSolutionsinNorthCarolina,claimstohavemadethermoelectricrefrigeratorsthatcansitonthebackofcomputerchipsandcoolhotspotsby10℃.AliShakouri,oftheUniversityofCalifornia,SantaCruz,sayshisareevensmaller--sosmallthattheycangoinsidethechip.

9Thelastwordincomputercooling,though,maygotoasystemevenlesstechythanaheatpump--aminiatureversionofacarradiator.LastyearApplelaunchedapersonalcomputerthatiscooledbyliquidthatispumpedthroughlittlechannelsintheprocessor,andthencetoaradiator,whereitgivesupitsheattotheatmosphere.Toimproveonthis,IBMsresearchlaboratoryinZurichisexperimentingwithtinyjetsthatstirtheliquidupandthusmakesureallofiteventuallytouchestheoutsideofthechannel--thepartwheretheheatexchangetakesplace.Inthefuture,therefore,acombinationofmicrochannelsandeitherthermoelectricsorparaelectricsmightcoolcomputers.Theold,asitwere,handinhandwiththenew.

(830words)

Questions1-5Completeeachofthefollowingstatementswiththescientistorcompanynamefromtheboxbelow.

WritetheappropriatelettersA-Finboxes1-5onyouranswersheet.

A.Apple

B.IBM

C.Intel

D.AlexMischenko

E.AliShakouri

F.RamaVenkatasubramanian

1....andhisresearchgroupuseparaelectricfilmavailablefromthemarkettoproducecooling.

2....soldmicroprocessorsrunningat60mcyclesasecondin1993.

3....saysthathehasmaderefrigeratorswhichcancoolthehotspotsofcomputerchipsby10℃.

4....claimstohavemadearefrigeratorsmallenoughtobebuiltintoacomputerchip.

5....attemptstoproducebettercoolinginpersonalcomputersbystirringupliquidwithtinyjetstomakesuremaximumheatexchange.

Questions6-9Dothefollowingstatementsagreewiththeinformationgiveninthereadingpassage?

Inboxes6-9onyouranswersheetwrite

TRUEifthestatementistrueaccordingtothepassage

FALSEifthestatementisfalseaccordingtothepassage

NOTGIVENiftheinformationisnotgiveninthepassage

6.Paraelectricmaterialscangenerateacurrentwhenelectrodesareattachedtothem.

7.Dr.Mischenkohassuccessfullyappliedhislaboratorydiscoverytomanufacturingmoreefficientreferigerators.

8.Doublingthefrequencyoflogicaloperationsinsideamicroprocessordoublestheheatoutput.

9.IBMwillachievebettercomputercoolingbycombiningmicrochannelswithparaelectrics.

Question10ChoosetheappropriatelettersA-Dandwritetheminbox10onyouranswersheet.

10.Whichmethodofdisposingheatincomputersmayhaveabrightprospe