Unit 2单元话题完形填空练习-2023-2024学年高二英语选择性必修第一册单元重难点易错题精练(人教版2019).docx
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- Unit 2单元话题完形填空练习-2023-2024学年高二英语选择性必修第一册单元重难点易错题精练人教版2019 单元 话题 填空 练习 2023 2024 学年 英语 选择性 必修 一册 难点
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1、 Unit 2 Looking Into The Future单元话题完形填空练习(2023春云南玉溪高二云南省玉溪第一中学校考期中)In many ways, Gitanjali Rao is an ordinary 11-year-old, lively and chatty, yet her scientific spirit makes a huge difference. Last month, she _1_ the top prize at the Discovery Education 3M Young Scientist Challenge for her invention
2、. What _2_ Gitanjalis work was that her city faced a water emergency with too much lead (铅) in its water. “The idea didnt _3_ to me until I saw my parents try to do water tests. The test strips may show inaccurate results, which werent very _4_. ” she recalled.She then searched for suitable material
3、s with continued efforts and _5_ found that carbon nanotube (纳米管) sensors can be used to sense chemicals. Gitanjali _6_ to build a small blue housing using the 3-D printer at her school with computer chips and a battery inside. A free app, which Gitanjali designed under _7_ from her computer science
4、 teacher, sends the data to a linked phone through a(n)_8_ device. The process of designing her project wasnt always _9_ , though. Kathleen Shafer, a scientist paired with Gitanjali as her teacher in summer, _10_ along the way. In the award ceremony, Gitanjali also _11_ her success to her parents co
5、nstant support and _12_ to try “crazy ideas”. Gitanjali received $25, 000 to further develop her program along with the great _13_ of winning the contest. According to Shafer, who _14_ Gitanjali, “she shows a lot of motivation to solve _15_ issues through science”.1AdesignedBearnedCofferedDmade2Aexp
6、osedBimprovedCdefinedDinspired3AoccurBbelongCstickDapply4AsimpleBpredictableCreliableDcreative5AinitiallyBimmediatelyCtemporarilyDeventually6AmanagedBpromisedCpretendedDhappened7AobservationBcommandCinstructionDcontrol8AsustainableBpermanentCblankDattached9AoptionalBsmoothCcontinuousDcomplete10Aseiz
7、edBriskedChelpedDfollowed11AstressesBowesCimpressesDguarantees12AencouragementBrequestCstruggleDpressure13AfortuneBintentionChonorDpotential14Akeeps up withBgets along withCtakes care ofDspeaks highly of15AcommercialBpracticalCsymbolicDdynamic(2023春上海高二上海市七宝中学校考开学考试)The dream of the flying car could
8、 come down to earth soon as several star-ups like Chinese EHANG and Uber are developing so-called “passenger drones” selfflying drones big enough to ferry individual commuters around townwhich could _16_ commute times from hours to minutes. At first glance, human-carrying drones sound no more _17_ t
9、han flying cars. Until recently. inventors had never been able to _18_ automobiles and aircraft in a practical way. Yet a few companies have kept at it: Woburn, for example, has since 2006 been developing Transition, a “roadable aircraft” that _19_ a small airplane that can fold its wings and drive
10、on roads. A personal flying car in every garage has proved to be a(n) _20_ sell, however, as there are serious safety concerns about asking the average commuter to train for a pilots license and take to the skies. Passenger drones, _21_, would operate autonomously and leave the “roadable” part behin
11、d in favor of larger versions of aircraft that already exist. Passenger drone designs favor distributed electric propulsion (推进), meaning instead of one large motor powered by a large engine they have multiple propellers each powered by its own, smaller motor. This _22_ lifting power and flight perf
12、ormance in exchange for mechanical simplicity and lighter weightfactors that could make them cheaper to operate. Quieter electric power would make the noise _23_ to city residents, although it remains to be seen how much weight such a vehicle could lift, and for how long. With any of these vehicles,
13、 safety is the biggest concern and _24_ to both the aircraft and the automated systems flying them. Advanced artificial intelligence is needed to fly large numbers of autonomous aircraft without _25_ them into one another or, say, the local news channels traffic helicopter. Carrying people from poin
14、ts A to B seems simple enough, but even the best AI struggles with _26_ “What, for example, would a drone do if a landing area suddenly became unavailable?” asks Sanjiv Singh, a Carnegie Mellon University robotics researcher. Instead of _27_ to fully automated passenger drones, he suggests first tes
15、ting the necessary AI in unmanned cargo runs, and adopting a “mixed mode” approach in early passenger services where pilots are assisted by AI co-pilots. Technical challenges aside, start-ups (创业公司) promoting the technology will have to find a way to convince the public to give their drones a try, s
16、omething that requires a much bigger leap of faith than getting into the _28_of a self-driving car. Passenger drone makers are “obviously still in the very early stages of technology development and improving the _29_ ,” says Mike Hirschberg, executive director of the American Helicopter Society Int
17、ernational. “But 20 or 30 years from now life may be a little like The Jetsons where you take advantage of the third dimension and have much more _30_ especially in urban close quarters where ground transportation is jammed.”The passenger drone progress may follow a sloping takeoff rather than verti
18、cal (垂直的) leap. Carnegie Mellons Singh sees a long road ahead filled with lots of testing, analysis, regulation and efforts to win the publics trust before the technology becomes a viable transportation option. “There is the danger of someone moving too fast and then having a problem that sets the i
19、ndustry back for some time,” he says.16AsimplifyBadjustCestimateDshrink17AmagicalBrealisticCappealingDworthwhile18AimitateBdesignCmarryDdivide19AresemblesBoutperformsCchallengesDpersonalizes20AtoughBrealCevilDhuge21Ain additionBfor exampleCon the wholeDby contrast22AsacrificesBstrengthensCbalancesDc
20、ontrols23AimmuneBunknownCrelevantDtolerable24AcontributesBappealsCextendsDadapts25AplungingBcrashingCblowingDsplitting26AencountersBlocationsCsurprisesDdifferences27AleapingBtendingCpointingDapplying28AdisorderBbackseatCdoubtDflow29AbasicsBfiguresCsolutionsDeffects30AatmosphereBconcentrationCdepende
21、nceDmobility(2023秋山西大同高二统考期末)Making sense of the five _31_ sight, hearing, touch, smell, and taste remains a forefront field in science. To explore these processes, researchers often try to _32_ nature. In the 1950s, _33_ , the late Cornell University psychologist Frank Rosenblatt copied the wiring
22、and processing in a flys eye to build a device filled with a maze of wires and electronics. Studies like this, now powered by advanced computation, are creating a new field of study _34_ intelligent sensing, which many scientists _35_ at Zhejiang Lab in Hangzhou, China. “Intelligent sensing is a new
23、 technology of copying the sensing mode through which humans _36_ surrounding objects and the environment,” says Xu Liu, dean of the Research Institute of Intelligent Sensing at Zhejiang Lab. “Human _37_, hearing, smell, taste, and touch all have their own nerve networks, and they all compute in a p
24、articular way. It is not only the mechanical sensing process, but also a _38_ of physical sensing, nerve information processing, and brain recognition that forms a humans knowing, learning and understanding their _39_”.Advances in intelligent sensing rely _40_ on more advanced sensors, such as so-ca
25、lled smart sensors _41_ from a conventional digital sensor. “These kinds of sensors will soon enter the market, but they can only be _42_ as initial types of intelligent sensors,” Liu says, because even smarter sensors are _43_ development. _44_ acknowledging the breakthroughs that have encouraged t
26、he development of existing sensors, researchers can be _45_ that tomorrows sensors will be much more advanced.31AfeelingsBorgansCsensesDemotions32AbalanceBmodelCenjoyDchange33Afor instanceBsuch asCby contrastDin reality34AdesignedBhighlightedCprogrammedDcalled35AproduceBexploreCdiscoverDfind36Acontr
27、olBinvestigateCaffectDperceive37AvisionBcontactCmovementDknowledge38AcompetenceBcommunicationCcomparisonDcombination39AstructuresBsolutionsCsurroundingsDstatistics40AheavilyBwidelyCdeeplyDhighly41AsupportedBrecoveredCcreatedDremoved42AplannedBregardedCtradedDapplied43AofBforCinDon44AWhenBWhileCBecau
28、seDIf45AconfidentBdoubtfulCuncertainDfearful(2023全国高二专题练习)For as long as thereve been cars and planes, someone has been trying to combine the two. This Italian _46_ was built in the 1940s. The trouble is, theyve never been really _47_, but now things could be about to change. Andy Wall, Sales Direct
29、or, PAL-V said, “So, we had to stop _48_, and we are now at the very last stage of processing the regulations within permissions for flight with this _49_. SoIts getting so _50_. “The PAL-V Liberty is made by a Dutch company which is nearing the end of the long process to get everything licensed and
30、 _51_.The question is, who is going to buy one? Well, theyve already got lots of _52_. Marco van den Bosch, Chief Commercial Officer, PAL-V told us, “This is the _53_ way to become a pilot. Theres always a small James Bond seat in every heart of every guy and every girl, so thats where were _54_ to.
31、”It takes less than ten minutes to turn it from a plane to a car. _55_, isnt it? You could _56_ it at any airfield and then drive home. If you want to _57_ one of these, its going to cost you 300,000. It sounds _58_ but probably it will be a new motoring and air travel revolution if you want to be a
32、t the forefront of what theyre promising. Youll need a private pilots _59_ in the UK, but you can learn both here in Coventry and in Oxford. Thereve been many false starts in bringing a flying car to market. Next year, they believe, is when you may _60_ one driving along a street near you.46AtoyBmod
33、elCequipmentDnetwork47AportableBnativeCattractiveDpractical48AdreamingBworkingCcheeringDwandering49AcarBvehicleCplaneDdiploma50AinterestingBriskyCcloseDenjoyable51AdesignedBexchangeCforbiddenDapproved52AgiftsBopportunitiesCordersDgoods53AfastestBslowestCfunniestDoldest54AskatingBremovingCreturningDs
34、elling55ADangerousBAmazingCUnbearableDGrateful56AfindBlandCrentDarrange57ApurchaseBwitnessCinventDname58Aa littleBreasonableCa lotDpossible59AticketBtheoryCinvitationDlicense60AimagineBsuggestCseeDappreciate(2023高二课时练习)Modern inventions have speeded up peoples lives amazingly. Motor cars _61_ a hund
35、red miles in more than an hour, aircraft cross the world within a day, while computers operate at lightning speed. Indeed, this love of _62_ seems never-ending. Every year motor cars are produced which go even faster and each new computer boasts(吹嘘) of _63_ precious seconds in handling tasks.All the
36、se save time, but at a cost. When we lose or _64_ half a day in speeding across the world in an airplane, our bodies tell us so. We get the uncomfortable feeling known as jet-lag(时差). Our bodies feel that they have been _65_ behind in another time zone. Again, spending too long at _66_ results in pa
37、inful wrists(手腕) and fingers. Mobile phones also have their dangers: too much use may transmit harmful _67_ into our brains.However, how do we _68_ the time we have saved? Certainly not relax, or so it seems. We are so used to constant activity that we find it _69_ to sit down and do nothing or even
38、 just one thing at a_70_ . Perhaps the days are long gone when we might listen _71_ to a story on the radio, letting imagination take us into another world.There was a time when some peoples lives were devoted simply to the cultivation(耕作) of the _72_ or the care of cattle. No multi-tasking there; t
39、heir lives went on at a much gentler pace. There is much that we might envy about a _73_ of life like this. Yet before we do so, we must think of the hard tasks our ancestors _74_ . Modern machines have _75_ people from that primitive(原始的) existence.61AexploreBgetCcoverDfly62AspeedBtimeCproductDdist
40、ance63AwastingBlosingCsavingDspending64AearnBdropCmissDgain65AleftBcomeCforgottenDfelt66AshipsBairplanesCcomputersDcars67ApreventionBradiationCcombinationDdamage68AcontrolBhandleCdoDdeal69AuncomfortableBeasyCdifficultDgood70AsecondBdayCyearDtime71AactivelyBquietlyCquicklyDcuriously72AsurfaceBwaterCl
41、andDisland73AwayBviewCpathwayDpoint74AexpressedBchargedCinspiredDfaced75AfreedBremainedCkeptDcleared(2023春广东深圳高一深圳市高级中学校考期中)In many ways, Gitanjali Rao is an ordinary 11-year-old, lively and chatty, yet her scientific spirit makes a huge difference. Last month, she _76_ the top prize at the Discover
42、y Education 3M Young Scicntist Challenge for her invention.What _77_ Gitanjalis work was that her city faced a water emergency with too much lead in its water. ”The idea didnt _78_ to me until I saw my patents try to do water tests. The test strips may show inaccurate results, which werent very _79_
43、.” She recalls. She then searched for suitable materials with continued efforts and _80_ found that carbon nanotube (纳米管) sensors can be used to sense chemicals. Gitanjali _81_ to build a small blue housing using the 3D printer at her school with computer chips and a battery inside. A free app, whic
44、h Gitanjali designed under _82_ from her computer science teacher, gives instant _83_ and sends the data to a linked phone through an attached device.The process of designing her project wasnt always _84_, though. Kathleen Shafer, a scientist paired with Gitanjali as her teacher in summer, _85_ alon
45、g the way. In the award ceremony, Gitanjali also _86_ her parents with constant support and _87_ to try “crazy ideas”. Gitanjali received $25, 000 to further develop her program along with the great _88_ of winning the contest. According to Shafer, who _89_ Gitanjali, “she shows a lot of motivation
46、to solve _90_ issues through science”.76AearnedBdesignedCofferedDmade77AexposedBimprovedCdefinedDinspired78AstickBbelongCoccurDapply79AsimpleBreliableCpredictableDcreative80AeventuallyBimmediatelyCtemporarilyDinitially81AmanagedBpromisedCpretendedDhappened82AobservationBcommandCinstructionDcontrol83
47、AaccessBresultsCdecisionsDapproval84AoptionalBcompleteCcontinuousDsmooth85AchangedBhelpedCrisked .Dfollowed86AstressesBcreditsCimpressesDprovides87AencouragementBrequestCstruggleDpressure88AfortuneBintentionChonorDpotential89Akeeps withBgets along withCtakes care ofDspeaks highly of90AcommercialBaca
48、demicCpracticalDsystematic参考答案:1B 2D 3A 4C 5D 6A 7C 8D 9B 10C 11B 12A 13C 14D 15B【导语】这是一篇新闻报道。文章报道了Gitanjali获得探索教育3M青年科学家挑战赛最高奖一事。1考查动词词义辨析。句意:上个月,她的发明获得了探索教育3M青年科学家挑战赛的最高奖。A. designed设计;B. earned挣得、赢得;C. offered提供;D. made制作。根据“the top prize at the Discovery Education 3M Young Scientist Challenge”可知
49、,此处指获奖,eared符合语境。故选B项。2考查动词词义辨析。句意:启发Gitanjali工作的是,她的城市面临着水中铅含量过高的紧急情况。A. exposed暴露;B. improved提升;C. defined定义;D. inspired鼓舞、激励、启发。根据“What_2_Gitanjalis work was that her city faced a water emergency with too much lead (铅) in its water.”可知,她的城市面临着水中铅含量过高的问题,这是她的发明的灵感来源,此处应是“启发”,inspired符合语境。故选D项。3考查动
50、词词义辨析。句意:直到我看到父母试着做水测试,我才有了这个想法。A. occur出现、发生;B. belong属于;C. stick刺、坚持;D. apply申请、应用。根据“The idea didnt_3_to me until I saw my parents try to do water tests.”可知,直到父母试着做水测试才有了这个想法,occur to sb为固定搭配,表示“某人突然想到”。故选A项。4考查形容词词义辨析。句意:试纸可能会显示不准确的结果,这不是很可靠。A. simple简单的;B. predictable可预测的;C. reliable可靠的;D. crea
51、tive创新的、有创造力的。根据前面的“inaccurate results”可知,不准确的结果说明不可靠,reliable符合语境。故选C项。5考查副词词义辨析。句意:然后,她不断努力寻找合适的材料,最终发现碳纳米管传感器可以用来感知化学物质。A. initially开始、起初;B. immediately立即、马上;C. temporarily临时地、暂时地;D. eventually最终、最后。根据“She then searched for suitable materials with continued efforts”可知,她不断努力寻找合适材料,最后发现了碳纳米管传稿器,eve
52、ntually符合语境。故选D项。6考查动词词义辨析。句意:Gitanjali在学校用3d打印机建造了一个蓝色的小房子,里面有电脑芯片和电池。A. managed管理、设法做成;B. promised承诺;C. pretended假装;D. happened发生、碰巧。根据“Gitanjali_6_to build a small blue housing using the 3-D printer at her school with computer chips and a battery inside.”可知,应该是“设法”在学校建造了一个蓝色的小房子,manage to do为固定短语
53、,表示“设法做成某事”。故选A项。7考查名词词义辨析。句意:Gitanjali在她的计算机科学老师的指导下设计了一个免费的应用程序,通过一个附加设备将数据发送到一个连接的手机上。A. observation观察;B. command命令;C. instruction指示、指导;D. control控制。根据“which Gitanjali designed under_7_from her computer science teacher”可知,应该是在老师的“指导下”,instruction符合语境。故选C项。8考查形容词词义辨析。句意:Gitanjali在她的计算机科学老师的指导下设计了一
54、个免费的应用程序,通过一个附加设备将数据发送到一个连接的手机上。A. sustainable可持续的;B. permanent永久的;C. blank空白的;D. attached附属的。根据“sends the data to a linked phone”可知,应该是通过一个“附加”设备发送数据,attached符合语境。故选D项。9考查形容词词义辨析。句意:不过,设计项目的过程并不总是一帆风顺。A. optional可选择的、选修的;B. smooth平坦的、流畅的;C. continuous连续的;D. complete完全的、完整的。根据“The process of designi
55、ng her project wasnt always_9_, though.”可知,此处与上文存在转折关系,应指过程并非总是很顺利,smooth符合语境。故选B项。10考查动词词义辨析。句意:科学家Kathleen Shafer是Gitanjali暑期的搭档老师,她一直在帮助她。A. seized抓住;B. risked冒险;C. helped帮助;D. followed跟随。根据“as her teacher”可知,既然是搭档老师,应该是“帮助”她,helped符合语境。故选C项。11考查动词词义辨析。句意:在颁奖典礼上,Gitanjali还将自己的成功归功于父母不断的支持和鼓励,让她尝试
56、“疯狂的想法”。A. stresses强调;B. owes亏欠、归功于;C. impresses使印象深刻;D. guarantees保证。根据“Gitanjali also_11_her success to her parents constant support and_12_to try “crazy ideas”可知,应该是将她的成功“归因于”父母的支持和鼓励,owe to为固定短语,表示“归功于”。故选B项。12考查名词词义辨析。句意:在颁奖典礼上,Gitanjali还将自己的成功归功于父母不断的支持和鼓励,让她尝试“疯狂的想法”。A. encouragement鼓励;B. req
57、uest要求、请求;C. struggle奋斗、斗争;D. pressure压力。根据“her parents constant support and_12_to try “crazy ideas”可知,应该是父母的支持和鼓励,encouragement符合语境。故选A项。13考查名词词义辨析。句意:Gitanjali获得了25,000美元,用于进一步发展她的项目,并获得了赢得比赛的巨大荣誉。A. fortune命运、财富;B. intention意图、打算;C. honor荣誉;D. potential潜力。根据“Gitanjali received $25, 000 to further
58、 develop her program along with the great_13_of winning the contest.”可知,应该是赢得比赛的“荣誉”,honor符合语境。故选C项。14考查动词短语辨析。句意:Shafer高度评价了Gitanjali,他说:“她表现出了通过科学解决实际问题的极大动力。”A. keeps up with赶上、保持联系;B. gets along with与和睦相处;C. takes care of照顾、看护;D. speaks highly of高度赞扬。根据后面的话“she shows a lot of motivation to solve
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2019届人教A版数学必修二同步课后篇巩固探究:2-1-1 平面 WORD版含解析.docx
