題目列表(包括答案和解析)
If a diver surfaces too quickly, he may suffer the bends. Nitrogen (氮) dissolved (溶解) in his blood is suddenly liberated by the reduction of pressure. The consequence, if the bubbles (氣泡) accumulate in a joint, is sharp pain and a bent body—thus the name. If the bubbles form in his lungs or his brain, the consequence can be death.
Other air-breathing animals also suffer this decompression (減壓) sickness if they surface too fast: whales, for example. And so, long ago, did ichthyosaurs. That these ancient sea animals got the bends can be seen from their bones. If bubbles of nitrogen form inside the bone they can cut off its blood supply. This kills the cells in the bone, and consequently weakens it, sometimes to the point of collapse. Fossil (化石) bones that have caved in on themselves are thus a sign that the animal once had the bends.
Bruce Rothschild of the University of Kansas knew all this when he began a study of ichthyosaur bones to find out how widespread the problem was in the past. What he particularly wanted to investigate was how ichthyosaurs adapted to the problem of decompression over the 150 million years. To this end, he and his colleagues traveled the world’s natural-history museums, looking at hundreds of ichthyosaurs from the Triassic period and from the later Jurassic and Cretaceous periods.
When he started, he assumed that signs of the bends would be rarer in younger fossils, reflecting their gradual evolution of measures to deal with decompression. Instead, he was astonished to discover the opposite. More than 15% of Jurassic and Cretaceous ichthyosaurs had suffered the bends before they died, but not a single Triassic specimen (標(biāo)本) showed evidence of that sort of injury.
If ichthyosaurs did evolve an anti-decompression means, they clearly did so quickly—and, most strangely, they lost it afterwards. But that is not what Dr Rothschild thinks happened. He suspects it was evolution in other animals that caused the change.
Whales that suffer the bends often do so because they have surfaced to escape a predator (捕食動物) such as a large shark. One of the features of Jurassic oceans was an abundance of large sharks and crocodiles, both of which were fond of ichthyosaur lunches. Triassic oceans, by contrast, were mercifully shark- and crocodile-free. In the Triassic, then, ichthyosaurs were top of the food chain. In the Jurassic and Cretaceous, they were prey (獵物) as well as predator—and often had to make a speedy exit as a result.
【小題1】Which of the following is a typical symptom of the bends?
| A．A twisted body. |
| B．A gradual decrease in blood supply. |
| C．A sudden release of nitrogen in blood. |
| D．A drop in blood pressure. |
| A．how often ichthyosaurs caught the bends |
| B．how ichthyosaurs adapted to decompression |
| C．why ichthyosaurs bent their bodies |
| D．when ichthyosaurs broke their bones |
| A．confirmed his assumption | B．speeded up his research process |
| C．disagreed with his assumption | D．changed his research objectives |
| A．failed to evolve an anti-decompression means |
| B．gradually developed measures against the bends |
| C．died out because of large sharks and crocodiles |
| D．evolved an anti-decompression means but soon lost it |
If a diver surfaces too quickly, he may suffer the bends. Nitrogen (氮) dissolved (溶解) in his blood is suddenly liberated by the reduction of pressure. The consequence, if the bubbles (氣泡) accumulate in a joint, is sharp pain and a bent body — thus the name. If the bubbles form in his lungs or brain, the consequence can be death.
Other air-breathing animals also suffer this decompression (減壓) sickness if they surface too fast: whales, for example. And so, long ago, did ichthyosaurs (魚龍). That these ancient sea-animals got the bends can be seen from their bones. If bubbles of nitrogen form inside the bone they can cut off its blood supply. This kills the cells in the bone, and consequently weakens it, sometimes to the point of collapse. Fossil(化石)bones that have caved in on themselves are thus a sign that the animal once had the bends.
Bruce Rothschild of the University of Kansas knew all this when he began a suty of ichthyosaurs bones to find out how widespread the problem was in the past. What he particularly wanted to investigate was how ichthyosaurs adapted to the problem of decompession over the 150 milllion years. To this end, he and his colleagues traveled the world’s natural-history museums, looking at hundreds of ichthyosaurs from the Trassic period and from the later Jurassic and Cretaceous periods.
When he started, he assumed that signs of the bends would be rarer in younger fossils, reflecting their gradual evolution of measures to deal with decompression. Instead, he was astonished to discover the opposite. More than 15% of Jurassic and Cretaceous ichthyosaurs had suffered the bends before the died, but not a single Trassic specimen showed evidence of that sort of injury.
If ichthyosaurs did evolve an anti-decompression means, they clearly did so quickly — and, most strangly, they lost it afterwards. But that is not what Dr Rothchild thinks happened. He suspects it was evolution in other animals that caused the change.
Whales that suffer the bends often do so because they have sufaced to escape a predator (捕食動物) such as a large shark. One of the features of the Jurassia oceans was an abundance of large sharks and crocodiles, both of which were fond of ichthyosaurs lunches. Trassic oceans, by contrast, were mercifully shark-and crocodile-free. In the Trassic, then, ichthyosaurs were top of the food chain. In the Jurrasic and Cretaceous, they were prey (獵物) as well as predator —and often had to make a speedy exit as a result.
1.Which of the following is a typical symptom of the bends?
A. A twisted body.
B. A gradual decrease in blood supply.
C. A sudden release of nitrogen in blood.
D. A drop in blood presure.
2.The purpose of Rothchild’s study is to see .
A. how often ichthyosaurs caught the bends
B. how ichthyosaurs adapted to decompression
C. why ichthyosaurs bent their bodies
D. when ichthyosaurs broke their bones
3.Rothchild’s finding stated in Paragrapg 4 .
A. confirmed his assumption B. speeded up his research process
C. disagreed with his assumption D. changed his research objectives
4.Rothchild might have concluded that ichthyosaurs .
A. failed to evole an anti-decompression means
B. grdually developed measures against the bends
C. died out because of large sharks and crocodiles
D. evoled an anti-decompression means but soon lost it
If a diver surfaces too quickly, he may suffer the bends. Nitrogen (氮) dissolved (溶解) in his blood is suddenly liberated by the reduction of pressure. The consequence, if the bubbles (氣泡) accumulate in a joint, is sharp pain and a bent body—thus the name. If the bubbles form in his lungs or his brain, the consequence can be death.
Other air-breathing animals also suffer this decompression (減壓) sickness if they surface too fast: whales, for example. And so, long ago, did ichthyosaurs. That these ancient sea animals got the bends can be seen from their bones. If bubbles of nitrogen form inside the bone they can cut off its blood supply. This kills the cells in the bone, and consequently weakens it, sometimes to the point of collapse. Fossil (化石) bones that have caved in on themselves are thus a sign that the animal once had the bends.
Bruce Rothschild of the University of Kansas knew all this when he began a study of ichthyosaur bones to find out how widespread the problem was in the past. What he particularly wanted to investigate was how ichthyosaurs adapted to the problem of decompression over the 150 million years. To this end, he and his colleagues traveled the world’s natural-history museums, looking at hundreds of ichthyosaurs from the Triassic period and from the later Jurassic and Cretaceous periods.
When he started, he assumed that signs of the bends would be rarer in younger fossils, reflecting their gradual evolution of measures to deal with decompression. Instead, he was astonished to discover the opposite. More than 15% of Jurassic and Cretaceous ichthyosaurs had suffered the bends before they died, but not a single Triassic specimen (標(biāo)本) showed evidence of that sort of injury.
If ichthyosaurs did evolve an anti-decompression means, they clearly did so quickly—and, most strangely, they lost it afterwards. But that is not what Dr Rothschild thinks happened. He suspects it was evolution in other animals that caused the change.
Whales that suffer the bends often do so because they have surfaced to escape a predator (捕食動物) such as a large shark. One of the features of Jurassic oceans was an abundance of large sharks and crocodiles, both of which were fond of ichthyosaur lunches. Triassic oceans, by contrast, were mercifully shark- and crocodile-free. In the Triassic, then, ichthyosaurs were top of the food chain. In the Jurassic and Cretaceous, they were prey (獵物) as well as predator—and often had to make a speedy exit as a result.
1.Which of the following is a typical symptom of the bends?
A．A twisted body.
B．A gradual decrease in blood supply.
C．A sudden release of nitrogen in blood.
D．A drop in blood pressure.
2.The purpose of Rothschild’s study is to see ______.
A．how often ichthyosaurs caught the bends
B．how ichthyosaurs adapted to decompression
C．why ichthyosaurs bent their bodies
D．when ichthyosaurs broke their bones
3.Rothschild’s finding stated in Paragraph 4 ______.
A．confirmed his assumption B．speeded up his research process
C．disagreed with his assumption D．changed his research objectives
4.Rothschild might have concluded that ichthyosaurs ______.
A．failed to evolve an anti-decompression means
B．gradually developed measures against the bends
C．died out because of large sharks and crocodiles
D．evolved an anti-decompression means but soon lost it
If a diver surfaces too quickly, he may suffer the bends. Nitrogen (氮) dissolved (溶解) in his blood is suddenly liberated by the reduction of pressure. The consequence, if the bubbles (氣泡) accumulate in a joint, is sharp pain and a bent body—thus the name. If the bubbles form in his lungs or his brain, the consequence can be death.
Other air-breathing animals also suffer this decompression (減壓) sickness if they surface too fast: whales, for example. And so, long ago, did ichthyosaurs. That these ancient sea animals got the bends can be seen from their bones. If bubbles of nitrogen form inside the bone they can cut off its blood supply. This kills the cells in the bone, and consequently weakens it, sometimes to the point of collapse. Fossil (化石) bones that have caved in on themselves are thus a sign that the animal once had the bends.
Bruce Rothschild of the University of Kansas knew all this when he began a study of ichthyosaur bones to find out how widespread the problem was in the past. What he particularly wanted to investigate was how ichthyosaurs adapted to the problem of decompression over the 150 million years. To this end, he and his colleagues traveled the world’s natural-history museums, looking at hundreds of ichthyosaurs from the Triassic period and from the later Jurassic and Cretaceous periods.
When he started, he assumed that signs of the bends would be rarer in younger fossils, reflecting their gradual evolution of measures to deal with decompression. Instead, he was astonished to discover the opposite. More than 15% of Jurassic and Cretaceous ichthyosaurs had suffered the bends before they died, but not a single Triassic specimen (標(biāo)本) showed evidence of that sort of injury.
If ichthyosaurs did evolve an anti-decompression means, they clearly did so quickly—and, most strangely, they lost it afterwards. But that is not what Dr Rothschild thinks happened. He suspects it was evolution in other animals that caused the change.
Whales that suffer the bends often do so because they have surfaced to escape a predator (捕食動物) such as a large shark. One of the features of Jurassic oceans was an abundance of large sharks and crocodiles, both of which were fond of ichthyosaur lunches. Triassic oceans, by contrast, were mercifully shark- and crocodile-free. In the Triassic, then, ichthyosaurs were top of the food chain. In the Jurassic and Cretaceous, they were prey (獵物) as well as predator—and often had to make a speedy exit as a result.
61. Which of the following is a typical symptom of the bends?
A. A twisted body.
B. A gradual decrease in blood supply.
C. A sudden release of nitrogen in blood.
D. A drop in blood pressure.
62. The purpose of Rothschild’s study is to see ______.
A. how often ichthyosaurs caught the bends
B. how ichthyosaurs adapted to decompression
C. why ichthyosaurs bent their bodies
D. when ichthyosaurs broke their bones
63. Rothschild’s finding stated in Paragraph 4 ______.
A. confirmed his assumption B. speeded up his research process
C. disagreed with his assumption D. changed his research objectives
64. Rothschild might have concluded that ichthyosaurs ______.
A. failed to evolve an anti-decompression means
B. gradually developed measures against the bends
C. died out because of large sharks and crocodiles
D. evolved an anti-decompression means but soon lost it
If a diver surfaces too quickly, he may suffer the bends. Nitrogen (氮) dissolved (溶解) in his blood is suddenly liberated by the reduction of pressure. The consequence, if the bubbles (氣泡) accumulate in a joint, is sharp pain and a bent body — thus the name. If the bubbles form in his lungs or brain, the consequence can be death.
Other air-breathing animals also suffer this decompression (減壓) sickness if they surface too fast: whales, for example. And so, long ago, did ichthyosaurs (魚龍). That these ancient sea-animals got the bends can be seen from their bones. If bubbles of nitrogen form inside the bone they can cut off its blood supply. This kills the cells in the bone, and consequently weakens it, sometimes to the point of collapse. Fossil(化石)bones that have caved in on themselves are thus a sign that the animal once had the bends.
Bruce Rothschild of the University of Kansas knew all this when he began a suty of ichthyosaurs bones to find out how widespread the problem was in the past. What he particularly wanted to investigate was how ichthyosaurs adapted to the problem of decompession over the 150 milllion years. To this end, he and his colleagues traveled the world’s natural-history museums, looking at hundreds of ichthyosaurs from the Trassic period and from the later Jurassic and Cretaceous periods.
When he started, he assumed that signs of the bends would be rarer in younger fossils, reflecting their gradual evolution of measures to deal with decompression. Instead, he was astonished to discover the opposite. More than 15% of Jurassic and Cretaceous ichthyosaurs had suffered the bends before the died, but not a single Trassic specimen showed evidence of that sort of injury.
If ichthyosaurs did evolve an anti-decompression means, they clearly did so quickly — and, most strangly, they lost it afterwards. But that is not what Dr Rothchild thinks happened. He suspects it was evolution in other animals that caused the change.
Whales that suffer the bends often do so because they have sufaced to escape a predator (捕食動物) such as a large shark. One of the features of the Jurassia oceans was an abundance of large sharks and crocodiles, both of which were fond of ichthyosaurs lunches. Trassic oceans, by contrast, were mercifully shark-and crocodile-free. In the Trassic, then, ichthyosaurs were top of the food chain. In the Jurrasic and Cretaceous, they were prey (獵物) as well as predator —and often had to make a speedy exit as a result.
64. Which of the following is a typical symptom of the bends?
A. A twisted body. B. A gradual decrease in blood supply.
C. A sudden release of nitrogen in blood. D. A drop in blood presure.
65. The purpose of Rothchild’s study is to see .
A. how often ichthyosaurs caught the bends B. how ichthyosaurs adapted to decompression
C. why ichthyosaurs bent their bodies D. when ichthyosaurs broke their bones
66. Rothchild’s finding stated in Paragrapg 4 .
A. confirmed his assumption B. speeded up his research process
C. disagreed with his assumption D. changed his research objectives
67. Rothchild might have concluded that ichthyosaurs .
A. failed to evole an anti-decompression means
B. grdually developed measures against the bends
C. died out because of large sharks and crocodiles
D. evoled an anti-decompression means but soon lost it
1.D。所給單詞中o和D項中o都發(fā)[[u],A、B項發(fā)[R]，C項發(fā)[[].
2.A。所給單詞中的ea發(fā)[e]，與A項相同。B、D項發(fā)[i:],C項發(fā)[ei].
3.D。所給單詞中的n發(fā)[N]，與D項相同。其它三項中的n發(fā)[n].
4.D。所給單詞中的s發(fā)[s]，與D項中的相同。其它三項中的s發(fā)[z].
5.A。所給單詞中的u發(fā)[Q]，與A項中的相同。其它三項中的u發(fā)[u].
6.A。考查冠詞辨析。本句句意：電影《赤壁》，一部以公元208年一場中國水戰(zhàn)為背景的影片，將于
7.D。考查情態(tài)動詞。對“18歲可以開車”是一種客觀要求，故用have to.注意情態(tài)動詞must與have to的區(qū)別：must表示主觀意愿，而have to則表示客觀實在。
8.C。考查交際用語。根據(jù)上下文語境，兩個人對輕音樂的觀點不一致，一個說令人輕松，另一個說令人入睡。Not me,用來表示“對我來說不是這樣”，相當(dāng)于It is not true for me.而Bless me則表示吃驚即“我的天啦”；Me, too則表示“對我也是這樣”，Let me see讓我想一想，讓我考慮一下。
9. C。考查動詞辨析。本句句意：中國宇航員翟志剛在星期六下午的太空行走標(biāo)志著中國航空事業(yè)的重大突破。mark標(biāo)志，成為……的征兆，predict預(yù)言，tell告訴，sign簽名，示意。
10.D。考查謂語動詞的強調(diào)。本句句意：我父母親的確留下了許多食物和錢以確保我不挨餓，因此饑餓是我最不擔(dān)心的。考查強調(diào)結(jié)構(gòu)和比較級。句中“do/does/did+動詞原形”表示強調(diào)。當(dāng)謂語動詞表示強調(diào)的時候，要特別地注意，可理解中文意思為“的確……”，是強調(diào)句結(jié)構(gòu)“It is/was+被強調(diào)部分+that/who”中不可以強調(diào)謂語動詞的一種補充。
11. D。考查名詞性從句。本句句意：總經(jīng)理決定將他認(rèn)為精力充沛、機敏能干且具有許多優(yōu)良品質(zhì)的人放入公司領(lǐng)導(dǎo)層的位置。首先要清楚he thinks是插入語，動詞put后缺賓語，in the position of the leadership of the company.為賓語補足語。A項those who與后面的is主謂不一致；B項缺少關(guān)系代詞who，都應(yīng)排除；C項whoever只可用作句子的賓語，不符句子結(jié)構(gòu)；只有D項whoever可引導(dǎo)名詞性從句，作從句的主語，與is energetic, clever, and has good qualities構(gòu)成賓語從句，相當(dāng)于anyone who引導(dǎo)的定語從句。
12.A。考查動詞詞組辨析。本句句意：在國外奮斗的那些年里，朗朗為了成名而努力工作著。take over接受，接管，take up拿起，占據(jù)，take in吸收，接受，take on披上，呈現(xiàn)。
13.B。考查連詞的用法。本句句意：我還沒有來得及再說什么，他已經(jīng)沖出了車站。until直到……才；when和as都表示“當(dāng)……的時候”。
14.B。考查非謂語動詞。本句句意：――那些坐在教室后面的人能聽到我講話嗎?――沒問題（能聽到）。第一句的主干部分是Can those…h(huán)ear me?所缺的成分在句子中作后置定語,補全后可變?yōu)?Can those who are sitting/seated at the back of the calssroom hear me ? 即可理解為sitting at the back of the calssroom作后置定語修飾其前面的those，如果選D項則須改為seated.
15.C。考查時態(tài)語態(tài)題。本句句意：一部反映二戰(zhàn)時期抗日題材的電視連續(xù)劇正在平壤播放，吸引了很多電視觀眾。“電視劇播放”顯然是被動語態(tài)，而drawing great attention from viewers.說明，是“正在播放”的劇目吸引了觀眾。故選C。
16. B。考查形容詞比較級的用法。本句句意：――你覺得這位小盲人歌手如何？――我從未見過有這么好樂感的小歌手。本題用“否定詞+比較級”結(jié)構(gòu)表示“沒有比……更……的”，比較結(jié)構(gòu)后有名詞時，用不定冠詞修飾，表示沒有具體限定的“更……的”，是一種含蓄表達法。
17.C。考查動詞時態(tài)的省略。根據(jù)語境，Betty沒有來陪我，我已孤單了一整天了。即Betty的行為對現(xiàn)在造成的影響。因此，用But she hasn’t (come round to keep me company.)
18.D。考查定語從句。本句意思：到了中國，你不可能沒有注意到一種“樂觀”態(tài)度和一種整體意識，即這是一個向前看的社會。a sense后接同位語從句，而a society后接的是that引導(dǎo)的定語從句，that在從句中充當(dāng)主語。
19.B。考查名詞辨析。keep pace with與...齊步前進,符合句子意思。而keep terms with sb. 同某人交往,keep touch with與……聯(lián)系。無keep progress with搭配。
20.D。考查連詞和副詞。本句句意：這臺新機器，就如報告中所提到的，其工作效率將是以前的兩倍，因此，可以極大地縮短成本。后半句是-ing分詞短語作結(jié)果狀語，thus為副詞，符合語境。而so雖然語意正確，但它是連詞，后面須跟帶句子，因此不正確。
21.D。考查名詞。我要去上班了。根據(jù)下文Debbie always worked at night.分析，此處是表明I’m leaving for work.而不可能是去“玩”（play）、“學(xué)習(xí)”（study）和“比賽”（game）。
22.A。考查動名詞。你一會兒有空去我家“看看”（check on）我母親好嗎？check on有“查看”之意，符合語境。take on呈現(xiàn), 具有，put on穿上,裝出，keep on繼續(xù), 穿著。
23.B。考查名詞。根據(jù)上下文判斷，Nan是Debbie的母親。
24.B。考查動詞詞組辨析。黛比覺得把母親一個人放在家里不放心即“擔(dān)心”（worry about）。think about考慮,care for 關(guān)懷, 照顧,look for尋找。
25.D。考查動詞辨析。黛比問我，要是裝上一種幼兒監(jiān)控器，在“給”（give）我接上一個接聽器行不行。sell賣，buy買，bring帶來。
26.C。考查形容詞辨析。我“樂”(glad)于助人。sad憂愁的, sorrowful悲傷的, upset心煩的。
27.A。考查名詞辨析。事實上，我都54歲了，已開始懷疑自己還有多少“價值”（value）可言。price價格，money貨幣，service服務(wù)。
28.D。考查形容詞辨析。她像我一樣眼“瞎”（blind）――還耳背。deaf聾的，old老的，wise聰明的，均與語境不符。
29.D。考查短語搭配。那天晚上南和我“像往常一樣”（as usual）聊了一陣。long before很早以前,before long不久以后，once again(接著)再一次，均與語境不合。
30.A。考查動詞辨析。在我“離開”（leave）之前，我又檢查了幼兒監(jiān)控器。stay逗留，talk談話，chat聊天。
31.C。考查動詞搭配。我“拿起”（pick up）拐杖往門外走去。set up建立，put up豎起，take up從事。
32.D。考查動詞辨析。我鎖好門“摸著”（find）路回了家。move移動，push推動，wind繞著，均不合句意。
33.B。考查副詞辨析。幾分鐘“后”（later），我聽到一個聲音。instead相反地，then然后，ago在…之前。
34.B。考查名詞。“接聽器”（receiver）上傳來的是南的聲音。Neighbor鄰居，worker工人，speaker說話者，與上文及本句意思不符。
35.A。考查介詞短語。房子“著火了”(on fire)。在結(jié)合下文的a heavy, thick smoke.分析，in trouble處在…困境中，in danger危險中，on sale出售，均不合語境。
36.A。考查副詞辨析。我盡可能“快地”（fast）朝黛比家走去。slowly慢地，safely安全地，well好地，均不合句意。
37.D。考查動詞。我能“聞到”（smell）一股濃重的煙味。因為他是盲人，所以不可能“看到”（see），feel感覺，taste品嘗，均不合句意。
38.A。考查動詞辨析。我取出鑰匙，“打開”（unlock）門。shut關(guān)，break破，knock敲，均不合句意。
39.C。考查連詞。我輕敲拐杖探路，“直到”（until）找到前門。before在…之前，after在…之后，since因為。
40.D。考查現(xiàn)在分詞辨析。我們摸著路下了臺階，終于“呼吸”(breathe)到了夏日甜美、新鮮的空氣，到了她家的庭院大門。show展現(xiàn)，notice注意，lose丟失，均不合語境。
41.C。事實細(xì)節(jié)題。根據(jù)文章第一段最后兩句She gives me a certain amount of allowance every month, and whenever I buy anything…, I keep track of my receipts and record it in a little notebook..判斷。
42.D。判斷推理題。根據(jù)文章最后一段…I am pretty happy with my current situation.判斷。
43.B。詞語猜測題。根據(jù)文章最后一段此詞的下文…to survival in the real world, and for that I am grateful.可以得出結(jié)論：monetary skills是“重要的”，而不可能是dangerous（危險的），impossible（不可能的），deadly（致死的）。
44. A。主旨大意題。根據(jù)文章的第一段的第一句My parents have always raised me to be very money-conscious到第二段的Being in control of my own money..再到最后一段的…all the while earning quite a bit of money, and also learning monetary skills…綜合判斷。
45.B。判斷推理題。與文章第三段中Just think what you could have achieved if you had stayed another two years.吻合。
46.C。事實細(xì)節(jié)題。與文章第六段中對the Bill & Melinda Gates Foundation的解析which focuses on issues including global health and education.吻合。
47.D。細(xì)節(jié)判斷題。A項與文章第一段第一句吻合，B項與第五段第一句吻合，C項與第一段Microsoft Chairman Bill Gates delivered the commencement address…及第二段等內(nèi)容相符，D項表述的內(nèi)容與事實不符，journalist Jim Lehrer是2006年在Harvard發(fā)表畢業(yè)演講與文章中未曾暗示與Gates有共事的事實。
48.A。判斷推理題。根據(jù)最后一段第一句Recent past Harvard commencement speakers.可以判斷：所介紹的這幾位偉人Jim Lehrer, John Lithgow and Kofi Annan都曾在成功后去過Harvard University作過畢業(yè)演講。
49.A。主旨大意題。由文章每段的主題句以及文章最后兩段可以判斷,本文談?wù)摰闹黝}就是Self-Appreciation.
50.B。詞語猜測題。根據(jù)zhuojing一詞下文的解析meaning “my humble wife”以及后面的But if you should call his wife a “rustic woman” …h(huán)e would make a clean break with you.判斷,zhuojing的意思就是wife low in position.
51.A。歸納推理題。中國古語“老王賣瓜自賣自夸”,其實就是“對待生活和工作的一種自我欣賞的態(tài)度”,最后三段就有概括。
52.C。判斷推理題。A項錯誤是因為與第一段第三句不符，B項錯誤是因為與第三段第一句不符，C項正確是與第四段中的But if you should call … or his writings “trash”, he would, I’m sure, slap the table in a rage and declare he would make a clean break with you.吻合，D項錯誤是因為與五、六段不吻合。
53.B。歸納推理題。根據(jù)每本書括號中的出版日期和每期的文章摘要判斷。A項錯在不是對每本書的每篇文章的詳細(xì)介紹，C項錯在根本沒有偉人的點評，D項錯在并非每本書都是介紹人物，如Time中介紹的就是最佳發(fā)明。
54.A。標(biāo)題概括題。B項是這篇文章的最后部分，C項只是文章所涉及的細(xì)節(jié)內(nèi)容，D項談到了邀請50位作家和學(xué)者來發(fā)表和“尋找英國人的價值觀”。所以文章的標(biāo)題該是In Search of British Values.
55.C。事實細(xì)節(jié)題。十月份推出的書可根據(jù)Business Week (Oct. 8, 2007)；Prospect (展望) (Oct.20, 2007)；Guardian (Oct.17, 2007)三本判斷。
56.D。事實細(xì)節(jié)題。根據(jù)Guardian上摘要的文章中可以判斷，是Anne Enright贏得了the Man Booker prize.
57.C。判斷推理題。根據(jù)第二段的…h(huán)e designs homes for gorillas, bears, lions, and other zoo animals.以及下文的相關(guān)信息詞：The role of a zoo designer…when we're designing homes for them等判斷。
58.B。詞語猜測題。根據(jù)第一段以及第二段中的相關(guān)信息詞…for gorillas, bears, lions, and other zoo animals.以及第二段最后一句判斷。
59.C。事實細(xì)節(jié)題。根據(jù)文章第五段分析：這種對動物棲息地以及柵欄的關(guān)注，是從a female Siberian tiger逃出去傷人開始的。
60.B。間接推理題。根據(jù)文章的整體意思判斷：A項錯誤是與文章第一句不吻合，B項正確是與第三段第一句吻合，C項錯誤是與第五段第一句不吻合，D項錯誤是因為與最后一段兩句不吻合。
61.D 62.C 63.F 64.E 65.G
66.equally。本句句意：在他們之間享有均等家務(wù)的待遇。用副詞equally修飾動詞share.
67.obvious。本句句意：顯然吸煙太多對你的身體有害。It is obvious that…句式。形容詞obvious作表語。
68.ambition。本句句意：有雄心壯志的人在面對困難時不容易屈服。a strong修飾名詞ambition.
69. translation。本句句意：我讀過英文翻譯版本的《天方夜譚》。“翻譯”被an English修飾，故用名詞。
70. promotion。本句句意：廣告是產(chǎn)品推銷的一種方式。推銷即promotion.
71. distinguish。本句句意：如何區(qū)分正誤并不總是一件容易的事。動詞區(qū)分該用distinguish。
72. deadly。本句句意：去年，他死于一種致命的疾病，這使得我很難過。用形容詞修飾disease.
73. seconds。本句句意：根據(jù)說句實話，我不能在十秒鐘內(nèi)完成
74. easily。本句句意：雖然問題很難，但我能很容易解決。用副詞easily修飾work out.
75. raised。本句句意：看！他們站在操場上，看著國旗冉冉升起。“升起”與national flag有被動關(guān)系，故用raised，且不可用非人力所為的risen.
76.exciting→excited,自己感到興奮。
77.Although→Because或Since或As,根據(jù)邏輯關(guān)系判斷，不能用表示"雖然"的although.
78.第二個me→ myself, introduce oneself to sb.將自己介紹給某人。
79.去掉with, play computer games表示"玩電腦游戲"，play為及物動詞。
80.Australia→Australian,此處該用形容詞，而不用名詞Australia.
81.第一個big前加a, 即a big country.
82.library→libraries,根據(jù)上文的many修飾判斷。
83.which→where,此處該是where引導(dǎo)的狀語從句。
84.spend→spent,強調(diào)曾經(jīng)一起度過的日子，表示"過去"。
85. √
【書面表達】
The Legend of Bruce Lee tells the
story of young Bruce Lee's journey to
Bruce Lee was born in 1940 in San Francisco (U.S.) and passed away in Hong Kong in 1973.His life was short, only 32 years.But he not only achieved great success in Kung Fu, but also a world of contribution―a symbol of martial culture.
Ｉappreciate it that he shows Chinese Gongfu very much!
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