11.3二戰700 狗狗回饋CD...希望作文能過4

sharonyyyy

9.21一戰600后用了10天調整心態...十月份開始複習一個月...今天二戰700

不算太高...但已經夠用了...希望作文能過4...求RP...


說一下作文
AA是”A year ago Apex Manufacturing bought its managers computers for their homes and paid for telephone connections so that the managers could access Apex computers and data files from home after normal business hours. Since last year, productivity at Apex has increased by 15 percent. Other companies can learn from the success at Apex: given home computers and access to company resources, employees will work additional hours at home and thereby increase company profits.”


AI是physical 和academics 的那個...感覺到最后才發現寫偏了...上帝保佑啊...


verbal
CR1攝影那題...說攝影師的照相技術很想運用了一個工具...選A...他認識一個人...那個人是生產這個工具的...
CR2有一個城市...酒店收費太高了...沒人住...政府爲了改善這種情況...減少稅收...然後政府收到的稅收跟往年一樣..說這個plan很成功...問justification...選沒有justificate酒店收費有沒有升高...
RC1恐龍冷血or熱血那個...其實跟OG是不同的...不過讀過OG...就可以比較好理解...兩斷不到一憑...第一段講A因為恐龍某種組織結構...得出結論它是熱血動物...第二段跑出一個O說A的結論是未必正確(注意沒說錯誤...有題)...他說這種組織可能是因為它active引起的...新城代謝未必快...
題目有一個是問O對A的看法...LZ選了他覺得恐龍新城代謝未必快...


記憶力不是很好...記得不多不好意思...最後祝大家都能考得好成績...也希望作文能夠過4啊!!!

yunyichang

感谢LZ

chloerejoice

恭喜LZ，过几天也二战了，希望也能上7！
LZ觉得题目纠结吗？逻辑语法什么的…LZ实战pace怎么样呢

酱子啊

哇 你考完了呢 楼主700+  
恭喜恭喜

lihua0512

和这篇比呢
GWD-TN7-Q33-Q36
Scientists studying the physiology of dinosaurs have long debated whether dinosaurs were warm- or cold-blooded. Those who suspect they were warm-blooded point out that dinosaur bone is generally fibro-lamellar in nature; because fibro-lamellar bone is formed quickly, the bone fibrils, or filaments, are laid down haphazardly. Consistent with their rapid growth rate, warm-blooded animals, such as birds and mammals, tend to produce fibro-lamellar bone, whereas reptiles, which are slow-growing and cold-blooded, generally produce bone in which fibrils are laid down parallel to each other. Moreover, like the bone of birds and mammals, dinosaur bone tends to be highly vascularized, or filled with blood vessels. These characteristics, first recognized in the 1930’s, were documented in the 1960’s by de Ricqlès, who found highly vascularized, fibro-lamellar bone in several groups of dinosaurs.
In the 1970’s, Bakker cited these characteristics as evidence for the warm-bloodedness of dinosaurs. Although de Ricqlès urged caution, arguing for an intermediate type of dinosaur physiology, a generation of paleontologists has come to believe that dinosaur bone is mammalianlike. In the 1980’s, however, Bakker’s contention began to be questioned, as a number of scientists found growth rings in the bones of various dinosaurs that are much like those in modern reptiles. Bone growth in reptiles is periodic in nature, producing a series of concentric rings in the bone, not unlike the growth rings of a tree.
Recently, Chinsamy investigated the bones of two dinosaurs from the early Jurassic period (208-187 million years ago), and found that these bones also had growth rings; however, they were also partially fibro-lamellar in nature. Chinsamy’s work raises a question central to the debate over dinosaur physiology: did dinosaurs form fibro-lamellar bone because of an innately high metabolic rate associated with warm-bloodedness or because of periods of unusually fast growth that occurred under favorable environmental conditions? (Although modern reptiles generally do not form fibro-lamellar bone, juvenile crocodiles raised under optimal environmental conditions do.) This question remains unanswered; indeed, taking all the evidence into account, one cannot make a definitive statement about dinosaur physiology on the basis of dinosaur bone. It may be that dinosaurs had an intermediate pattern of bone structure because their physiology was neither typically reptilian, mammalian, nor avian.

dovyzhu

阅读求确认！！

谢谢楼主！！作文一定过4！

cba1234

亲, 祝福人品爆发呀, 请再回忆点语法吧. 感谢.

sharonyyyy

和这篇比呢
GWD-TN7-Q33-Q36
Scientists studying the physiology of dinosaurs have long debated whether dinosaurs were warm- or cold-blooded. Those who suspect they were warm-blooded point out that dinosaur bone is generally fibro-lamellar in nature; because fibro-lamellar bone is formed quickly, the bone fibrils, or filaments, are laid down haphazardly. Consistent with their rapid growth rate, warm-blooded animals, such as birds and mammals, tend to produce fibro-lamellar bone, whereas reptiles, which are slow-growing and cold-blooded, generally produce bone in which fibrils are laid down parallel to each other. Moreover, like the bone of birds and mammals, dinosaur bone tends to be highly vascularized, or filled with blood vessels. These characteristics, first recognized in the 1930’s, were documented in the 1960’s by de Ricqlès, who found highly vascularized, fibro-lamellar bone in several groups of dinosaurs.
In the 1970’s, Bakker cited these characteristics as evidence for the warm-bloodedness of dinosaurs. Although de Ricqlès urged caution, arguing for an intermediate type of dinosaur physiology, a generation of paleontologists has come to believe that dinosaur bone is mammalianlike. In the 1980’s, however, Bakker’s contention began to be questioned, as a number of scientists found growth rings in the bones of various dinosaurs that are much like those in modern reptiles. Bone growth in reptiles is periodic in nature, producing a series of concentric rings in the bone, not unlike the growth rings of a tree.
Recently, Chinsamy investigated the bones of two dinosaurs from the early Jurassic period (208-187 million years ago), and found that these bones also had growth rings; however, they were also partially fibro-lamellar in nature. Chinsamy’s work raises a question central to the debate over dinosaur physiology: did dinosaurs form fibro-lamellar bone because of an innately high metabolic rate associated with warm-bloodedness or because of periods of unusually fast growth that occurred under favorable environmental conditions? (Although modern reptiles generally do not form fibro-lamellar bone, juvenile crocodiles raised under optimal environmental conditions do.) This question remains unanswered; indeed, taking all the evidence into account, one cannot make a definitive statement about dinosaur physiology on the basis of dinosaur bone. It may be that dinosaurs had an intermediate pattern of bone structure because their physiology was neither typically reptilian, mammalian, nor avian.

-- by 会员 lihua0512 (2011/11/4 9:26:39)

非常像啊...就人名不同...

paige123

和这篇比呢
GWD-TN7-Q33-Q36
Scientists studying the physiology of dinosaurs have long debated whether dinosaurs were warm- or cold-blooded. Those who suspect they were warm-blooded point out that dinosaur bone is generally fibro-lamellar in nature; because fibro-lamellar bone is formed quickly, the bone fibrils, or filaments, are laid down haphazardly. Consistent with their rapid growth rate, warm-blooded animals, such as birds and mammals, tend to produce fibro-lamellar bone, whereas reptiles, which are slow-growing and cold-blooded, generally produce bone in which fibrils are laid down parallel to each other. Moreover, like the bone of birds and mammals, dinosaur bone tends to be highly vascularized, or filled with blood vessels. These characteristics, first recognized in the 1930’s, were documented in the 1960’s by de Ricqlès, who found highly vascularized, fibro-lamellar bone in several groups of dinosaurs.
In the 1970’s, Bakker cited these characteristics as evidence for the warm-bloodedness of dinosaurs. Although de Ricqlès urged caution, arguing for an intermediate type of dinosaur physiology, a generation of paleontologists has come to believe that dinosaur bone is mammalianlike. In the 1980’s, however, Bakker’s contention began to be questioned, as a number of scientists found growth rings in the bones of various dinosaurs that are much like those in modern reptiles. Bone growth in reptiles is periodic in nature, producing a series of concentric rings in the bone, not unlike the growth rings of a tree.
Recently, Chinsamy investigated the bones of two dinosaurs from the early Jurassic period (208-187 million years ago), and found that these bones also had growth rings; however, they were also partially fibro-lamellar in nature. Chinsamy’s work raises a question central to the debate over dinosaur physiology: did dinosaurs form fibro-lamellar bone because of an innately high metabolic rate associated with warm-bloodedness or because of periods of unusually fast growth that occurred under favorable environmental conditions? (Although modern reptiles generally do not form fibro-lamellar bone, juvenile crocodiles raised under optimal environmental conditions do.) This question remains unanswered; indeed, taking all the evidence into account, one cannot make a definitive statement about dinosaur physiology on the basis of dinosaur bone. It may be that dinosaurs had an intermediate pattern of bone structure because their physiology was neither typically reptilian, mammalian, nor avian.

-- by 会员 lihua0512 (2011/11/4 9:26:39)

非常像啊...就人名不同...

-- by 会员 sharonyyyy (2011/11/7 18:46:45)

那几个问题一样吗GWD-9-Q33:

The author of the passage would be most likely to agree that the “caution” (line 29) urgedby de Ricqlès regarding claims about dinosaur physiology was

A. unjustified by the evidence available to de Ricqlès作者同意caution是未被证明的.....不晓得在说什么不是作者的态度文章推不出来

B. unnecessary, given the work done by Bakker and his followers

C. indicative of the prevailing scientific opinion at the time

D. warranted, given certain subsequent findings of other scientists

E. influential in the recent work of Chinsamy无

Answer:是问态度，作者对DE RICQLES的CAUTION的态度，阅读首要的是看清问题。

--------------------------------------------------------------------------------

GWD-9-Q34:

The primary purpose of the passage is to

A. discuss the influenceon other scientists of Bakker’s argument concerning the

warm-bloodedness of dinosaurs

B. provide evidence that supports the claim that dinosaurs were cold-blooded无

C. challenge the contention that dinosaur bone tissue is innately fibro-lamellar文章不是要说这个,而是说warm-blooded和cold-blooded

D. evaluate the claim that dinosaur bone tissue provides evidence for the warmbloodednessof dinosaurs

E. resolve the disagreement between de Ricqlès and Bakker over the nature of

dinosaur physiology

--------------------------------------------------------------------------------

GWD-9-Q35:

According to the passage, the discovery of growth rings in the bones of certain dinosaursserved to undermine which of the following claims?

A. That modern reptiles are related to dinosaurs支持这个理论

B. That bone growth in dinosaurs was periodic in nature无关

C. That dinosaurs were warm-blooded

however, Bakker’scontention began to be questioned, asnumber of scientists found growth ringsin the bones of various dinosaurs thatare much like those in modern reptiles.


D. That dinosaurs had an intermediate type of physiology支持

E. That fibro-lamellar bone is the product of a rapid growth rate无关

--------------------------------------------------------------------------------

GWD-9-Q36:

The author of the passage mentions bone growth patterns in juvenile crocodiles mostlikely in order to

A. provide support for the argument that reptiles are not related to dinosaurs

B. undermine the claim that most reptiles are slow-growing

C. offer an explanation as to why juvenile crocodiles differ from most modernreptiles

D. suggest the juvenile crocodiles have a type of physiology intermediate betweenthat of mammals and that of reptiles偏

E. suggest that the presence of fibro-lamellar bone does not resolve the debate overdinosaur physiology