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[六月] 6.7.大家一起努力!

本主题由 半月霜天 于 2008-6-12 16:54 加入精华
~~呵呵  有劲头就好哈
8 ^4 F0 g! s. i1 ^7 C可能是视力问题吧, t3 v3 `# a: Z$ j$ ?1 N! Z
哈哈3 H$ G; G. z. x
有的  我这里也有个  90多号帖子吧好象是
独上高楼,望尽天涯路!
                                   -------牛

今天比昨天好不就是希望吗?

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今天听写2篇
7 m, {% v$ `; Q6 X6 s( ^& J老T一套  比昨天少错3个
2 T5 s+ }5 p- ]& f4 M比昨天好  很好!!!  b/ {% _$ I" p& [% z. u
改了作文  5 l! W% L" }) w/ m' r4 r( E2 I9 i
做了几个练习~~ 总结口语摸版很烦.....2 p# o. u1 k2 V6 t1 P1 E7 s
词汇LIST6  词频60个 - L( `! p3 h# x4 t  W- h
晚上有点累了 效果不佳
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(五)霸王龙+ J; {5 c& _# ]  `/ C$ g# z" G
Before I tell you about the interesting discovery realated(related) to tisuuma(tyrannosaurus rex). I need to review something we study last semester, the difference between what are commonly called warm blooded and cold blooded animals. In warm blooded animals like birds, mammals, for example, the body temperature(temperature) normally stays within a narrow range, no matter what the outside temperature is. As a result, a warm blooded animal is usually active in both hot and cold temperature, because its blood temperature adjust the temperature of its environment. On the other hand, cold blooded animal, such as most of reptiles, amphibians, and insects, are unable to create enough heating internally to raise their temperature above the temperature of the environment. So, for example, the temperature of a cold blooded animal falls when the environment is cool. I hope this distinction is clear. Now, moving on to tyrannosaurus rex, you may know that the dianonsuas(dinosaurs), being reptiles, are generally believed to have being(been) cold blooded. Well, a recent research study found that the chemical composition of the bones of tyrannosaurus rex was consistent that have very narrow range of internal temperature indicating that it was probably warm blooded. 1 A$ V4 B* C- E3 r) B, K

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This room is devoted to electricial(electric) fish, the ell in the tank behind me can produce a strong joint(jolt) of electricity to stum(stun) its pray. But most of the fish in here produce only weak electrical impluses useful for navigating, locating fish, and even for communicating. The knife fish is a good example, this fish navigate using tiny receptors in the skin that are senstive to electrical inpluses(impulses). The produce an electrical signal and receptors in its skin let it know when the signals it distorted by a tree root, or some other obstacle, so it can go around it. Fish also use the ability to produce and detect eclectrical impulses to communicate, they can tell each other what species they belong to, how big they are, wether(whether) they are male or female. We have a tank here that is specially equipped to convert the inaudible signals the fish produce into sounds you can hear when you put on these headphones. I urge you all to leisten(listen) when I done my speaking. Now have a look at the electrical rays. Rays are special interesting to medical researchers because of the organs they used to produce electricity. These organs contain a chemical carries signals from one nerve ending to next, not in ray, but also in people. By studying this organs scientists hope to learn more about diseases that interrupt the transmission inpluses (impulses)from one nerve to another.* o, p" w' Y! U7 @* f3 h, |' J) Z
拼写错误太多了
* }: E$ T" A* B' A0 f! h尤其第二篇。。。。。。
独上高楼,望尽天涯路!
                                   -------牛

今天比昨天好不就是希望吗?

TOP

be cool3 |. ?' {( \- [2 b6 ]$ W
总觉得差你好远..

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收到99#内容哈,
考托的路途,就是从恐惧、哭泣、孤寂到自信、笑容、温暖的过程。

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感觉到的时好强劲的动力啊~~~! y/ u" {1 d2 t( k* W/ D5 ]
lz加油!6 B' i2 d& ^3 }! O9 A2 u7 B
希望我也能在7号考,刷考位ing……
No pain, no gain.

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LORA   那你就好好加油赶上嘛~~~
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. M/ C$ A, G' D7 J( SLLS  收到就好+ W3 f; T5 U  {- I7 r/ ?
加油吧
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LS  呵呵加油吧~~~~~- A! e( _$ B' ?: H- ]& u; t) @
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[ 本帖最后由 wuhao5217195 于 2008-4-17 06:04 编辑 ]
独上高楼,望尽天涯路!
                                   -------牛

今天比昨天好不就是希望吗?

TOP

昨天听写3篇
7 e3 _! |( G0 F* J6 s4 p修改作文 语法错误太多...怎么办???,,,,,,4 o. V: i% M3 ]' a
老T一套 比前天错得多
$ w/ ?) L9 a0 }6 h. r# O' o; p" {2 w做的时候干扰太大   已总结2 U. y: m, U4 ]- @& R- {" N  @
口语摸版继续总结# b; h: {/ u& I; v# Y/ O6 o7 }) V
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! x. [) H6 H3 l9 n1 w4 u(七)老鼠( v5 J6 A1 M( B) g
Human populations near the a quarter(equator) involve(evolved) dark skin over many generations because of the exposure to the serious(fierce) rays of the Sun. A seminal(silimar) phenomenal has also occurred in other parts of animal kingdom, the African grass mouse is a good example. Most mice are nocturnal, but African mouse is active during daylight hours. This means that it spends its days searching for food in semi-dry bush and scorp(scrub) habitats of eastern and southern of Africa. Its fur is striped, like a mice which helps it blend in with its environment, because it spends a lot of time in the tense tropical sun, the grass mouse has also evolved two separate safe guards against the sun’s ultraviolet radiation. First, like the population of humans in this region of the world, the skin of mouse contains a lot of melanin or dark pigment. Second and quite unusual, this mouse has a layer of melanin-pigmented tissue between its scope(skull) and the skin. This unique cap provides an extra measure of protection for the grace mouse and other type of African mouse like rodents that active during the day. The only other specials(species) scientists identify with the same sort of skull is the quite(white) tent of making bat of the central of the American tropics. Although these bats sleeping in the day, they do so curled up with their heads exposed in the sun.
: A, a# K0 {7 l- V(八)树木
8 m) J6 n, ?1 Y, FOK, in the last class we talked about the classification of trees, and we ended up with a basic$ _0 Q4 ^- Q  g& L
description of angiosperms. You remember that those are plants with true flowers and seeds that develope inside fruits, the common broadly(broadleaf) trees we have on campus fall into this categeory(category), but our pines do not. Now, I hope you all followed my advice and wore comfortable shoes because, as I said, today we are going to do a little field study. To get started, let me describe a couple of broadleaf trees we have in front of us, I am sure you have all noticed this brand(big) tree behind the(next to) hall. It is a black walnut that must be 80 feet tall. As a matter of fact there is a plack(plaque) identifying it as the tallest black walnut in the state. And from here we can see the beautiful artial(archway) of trees at the commons, they have American elms…. The ones along the commons were planted when the college was founded 120 years ago. They have the distinctive dark green leaves that look sides(lopsided) because the two sides of the leaf are unequal. I want you to notice the elm right outside Jackson Hall… Some of its leaves have withered and turned yellow, maybe due to the Dutch elm diseases. Only a few branches seem affected so far, but if this tree is sick, it will have to be call down. Well let’s move on and I will describe what we see as we go.

1 @& ^2 N; @2 f* y这两篇生词比多。。。。 蛮多看着都不认识) N& @6 r1 \% f

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- t' R8 m( M! `/ i(九)黄蜂
1 V- |: Q; Z; B- E+ h# uToday I want to talk to you about warsp(wasps) and their nests. You recalled that biologists divide species warsp into two groups: solitary and social. Solitary warsp, as the name implies, do not live together with other warsps, in most species the male and female get together only to made(mate). And then females does all the work of building the nest and providing food for offspring by herself. Solitary wasps makes nest in the ground and they separate the timber(chambers) for individual offspring with bits of grass, stone, or mod(mud) whatever is handy . What about social warsps, they form community and work together to build and maintain the nest. A nest begins in the spring when a fertile female, called the queen, builds the first few conponents(compartments) of the nest and lays eggs. The first offspring are small females that can not lay eggs, these female called workers athen bulit a lot of new compartments, and queen lays more eggs. They also care for the new offsprings and defend the nest with stingers, by the way, only female warsps have stingers. Most social warsps make nests of papper, the females produce the paper by chewing up plant fibers or old wood. They spread the paper in thin layers to make cells in which the queen lays eggs, most of you, have been seen these nests susbend(suspended) from trees, they may also be built on the ground(underground), in the band(abandoned) rodent burrows
独上高楼,望尽天涯路!
                                   -------牛

今天比昨天好不就是希望吗?

TOP

今天听写2篇
3 y, x9 h0 e2 E7 |5 s作文1篇
4 G. Y3 v$ U& A2 G' n4 v  ~LIST88 @" f3 [+ L9 ?* V' h; p

& o- ^. s4 h8 L& ]+ B" S) g1 q0 x仅此而已
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5 i* N8 d3 R* r! a% Z" o" o(十一)袋鼠8 }  Q/ a0 E5 {* _5 C7 \
Now we are entering kangaroo country, In all there are more than 15(50) different species of kangaroo. And the advantage of zoos like ours is that you can see them in their nature habitat, the ones we have all live in grassland. On my right you can see one of the biggest type, the right(red) kangaroo. It travels about 20 miles per hour. It looks like hard work but hoping actually like(lets) kangraoo consume(conserve) more energy than another animal could when running on four legs. In fact, up to a certain point, the faster a kangaroo goes the more energy it conserves. Rather than taking more hops to increase speed, the kangaroo makes the length of each jumper longer. Let’s stop here for a minute, take a look over on your right at this group of the kangaroos resting. Can you see that their ears are moving? Hearing may well be the kangaroo the most important sense, Their two large ears can move independently, so sometimes one is flower(pointing foward) and the other is veal(toward the rear). Kangaroo’s eyesight is also excellent. They have a wide field of vision and, like most grazing animal, they are specially good at attacking(detecting) movement Before we move on, I would like to point one thing, if you look closely, you can see a joy(joey), that Is a baby kangaroo, peering out its mother’s pouch. Before long the joey will be out the pouch for good, and the mum will push it out by the time it is eight months old.
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(十)蜘蛛1 T) @# P* J0 Y! {/ i* r9 f8 U3 m/ I- r- h
Before moving on to a new topic, I want to finish up our unit on arachnids by looking at what may seem a very unusaual aspect of spider behaviour, a species where the young spiders actually consume the body of their mother. Unlike most other spiders this species lays one and only one clutch of egg in 40 eggs in her lifetime. The young spiders hatch in mid spring of early summer insight(inside) a nest of eucalyptus leaves. Their mothers spends the warm summer hours(months) bringing home large insects often ten times her weight for meals. The catch is always signicicantly more than her young spider can eat. So, the mother fattems herself up on this extral pray, and store netural(nutrients) stored in her extral unfertilized eggs. As the weather turns colder, there are fewer insect pray to haunt, that’s when the neturain stored in those extra eggs begin to seap in mother’s bloodstream. So, when there are no more insects to feed to the young spiders, they attach themselves to their mother’s leg joints and draw nourishment by sucking the nutrition rich blood. After several weeks the mother is depleted of all nutrain and she dies. But then how do young get nurishiment they start to feed on one anothe. Now if you recall our discussion of Darwin, you will see evolutionary value of this. Only the strongest spiders of the clutch will surive this “cannibalism” and their mother spiders will have ensured her genes have increased chance of surivival through the future generations.
独上高楼,望尽天涯路!
                                   -------牛

今天比昨天好不就是希望吗?

TOP

有点起伏正常的啦哈 ,继续就好!
考托的路途,就是从恐惧、哭泣、孤寂到自信、笑容、温暖的过程。

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只是一个过程吧
- \, a2 S& \# y  D# \- H) C我想到达了你这个程度+ t0 b! e7 F, ^0 @
我也会这样.../ M! @1 s  l! U0 \$ Y2 p
心态最重要

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