和斯蒂芬is
4.A: 我选择喜欢，但钱少的工作 I’ve got tow offers. The first one is a low-paid job that is interesting, and the second one is well-paid but boring. I choose the former. There are two reasons for this choice: Firstly, the motto “interesting is the best teacher”, namely you could do a better job if you have a relish of it. I love this job, just like its looks better then anything else in my eyes. Secondly, money isn’t everything. We should better master it then submit it. And, for a job, opportunity and happiness is more important then hand cash. So ,now we are in a position to conclude that it’s better to chose a low-paid job that is interesting.4.B:我选择不喜欢，但钱多的工作 I’ve got tow offers. The first one is a low-paid job that is interesting, and the second one is well-paid but boring. I choose the latter. There are two reasons for this choice: Firstly, though is boring now, it could be boring forever. I’ll try my best to accommodate it, study it, then be a expert of it. Interesting is only part of my life. Secondly, we could do nothing without money. So a well-paid job is so important to us. With the salary you can buy so many things you want. Money play a important part in today’s society. With the money, you can afford your interesting. So ,now we are in a position to conclude that it’s better to chose a well-paid job but boring.5.A: 我觉得住城里比乡下好 I came from the country, I think living in the city is better than living in the country. There are three reasons for this: The first reason is you could get more traffic-facilities in the city. For example, there’s buses, trains, subways and taxis in the city, but there are only carriage in the country. The second reason is you could get more shopping-facilities in the city. There’re shopping-mall and super markets everywhere, you can get everything you need. It’s so easy to buy something in the country. The third reason is there’re more job opportunities in the city, for the city got more factories. If you want to find a job, the city is your best bet. But in the country, maybe it’s just a imagination. So ,now we are in a position to conclude that living in the city is better than living in the country.5.B: 我觉得住乡下比城里好 I came from the country, I think living in the country is better than living in the city. There are three reasons for this: The first reason is air condition. I like fresh air, I like sunlight, I’m so fond of the nature. But in the city, the air condition is so bad for the factories. Go to the country, take a deep breath of the fresh air, it’s such a beautiful life. The second reason is people. To tell the truth, I always get headache for so many people in the city, it’s so crowd every where. But there’re less people in the country, so there’re more peaceful and joys in the country. The third reason is pressure. There’s a heavy atmosphere in the country, the job competition, the relationship of people, always makes me breathless. I always want to go to a place which is pressure less. Now I find it in the country. So ,now we are in a position to conclude that living in the country is better than living in the city. 终于写完了，累死我了。。
土著零食家
给自己创造学英语的环境。 要想学好英语，应该从听说入手。因为学习英语听说可以使英语不再是望而生畏、死气沉沉的学问，而成为妙趣横生、鲜活灵动的实践。 有意识地给自己营造出一种国外的语言环境强迫自己用耳朵接受英语，同时开口说英文就能在轻松、愉快的氛围中习得听说了。 没有条件，可以创造条件，比如看美国电影，听美国广播。或者找一个好的老师，领进门，掌握到学习的方法。 零基础的学习莫过于就是音标和单词，再加上简单的语法。
清水颐园
Bush nearly places Queen Elizabeth in 18th centuryPresident George W. Bush, no stranger to the occasional verbal misstep , nearly placed Queen Elizabeth II in the 18th century on Monday in welcoming her to the White House on a state visit. Britain's queen and Prince Philip were treated to a formal arrival ceremony on the White House South Lawn, complete with a marching fife-and-drum corps. Both Bush and the queen addressed the crowd as the royal couple approached the end of a six-day U.S. visit that included ceremonies marking the 400th anniversary of the British settlement in Jamestown, Virginia, and the Kentucky Derby. Bush noted the queen's long history of dealing with successive American governments, just barely stopping himself before dating her to 1776. "The American people are proud to welcome your majesty back to the United States, a nation you've come to know very well. After all you've dined with 10 U.S. presidents. You've helped our nation celebrate its bicentennial in 17 -- in 1976," Bush said. Bush looked at the queen sheepishly . She peered back at him from beneath her black and white hat. "She gave me a look that only a mother could give a child," Bush said as the crowd burst into laughter. Taking the podium, the queen quickly swung into her prepared speech, hailing the closeness of U.S.-British relations. "It is the moment to take stock of our present friendship, rightly taking pleasure from its strengths while never taking these for granted," she said. "And it is the time to look forward, jointly renewing our commitment to a more prosperous, safer and freer world." White House spokesman Tony Snow made light of the incident. "I don't know that a lot of people joke with the queen but the president did and it worked out just fine," he said. 布什再“秀”口误 险让女王增老200岁美国总统小布什属于在重大场合犯口误的老手。本周一，布什在白宫接待来访的英国女王伊丽莎白二世时，差点把女王的外交活动前置到18世纪。 在白宫南草坪上，布什为英女王及其丈夫菲利普亲王举行了隆重的欢迎仪式，仪式最后美国军乐队还接受了女王的检阅。 美国总统布什和英国女王均在欢迎仪式上致词。在此之前，女王伉俪对美国进行了为期6天的国事访问，期间，他们观看了肯塔基赛马大会，并参加了英国在北美建立的第一个殖民地——弗吉尼亚州的詹姆斯敦——建城四百周年纪念活动。 致词中，布什谈到英女王与数届美国政府的外交往来史来已久，但在回顾历史时，布什差点说出口的“1776”几乎让他卡壳。 布什说：“美国人民不胜荣幸欢迎女王陛下重访美国，这个您所熟知的国度。您曾经和10位美国总统共进晚餐，您还参加了美国国庆200周年的纪念仪式，那是在17……1976年。” 布什羞怯地朝女王看去，女王则透过她黑白相间的礼帽回视了布什一眼。“她刚才看我的眼神就像母亲看小孩。” 布什即时的解嘲语引得听众哄堂大笑。 女王随后登上讲坛，发表了精心准备的致词。她在致词中高度评价了英美两国的亲密关系。 “此时，我们应该仔细衡量两国目前的友谊。我们在为双方的友好感到欣慰时，也不应该认为这种友好来的理所当然，” 女王说，“我们应该向前看，继续担负起共同捍卫一个更加繁荣、更加安全、更加自由的世界的职责。” 对于布什致词中的口误，白宫发言人托尼·斯诺事后轻描淡写。 他说，“我想，不是很多人会和英国女王开玩笑的，但总统做到了，而且还做得不错。”My Viewpoints:George W. Bush didn't show enough respect for the queen of the Great Britain. Maybe it's because the queen doesn't have real power.
加杰特侦探
i'll write my opinion first:this article deals with things related to dark matter, as you all know, dark matter is a hypothetical form of matter invisible to electromagnetic radiation, postulated to account for gravitational forces observed in the universe. (http://dictionary.reference.com/browse/dark%20matter) in other words, dark matter is matter that emits little or no detectable radiation of its own, postulated to account for gravitational forces observed on astronomical objects and to be part of the missing mass. no one knows what dark matter is composed (made) of, and "Astronomers have long suspected the existence of this invisible "stuff" as the source of additional gravity that holds together galaxy clusters.""Because astronomers cannot see dark matter, they must infer its existence by studying how its gravity bends the light of more distant, background galaxies. "it's very hard to study dark matter because you cannot see them, however, dark matter is very important because we can learn a lot more about the universe and ourselves if we know more about dark matter.here's the article:Hubble spots ring of dark matter Astronomers have found one of the best pieces of evidence for the existence of dark matter, a mysterious quantity that pervades our Universe. They have identified what appears to be a ghostly ring in the sky which is made up of this enigmatic substance. Using the Hubble Space Telescope, the scientists have established that the ring formed long ago after a colossal smash-up between two galaxy clusters. Details of the research are to appear in the Astrophysical Journal. As the name suggests, dark matter does not reflect or emit detectable light, yet it accounts for most of the mass in the Universe. Astronomers have long suspected the existence of this invisible "stuff" as the source of additional gravity that holds together galaxy clusters. The clusters would fly apart if they were reliant only on the gravity from their visible stars. Dark material No one knows what dark matter is made of, but it is thought to be a type of elementary particle found throughout the cosmos. Researchers from Johns Hopkins University and the Space Telescope Science Institute - both in Baltimore, US - spotted the ring unexpectedly while they were mapping the distribution of dark matter within the galaxy cluster Cl 0024+17. This cluster lies 5 billion light-years from Earth; its ring of dark matter measures 2.6 million light-years across. Because astronomers cannot see dark matter, they must infer its existence by studying how its gravity bends the light of more distant, background galaxies. This powerful trick, called gravitational lensing, allows astronomers to map the distorted light to deduce the cluster's mass and how dark matter is distributed in the cluster. At first, team members thought the ring was an illusion - or artefact - in the data. But repeated attempts to make the ring disappear met with failure. Finally, the astronomers became convinced that it must be a real feature. Ripples in a pond In August 2006, US astronomers identified the gravitational signature of dark matter in another merging galaxy cluster. But the ring structure in Cl 0024+17 is exceptional. "Although the invisible matter has been found before in other galaxy clusters, it has never been detected to be so largely separated from the hot gas and the galaxies that make up galaxy clusters," said co-author Myungkook James Jee of Johns Hopkins University. "By seeing a dark-matter structure that is not traced by galaxies and hot gas, we can study how it behaves differently from normal matter." Computer simulations of galaxy cluster collisions show that when two clusters smash together, the dark matter falls to the centre of the merged cluster and sloshes back out. As the dark matter seeps outward, it begins to slow down under the pull of gravity and gathers together like a traffic pile-up. Luckily, astronomers had a head on view of this collision because it occurred along the Earth's line of sight. "It's like looking at the pebbles on the bottom of a pond with ripples on the surface. The pebbles' shapes appear to change as the ripples pass over them," Dr Jee explained. "So, too, the background galaxies behind the ring show coherent changes in their shapes due to the presence of the dense ring." Team member Holland Ford, also of Johns Hopkins, said: "By studying this collision, we are seeing how dark matter responds to gravity. He added: "Nature is doing an experiment for us that we can't do in a lab, and it agrees with our theoretical models."
