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Final stars under microscopeAt the kick-off of Wednesday evening's UEFA Champions League f

Final stars under microscope

At the kick-off of Wednesday evening's UEFA Champions League final, there were 16 players on the Stade de France turf whose next assignment will be in Germany in June.

With little over three weeks before the start of the FIFA World Cup, the match duly offered FIFA-worldcup, cons an ideal last chance to assess the form. of some of the summer's likely headline-makers.

Jens Lehmann(GER, Arsenal)

It is net easy to evaluate a player who spent only 18 minutes on the pitch. In this highly limited time span, the Mannschaft's first-choice keeper was only called upon to repel a couple of straightforward shots, one from Ludovic Giuly and the other from Deco. That said, his first goal-kick was wayward and with his confidence affected, he then restricted himself to short passes to his defenders. Caught out in a one-on-one with Samuel Eto'o, Lehmann was rightly dismissed for felling his opponent and watched the majority of the match from the stands.

Carlos Puyol(ESP, Barcelona)

For a long time, it looked as though Thierry Henry would never succeed in shaking off his shaggy-haired marker. Solid and tigerish, the Spanish central defender allowed the Arsenal striker very little space for the first hour of the game. But as time went on, he seemed to increasingly struggle to keep up with the Gunners' attacks. No doubt his long and punishing season has caught up with him, but a few weeks' rest should see him restored to his best in time for Germany.

Rafael Marquez(MEX, Barcelona)

While always precise and effective with the ball at his feet, the Mexican defender was regularly troubled by the pace of Henry. Rescued by his goalkeeper in the third minute after being caught flat-footed by the French striker, he could have been sent off a few moments later for a tackle front behind that caught the same player on the ankle. Like Puyol, he was guilty of allowing opposing players to get in be- hind him too often during the second half.

Giovanni van Bronckhorst(NED, Barcelona)

Although excellent on the counter, the Dutchman is not really a natural defender. Always looking to get forward, he has a tendency to drift from his left-back position into a more advanced role. You would not want to change him too much, though, for just like Marco van Basten's Orange side, Barcelona got considerable rewards from his forward forays. Moreover, he never stopped running until the final whistle.

Emmanuel Eboue(CIV, Arsenal)

Cote d'Ivoire has one of the best right-backs in the world. Active, willing and technically adept, Eboue left a really positive impression on the Stade de France crowd. Hurt in a first-half clash with Giovanni van Bronckhorst, he seemed to struggle somewhat after that, but the fact that Samuel Eto'o and Ronaldinho-whom he found himself up against most often-shone only fleetingly was to a large extent down to him. The only feature of his game that might work against him in Germany is an unwelcome tendency to complain.

Kolo Toure(CIV, Arsenal)

The linchpin of Arsenal's defence, Kolo Toure is one player who can justifiably feel hard done by at having lost this final. So sparkling was his individual perfromance that, whether faced by Ronaldinho, Eto'o or Henrik Larsson, the Ivorian always looked comfortable. Invariably positioned in the ideal spot, Toure seemed to be omnipresent(无所不在的) on the pitch. His understanding with countryman Eboue is a big plus for club and country and he is sure to be a vital cog in Henri Michel's machine this summer. Sol Campbell(ENG, Arsenal)

If his club had lifted the trophy with the big ears, then Sol Campbell would surely have been elevated to the rank of hero. His imperious header may have given the English team the advantage, but in the end, he was repeatedly found wanting as Barcelona proceeded to wrest control of the encounter from their oppo

A.Y

B.N

C.NG

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更多“Final stars under microscopeAt…”相关的问题
第1题
Under man-made stars, the bird in the cage ______.A.tried to fly in the opposite direction

Under man-made stars, the bird in the cage ______.

A.tried to fly in the opposite direction of birds not caged

B.changed direction when the position of the stars was changed

C.wouldn't fly well

D.stayed where they were

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第2题
We'll have a brain road map. This is the real final frontier of the 21st century: the brain is t
he most complex system we know. It contains about 100 billion neurons(roughly the number of stars in the Milky Way), each connected to as many as 1,000 others. Early in the next century, we will use advanced forms of magnetic resonance imaging to produce detailed maps of the neurons in operation.
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第3题
What would be the best title for the passage?A.Danco Island.B.An Expedition to Antarctica.

What would be the best title for the passage?

A.Danco Island.

B.An Expedition to Antarctica.

C.Explorers of Antarctica.

D.Sleep under the Stars in Antarctica.

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第4题
听力原文:Why don't birds got lost on their long migratory flights? Scientists have puzzled

听力原文: Why don't birds got lost on their long migratory flights? Scientists have puzzled over this question for many years. Now they're beginning to fill in the blanks.

Not long ago, experiments showed that birds rely on the sun to guide them during daylight hours. But what about birds that fly mainly by night? Tests with artificial stars have proved conclusively that certain night-flying birds are able to follow the stars in their long-distance flights.

One such bird—a warbler—had spent its lifetime in a cage and had never flown under a natural sky. Yet it showed an inborn ability to use the stars for guidance. The bird's cage was placed under an artificial star-filled sky at migration time. The bird tried to fly in the same direction as that taken by his outdoor cousins. Any change in the position of the make-believe stars caused a change in the direction of his flight.

Scientists think that warblers, when flying in daylight, use the sun for guidance. But the stars are apparently their principal means of navigation. What do they do when the stars are hidden by clouds? Apparently, they find their way by such landmarks as mountain ranges, coast lines, and rivet courses. But when it's too dark to see these, the warblers circle helplessly, unable to get their bearings.

(33)

A.Birds have to be taught to navigate.

B.A bird that has been caged will not.

C.Some birds cannot fly at night.

D.Some birds seem instinctively to follow the stars when flying at night.

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第5题
According to the passage, jury must be ______.A.an individual who works in a courtB.a numb

According to the passage, jury must be ______.

A.an individual who works in a court

B.a number of people who work under the judge at a trial

C.a dozen people who decide whether someone on trial is guilty or not

D.eleven persons who are in a position to make final decision at a trial

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第6题
How the First Stars in the Universe Came into ExistenceResearchers believe that our univer

How the First Stars in the Universe Came into Existence

Researchers believe that our universe began with the Big Bang(宇宙大爆炸)about 13 billion years ago,and that soon after that event,matter began to form. as small dust grains and gases.How the first stars formed from this dust and gas has been a burning question for years,but a state of-the-art computer simulation now offers the most detailed picture yet of how these first stars in the universe came into existence.

The composition of the early universe was quite different from that of today,and the physics that governed the early universe were also somewhat simpler.Dr.Naoki Yoshida and colleagues in Japan and the U.S.incorporated these conditions of the early universe,sometimes referred to as the“cosmic dark ages,”to simulate the formation of an astronomical object that would eventually shine its light into this darkness.

The result is a detailed description of the formation of a protostar(原恒星)-the early stage of a massive primordial(原始的)star of our universe-and the researchers'computer simulation sets the bar for further investigation into the star formation process.The question of how the first stars evolved is so important because their formations and eventual explosions provided the seeds for subsequent stars to come into being.

According to their simulation,gravity acted on minute density variations in matter,gases,and the mysterious“dark matter”of the universe after the Big Bang in order to form. this early stage of a star-a protostar with a mass of just one percent of our sun.The simulation reveals how pre-stellar(前恒星的) gases would have actually evolved under the simpler physics of the early universe to form. this protostar. Dr.Yoshida's simulation also shows that the protostar would likely evolve into a massive star capable of synthesizing(合成)heavy elements,not just in later generations of stars,but soon after the Big Bang.

Their simulation of the birth of a protostar in the early universe signifies a key step toward the ambitious goal of piecing together the formation of an entire primordial star and of predicting the mass and properties of these first stars of the universe.More powerful computers,more physical data,and an even larger range will be needed for further calculations and simulations,but these researchers hope to eventually extend this simulation to the point of nuclear reaction initiation-when a stellar(星球的)object be comes a true star.

According to the first two paragraphs,the early universe

A.was governed by simpler physics.

B.got fewer stars shinning in it.

C.started over 13 billion years ago.

D.was composed in a way similar to that of today.

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第7题
Black Holes Trigger Stars' Self-destructionScientists have long understood that super mass

Black Holes Trigger Stars' Self-destruction

Scientists have long understood that super massive (大块的) black holes weighing. Millions or billions of suns can tear apart stars that come too close. The black hole's gravity (地心引力) pulls harder on the neatest part of the star, an imbalance that pulls the star apart over a period of minutes or hours, once it gets close enough.

Scientists say this uneven pulling is not the only hazard (冒险) facing the star. The strain of these unbalanced forces can also trigger (触发) a nuclear explosion powerful enough to destroy the star from within. Matthieu Brassart and Jean-Pierre Luminet of the Observatoire of the Paris in Meudon, France, carried out computer simulations of the final moments of such an unfortunate star's life, as it veered towards a supermassive black hole.

When the star gets Close enough, the uneven forces flatten it into a pancake shape. Some previous studies had suggested this flattening would increase the density and temperature inside the star enough to trigger intense nuclear reactions that would tear it apart (扯开). But other studies had suggested that the picture would he complicated by shock waves generated during the flattening process and that not nuclear explosion should occur.

The new simulations investigated the effects of shock waves in detail, and fund that even when their effects are included; the conditions favor a nuclear explosion. "There will be an explosion of the star. It will be completely destroyed," Brassart says. Although the explosion obliterates the star, it saves some of the start's matter from being devoured by the black hole. The explosion is powerful enough to hurt much of the star's matter out of the black hole's reach, he says.

The devouring of stars by black holes may already have been observed, although at a much later stage. It is thought that several months after the event that rips the star apart, its matter starts swirling into the hole itself. It heats up as it does so, releasing ultraviolet light and X-rays.

If stars disrupted (使分裂) near black holes really do explode, then they could in principle allow these events to be detected at a much earlier stage, says Jules Halpern of Columbia University in New York, US. "It may make it possible to see the disruption of that star immediately if it gets hot enough. "

Brassart aggress. "Perhaps it can be observed in the X-rays and gamma rays, but it's something that needs to be more studied , "he says. Supernova researcher Chris Fryer of the Los Alamos National Laboratory in Los Almos, New Mexico, US, says the deaths of these stars are difficult to simulate, and he is not sure whether the researchers have proven their case they exploded in the process.

Something destructive could happen to a star that gets too close to a black hole. Which of the following statements is NOT mentioned in the passage?

A.The black hole could tear apart the star.

B.The black hole could trigger a nuclear explosion in the star.

C.The black hole could dwindle its size considerably.

D.The black hole could devour the star.

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第8题
Hillside Secondary School year is divided into two 18-week semesters. Semester one runs fr
om September to the end of January. Semester two runs from February to late June.

The school day runs from 8:45a. m. to 3: 15p.m. and is made up of five 78-minute periods. Students take four classes and have one period for lunch.

In February, 2000, the school introduced a new system of computerized attendance in order to provide accurate(准确的)records of student lates and absences and to enable communication with parents.

Student evaluation(评价) is a continual process based upon class performance, tests, home work and reports, as well as special projects or formal examinations held at the end of the semester. There will be at least three reports to parents during each semester. After five weeks of class, students carry Earlybird Report home. The semester one Parent/Teacher interview date appears on this report. Mid-term Report is at the ninth week. Marks are then calculated. Mid-term Reports are prepared and mailed in mid-November and late April. Students with marks under 60% after 11 weeks of class will receive an In-Danger Report to remind them that more effort is required as well as careful preparation for final exams. Those notices are mailed home. Final Reports are mailed home in February and July.

The Newsletter is an excellent way for the school to communicate with parents. In addition to providing a profile of our many activities, it contains key dates and information-upcoming events such as parent interviews or exams, changes being considered at the school. Messages from school, parents receive four newsletters each year.

Keep it on the refrigerator!

Each semester, the parents may get at least ______ from the school.

A.an Early-bird Report, a Mid-term Report and the Newsletters

B.an Early-bird Report, a Mid-term Report and the Final Report

C.a Mid-term Report, an In-Danger Report and the Final Report

D.a Mid-term Report, a Final Report and Newsletters

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第9题
【T16】A. LATER REGRETTED B. SPENDING C. TEND TO PHRASES: A. REMEMBER PAST IMPULSE

【T16】

A. LATER REGRETTED

B. SPENDING

C. TEND TO PHRASES: A. REMEMBER PAST IMPULSE PURCHASES THAT YOU【T15】______

B. YOU MAY【T16】______ PURCHASE ON IMPULSE

C. KEEP【T17】______ UNDER CONTROL IN ADDITION TO THE EXTERNAL PRESSURE WE FACE FROM MARKETING, OUR OWN FEELINGS AND HABITS CAN CONTRIBUTE TO EXCESSIVE SPENDIN

G. HERE ARE SOME SUGGESTIONS TO HELP YOU【T18】______ . FIRST, RESIST YOUR IMPULSE BUYIN

G. DO YOU ENJOY THE EXCITEMENT OF SHOPPING AND FINDING A BARGAIN? IF SO,【T19】______ . TO RESIST, SLOW DOWN AND THINK REALISTICALLY ABOUT THE LONG-TERM CONSEQUENCES OF BUYING, OWNING, AND MAINTAINING WHAT YOU ARE PLANNING TO BUY. STOP AND【T20】______ . GIVE YOURSELF A "COOL DOWN" PERIOD BEFORE MAKING YOUR FINAL DECISIO

N.

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