高二月考 英语A卷

信丰二中高二年级第二次月考英语A卷

2020/4/06

第一部分听力(共两节, 满分30分)

听力题目，音频另发

第二部分阅读理解（共两节，满分40分）

阅读下列短文，从短文后每题所给的A、B、C和D四个选项中，选出最佳选项，并在答题卡上将该项涂黑。

A

How cool can libraries be in an era of iPods and Kindles? More than you think. Only if you know where to go.

Central Library: Seattle, Washington, United States

The Central Library in Seattle is modern and fashionable and has tourists from around the world paying visits and taking tours. It was designed by Dutch architect Rem Koolhaas and American designer Joshua Ramus. Tours began in 2006, two years after its opening. The library holds various art exhibitions, book signings and other events, while visitors can stop by the Chocolate cart for a coffee and scan through the gift shop anytime.

Trinity College Library: Dublin, Ireland

The Trinity College Library in Dublin is in Ireland, founded at the end of the 16th century by Queen Elizabeth I. It is the largest single library in the world, also known as the Long Room, which contains more than 200,000 of the library's oldest books. The Long Room houses one of the oldest harps（竖琴）in Ireland. Dating to the 15th century, the old harp is the model for the symbol foreland.

Geisel Library, University of California: San Diego, United States

At first glance, it looks like a spaceship. Architect William Pereira, who helped design actual space launch facilities at Cape Canaveral in Houston, Texas, designed the library in 1970. It has been featured in sci-fi films, short stories and novels. The library hosts “Dinner in the Library,” which invites readers for cocktails, and also special speeches from distinguished authors．

TU Delft Library: The Netherlands

The library at the Delft University of Technology was constructed in 1997 and has more than 862,000 books, 16,000 magazine subscriptions and its own museum. The building itself exists beneath the ground, so you can't really see the actual Library. What makes it interesting is the roof, which is a grassy hill. The roof covers 5,500 square meters. And it has become one of the most striking and greenest structures in the area.

21. Which of the four libraries has the longest history?

A. Central Library

B. Trinity College Library

C. Geisel Library

D. TU Delft Library

22. What makes Geisel Library different from the others is that _____.

A. a spaceship designer founded the library

B. it has a roof of grassy hill

C. famous writers often deliver speeches there

D. it is the largest single library in the world

23. In Central Library, you can _____.

A. drink cocktails

B. book events

C. create paintings

D. buy souvenirs

B

No one is sure how the ancient Egyptians built the pyramids near Cairo. But a new study sugg ests they used a little rock ‘n’ roll. Long-ago builders could have attached wooden poles to the stones and rolled them across the sand, the scientists say.

“Technically, I think what they’re proposing is possible,” physicist Daniel Bonn said.

People have long puzzled over how the Egyptians moved such huge rocks. And there’s no obvious answer. On average, each of the two million big stones weighed about as much as a large pickup truck. The Egyptians somehow moved the stone blocks to the pyramid site from about one kilometer away.

The most popular view is that Egyptian workers slid the blocks along smooth paths. Many scientists suspect workers first would have put the blocks on sleds(滑板). Then they would have dragged them along paths. To make the work easier, workers may have lubricated the paths either with wet clay or with the fat from cattle. Bonn has now tested this idea by building small sleds and dragging heavy objects over sand.

Evidence from the sand supports this idea. Researchers found small amounts of fat, as well as a large amount of stone and the remains of paths.

However, physicist Joseph West thinks there might have been a simpler way, who led the new study. West said, “I was inspired while watching a television program showing how sleds might ha ve helped with pyramid construction. I thought, ‘Why don’t they just try rolling the things?’ ” A square could be turned into a rough sort of wheel by attaching wooden poles to its sides, he realized. That, he notes, should make a block of stone “a lot easier to roll than a square”.

So he tried it .

He and his students tied some poles to each of four sides of a 30-kilogram stone block. That action turned the block into somewhat a wheel. Then they placed the block on the ground.

They wrapped one end of a rope around the block and pulled. The researchers found they could easily roll the block along different kinds of paths. They calculated that rolling the block required about as much force as moving it along a slippery(滑的)path.