The art of reading fiction is largely a matter of inferring meanings. To infer means to understand facts which are not directly stated---only suggested. Inference is one of the commonest ways of knowing things: a child holds his knee and cries; this action implies his feeling; an observer infers that the child is hurt. To infer accurately in everyday life requires caution in observing; to infer skillfully in fiction requires caution in reading; both require disciplined imagination.
The short-story reader can expect to find certain basic elements in any story. For example, all stories involve a person or persons, in a particular setting, faced with a demand for a response. The response called for may be a physical action, such as defeating an adversary(對(duì)手) or escaping from a danger; or it may be a mental action, such as adjusting to others or within oneself. In either case, the short story is a description in two ways: first, it shows the motives for a given human action; second, it makes a point about the general human situation. Such descriptions, however, rather than being stated directly, usually are implied by the elements of the story.
When the reader of a story understands all the facts and their interrelationships, he is ready to infer the significance of the story as a whole---its comment on the human situation. This comment, or theme, is the seed from which the story grew. It is also the idea by which all the separate elements of the story are governed, while these in turn further shape and modify the theme. In addition to action, character, and setting, these elements include structure, mood, tone, and point of view.
Fiction reading requires an awareness of all the ways in which a story communicates. It also requires attention to detail. What the author provides is a network of points which serve as clues to his meaning. He invites the reader to develop the meaning by inference, actually to create much of the story himself and so make it part of his own experience.
【小題1】According to the author, "infer" means ________ .
A.knowingfactsbeyondthestatement |
B.lookingformoreevidencesforthestatement |
C.findingoutadifferentmeaningfromthestatement |
D.a(chǎn)ddingsomefactstothestatement |
A.Readers’guessing. |
B.Thebasicelementsofthestory. |
C.Thesettingofthestory. |
D.Theinterrelationshipsbetweenpeopleinthestory. |
A.Inferringcanreallyhelpthereaderdevelopimaginationandenrichhimself. |
B.Inferringcanhelpthereaderwriteastoryofhisown. |
C.Thereadershouldlookforanexperiencedescribedinthestoryhereads. |
D.Theexperiencedescribedinthestorywillleaveagreatimpactonitsreader. |
A.Inferringisanartofwriting. |
B.Inferringisaneedinfictionwriting. |
C.Inferringisthebasicskillinreadingfiction. |
D.Inferringiscommoninreading. |
【小題1】A
【小題2】B
【小題3】A
【小題4】C
解析試題分析:本文敘述了讀小說的藝術(shù)在于讀者的推理,文中講述了什么是推理,推理就是在描述的事實(shí)之外,你推測(cè)出來的內(nèi)容,但是推理是基于這篇小說的事實(shí),不是憑空想象的,最后指出推理能幫助讀者發(fā)展他們的想象空間來豐富充實(shí)自己。
【小題1】細(xì)節(jié)理解題。根據(jù)To infer means to understand facts which are not directly stated---only suggested. 故選A。
【小題2】細(xì)節(jié)理解題。根據(jù)The short-story reader can expect to find certain basic elements in any story. Such descriptions, however, rather than being stated directly, usually are implied by the elements of the story故選B。
【小題3】推理判斷題。根據(jù)He invites the reader to develop the meaning by inference, actually to create much of the story himself and so make it part of his own experience.推理能幫助讀者發(fā)展他們的想象空間來豐富充實(shí)自己,故選A。
【小題4】主旨大意題。根據(jù)The art of reading fiction is largely a matter of inferring meanings.故選C。
考點(diǎn):考查科普類短文閱讀。
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科目:高中英語 來源: 題型:閱讀理解
“Enough” with the multivitamins already. That’s the message from experts behind three new studies that tackled an often debated question: Do daily multivitamins多種維生素make you healthier?
“We believe that the case is closed - supplementing(補(bǔ)充) the diet of well-nourished adults with (most) mineral or vitamin supplements has no clear benefit and might even be harmful,” concluded the authors of the editorial summarizing the new research papers. They urge consumers to not ‘waste’ their money on multivitamins. “The ‘stop wasting your money’ means that perhaps you’re spending money on things that won’t protect you long term,” editorial co-author, Dr. Edgar Miller said, “What will protect you is if you spend the money on fruits, vegetables, nuts, beans, low fat dairy, and things like that. Exercising would probably be a better use of the money.”
The strong message was based on a review of the findings from three studies that tracked multivitamins link to cancer protection, heart health, and brain and cognitive(認(rèn)知的) measures. The first study looked at vitamin supplementation’s role in preventing chronic(慢性的) disease. The next study looked at whether long-term use of multivitamins would have any effect on slowing cognitive decline. The third study looked specifically at multivitamins and minerals role in preventing heart attack. “The three studies found no difference in rates of chronic disease, heart attack and the need for hospitalization between vitamin-takers and placebo(安慰劑)-takers.” Dr. Edgar Miller stated.
One expert agreed some nutrient-deficient people may still benefit from multivitamins. “There might be an argument to continue taking a multi(vitamin) to replace or supplement your not healthy diet,” Dr. Edgar Miller added. He also notes that vitamins can benefit people with celiac disease and those who are pregnant.
【小題1】This text is likely to be selected from a book of .
A.medicine | B.education | C.food | D.business |
A.Vitamins should not be used for chronic disease prevention. Enough is enough. |
B.Having a balanced diet and exercising would probably be a better way to keep healthy. |
C.The three studies do not provide support for use of multivitamin supplements. |
D.Taking vitamins to replace or supplement your healthy diet is necessary. |
A.Vitamin supplements have proved harmful to the health of adults. |
B.Vitamin supplements are beneficial in certain conditions. |
C.Nowadays taking vitamin supplements is common to most people. |
D.Daily multivitamins will make you healthier. |
A.persuade | B.describe | C.inform | D.instruct |
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科目:高中英語 來源: 題型:閱讀理解
Rising levels of carbon dioxide in the atmosphere are a major cause of climate change, and now a new study has confirmed that atmospheric CO2 is also affecting the ocean chemistry and potentially harming sea life.
Montana State University scientist Robert Dore has been researching the water in the Pacific Ocean for almost two decades. "We've been going to the same spot in the Pacific Ocean, and we try and characterize long-term change in the open ocean environment. And one of the key things that we measure is COx levels. And We've been able to record this increasing quantity of atmospheric CO, into the ocean. "Scientists expected that as atmospheric CO2 increased, more and一 more of the carbon dioxide would be absorbed into the ocean, affecting the chemical balance of the sea water, with a potentially harmful impact on shellfish and coral in particular.
"As carbon dioxide dissolves in the water, or seawater in this case, it forms a weak acid, carbonic acid," Dore explains. "And therefore, as the concentration of CO2 in the atmosphere goes up and that exchanges with the surface seawater, it drives the pH down, and makes it more acidic."
The seawater samples Dow and his colleagues have analyzed confirm what the theory predicts. The effect was particular striking at about 250 meters down, and again at 500 meters. Dore and his colleagues came up with two possible explanations. It could be that surface water picked up CO2 and then moved to those depths. Or there could be a biological explanation.
"It's important to realize that the oceans are really becoming acidic. And it can have negative impacts on a whole variety of sea life from fish to coral. It’s potentially catastrophic."
【小題1】What can be the best title of the passage?
A.Sea Life Facing Danger | B.Scientist Researching Seawater |
C.Oceans Becoming More Acidic | D.Climate Change Affecting Seawater |
A.more corals will appear in the sea |
B.the surface water is becoming warmer |
C.the chemical balance of the seawater is affected |
D.the pH of the ocean out here has been increasing |
A.a(chǎn)bcde | B.dbcea | C.a(chǎn)ebed | D.edcba |
A.his research and analysis | B.the expectation of other scientists |
C.some former theory | D.a(chǎn) major cause of climate change |
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科目:高中英語 來源: 題型:閱讀理解
These days it’s cheaper to throw that broken DVD player, cell-phone or TV out and buy a new one. This “ replace-rather-than-repair” mentality is polluting the planet with electronic waste. According to the UN Environment Program, we are throwing away an estimated 50 million metric tonnes of electronics waste (e-waste) per year. But this is not ordinary garbage. Our electronics leak harmful heavy metals — such as mercury and arsenic — along with equally poisonous chemicals that end up in our soil and eventually our water.
You’ve probably participated in a community recycling event and left feeling good about shipping off that old computer to be recycled. Chances are it was shipped overseas where it’s polluting someone else’community.
Guiyu city in Southeastern China has become known as the e-waste city where low-paid workers use whatever means available to remove electronics in hopes of recovering the copper, microchips, aluminum, gold and silver and plastic that can be resold. Any leftover waste is simply thrown into the nearby river or piled up high in the streets, poisoning the children growing up here.
So what can you do with your e-waste? Robert Houghton, President and founder of Redemtech, an asset management and recovery firm, recommends you vote with your dollar. Buy from companies who have a take-back program that guarantees your discarde electronics are handled proper.
“ Consumers want to do business with companies who are demonstrably good with corporate responsibility and dealing with e-waste, ” said Houghton.
There are plenty of charitable organizations that will take your used electronics and donate them for charitable causes:
? Electronic Recycling Association (Canada) (ERA) collects old computers for donation to libraries and other organizations across Canada.
? eBay’s Rethink Initiative pairs up consumers with businesses that refurbish (再磨光)old computers for donation.
? TechSoup has a thorough listing of resources for those who would like to donate or recycle hardware,buy recycled hardware or find a refurbisher.
? The Charitable Recycling Program accepts all cell-phones and has a listing of charities it helps with its program.
? Call2 Recycle has set up drop off points across Canada in a number of stores. You can drop off your cell-phone and also your rechargeable batteries from handheld electronic products.
【小題1】When there is something wrong with electronics, what is a popular trend among people nowadays?
A.To keep a DIY way. | B.To put them away themselves. |
C.To purchase what they like. | D.To donate them to charities. |
A.there is an ideal place in the world for e-waste |
B.there is a good example in the world for recycling |
C.the recycling events in Canada benefit people overseas |
D.people should find a scientific and thorough way to recycle |
A.The UN Environment Program. |
B.Consumers who buy electronics. |
C.President and founder of Redemtech. |
D.Guiyu city in Southeastern China. |
A.Call2 Recycle. | B.TechSoup. |
C.eBay’s Rethink Initiative. | D.Electronic Recycling Association. |
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科目:高中英語 來源: 題型:閱讀理解
Cloud seeding is a method of artificially causing clouds to produce precipitation (降水) in the form of rain or snow.Cloud seeding has also been used in attempts to modify the severity of hail storms and hurricanes.The effectiveness of cloud seeding remains controversial (有爭(zhēng)議的).but it continues to be used in some regions to try to increase rainfall for agriculture and to build snow packs for water supplies and power production.
Cloud seeding was developed by American scientists Irving Langmuir and Vincent Joseph Schaefer during and after World War II.Their work began as an effort to learn more about the buildup of ice on airplane wings, and eventually led them to attempt to create rainfall by releasing several pounds of crushed frozen carbon dioxide into a cloud from an airplane.In this form, the carbon dioxide is called dry ice.On November 13, 1946, the technique appeared to produce snow directly under the cloud; the snow then turned to rain as it fell to the ground.
For their experiment, Langmuir and Schaefer selected a supercooled cloud, one in which the water droplets remain liquid in subfreezing temperatures.Their theory was that small grains of dry ice falling through the cloud would cause tiny droplets of water vapor in the cloud to freeze into crystals that attracted more water vapor.Their theory proved to be correct and eventually the crystals became heavy enough to fall from the cloud as snow.As the snow reached the warmer temperatures closer to the ground, it melted and became rain.
Another scientist, Bernard Vonnegut, produced a method of cloud seeding using silver iodide (碘化銀).He used particles of silver iodide because its crystal structure resembled that of ice in clouds.Silver
iodide also had practical advantages over frozen carbon dioxide It could be stored at room temperature
and did not require an airplane as a delivery mechanism.Instead, silver iodide crystals could be fired by
cannons (大炮) high into the air, where wind carried them into the clouds.
【小題1】According to the text, Langmuir and Schaefer had intended to deal with__
A.how to freeze carbon dioxide
B.how to remove ice on plane wings
C.how to make weather forecast for the war
D how to hide planes in clouds at war
【小題2】What is the CORRECT order of the course for cloud seeding with dry ice?
a.snow becoming rain in wanner temperatures b.crystals attracting more water vapor
c.crystals falling in the form of snow d.crystals becoming very heavy
e.freezing tiny droplets of water vapor into crystals
f.putting small grains of dry ice in the cloud
A.a(chǎn)-c-f-d-b-e | B.b-f-e-a-c-d |
C.f-e-b-d-c-a | D.e-a-d-c-b-f |
A.it is much cheaper than dry ice | B.it can be stored at any rooms |
C.it can be sent into clouds by wind | D.it is similar |
A.Cloud Seeding |
B.Artificial Raining |
C.Weather Changing |
D.Cloud Gathering |
A.three | B.two | C.one | D.four |
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科目:高中英語 來源: 題型:閱讀理解
Most people know precious gemstones (寶石) by their appearances. An emerald flashes deep green, a ruby seems to hold a red fire inside, and a diamond shines like a star. It’s more difficult to tell where the gem was mined, since a diamond from Australia or Arkansas may appear the same to one from the Democratic Republic of the Congo. However, recently, a team of scientists has found a way to identify a gemstone’s origin.
Beneath the surface of a gemstone, on the tiny level of atoms and molecules(分子), lie clues (線索) to its origin. At this year’s meeting of the Geological Society of America in Minneapolis, Catherine McManus reported on a technique that uses lasers (激光) to clarify these clues and identify a stone’s homeland. McManus directs scientific research at Materialytics, in Killeen, Texas. The company is developing the technique. “With enough data, we could identify which country, which mining place, even the individual mine a gemstone comes from,” McManus told Science News.
Some gemstones, including many diamonds, come from war-torn countries. Sales of those “blood minerals” may encourage violent civil wars where innocent people are injured or killed. In an effort to reduce the trade in blood minerals, the U.S. government passed law in July 2010 that requires companies that sell gemstones to determine the origins of their stones.
To figure out where gemstones come from, McManus and her team focus a powerful laser on a small sample of the gemstone. The technique is called laser-induced breakdown spectroscopy. Just as heat can turn ice into water or water into steam, energy from the laser changes the state of matter of the stone. The laser changes a miniscule part of the gemstone into plasma, a gas state of matter in which tiny particles(微粒)called electrons separate from atoms.
The plasma, which is superhot, produces a light pattern. (The science of analyzing this kind of light pattern is called spectroscopy.) Different elements(元素)produce different patterns, but McManus and her team say that gemstones from the same area produce similar patterns. Materialytics has already collected patterns from thousands of gemstones, including more than 200 from diamonds. They can compare the light pattern from an unknown gemstone to patterns they do know and look for a match. The light pattern acts like a signature, telling the researchers the origin of the gemstone.
In a small test, the laser technique correctly identified the origins of 95 out of every 100 diamonds. For gemstones like emeralds and rubies, the technique proved successful for 98 out of every 100 stones. The scientists need to collect and analyze more samples, including those from war-torn countries, before the tool is ready for commercial use.
Scientists like Barbara Dutrow, a mineralogist from Louisiana State University in Baton Rouge, find the technique exciting. “This is a basic new tool that could provide a better fingerprint of a material from a particular locality,” she told Science News.
【小題1】We learn from Paragraph 1 that __________________.
A.a(chǎn)n emerald and a ruby are names of diamonds. |
B.it’s not difficult to tell where the gem was mined. |
C.a(chǎn)ppearances help to identify the origin of gemstones. |
D.diamonds from different places may appear the same. |
A.To look for more gemstones. |
B.To encourage violent civil wars. |
C.To reduce the trade in blood minerals. |
D.To develop the economy. |
A.Heat can turn ice into water or water into steam. |
B.Gemstones from the same area produce similar light patterns. |
C.Laser can changes a miniscule part of the gemstone into plasma. |
D.Materialytics has already collected patterns from thousands of gemstones. |
A.It is ready for commercial use. |
B.People can use the new tool to find more gemstones. |
C.It can significantly reduce the gemstones trade in blood minerals. |
D.It will bring about a revolutionary change in identifying the origin of minerals. |
A.tell us how to identify the origin of diamonds. |
B.introduce a laser technique in identifying a stone’s origin |
C.prove identifying the origin of gemstones are difficult |
D.a(chǎn)ttract our attention to reducing trade in blood minerals |
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科目:高中英語 來源: 題型:閱讀理解
Special trees that grow faster, fight pollution, produce better wood, and even sense chemical attacks are being planted by scientists in the US.
When 40 per cent of Hawaii's US$14 million-a-year papaya (木瓜)industry was destroyed by a virus five years ago, work began on creating genetically engineered(轉(zhuǎn)基因的)trees.
Researchers successfully introduced seeds that were designed to resist the virus.Since then, more and more people have been testing genetically engineered trees.Some researchers put special bacteria into trees to help them grow faster and produce better wood.Others are trying to create trees that can clean polluted soil.Meanwhile fruit farmers are looking for trees that are strong enough to resist worms, and paper companies want trees that produce more wood and therefore more paper.
The Pentagon (五角大樓) even gave the researchers US$500,000 this year after they developed a pine tree that changes its colours if it senses a chemical attack.So far, the poplar, eucalyptus (楊樹與桉樹), apple and coffee trees are among those being engineered.All this can be done today because we have a better understanding of tree genomes (基因組).
However, some people fear that the genetically engineered trees will cause dangerous results.They are worried that the new trees will breed with natural species and change the balance of the forest environment.
“It could be destructive,” said Jim Diamond, an environmentalist. “Trees are what is left of our natural environment and home to many endangered species.”
But researchers insist that science could give nature a fighting chance against both natural and man-made dangers.They hope to answer the critics by stopping the new trees from breeding, so their effect on the environment can be controlled.
【小題1】Which kind of tree is not the ones that scientists are planting in the US?
A.Trees that worms can't hurt. |
B.Genetically engineered trees. |
C.Trees that can resist wind better. |
D.Trees that can protect themselves at a chemical attack. |
A.Tree genomes are mapped out so scientists know how to improve trees. |
B.Great numbers of trees have been lost due to attacks by viruses. |
C.Researchers successfully introduced seeds designed to resist the virus. |
D.They think science could give nature a fighting chance against both natural and man-made dangers. |
A.Papaya. | B.Pine. | C.Apple. | D.Poplar. |
A.these trees can destroy the balance of nature |
B.everything except trees has been genetically engineered |
C.trees are home to many endangered species |
D.these trees may affect normal trees |
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科目:高中英語 來源: 題型:閱讀理解
It's a fact that we all dream. Some dreams seem to last for hours, others only for seconds. Some of us have strange dreams, some have interesting dreams, and some of us have unpleasant dreams. Tests in the 1980s showed that these dreams occur within 90-minute cycles, each cycle made up of six stages. In the last stage people experience rapid eye movement, known as REM, and it is in this stage that dreaming takes place. Eighty percent of people who were woken during this sixth stage could easily remember their dreams. On the other hand, when during the first five stages (NREM), only seven percent could describe a dream.
However, of these same people woken during the first five stages, 74% were able to remember thinking activity, although they would not call it a dream. NerysDee, who has written about dreams in a book called "Your Dreams and What They Mean" says: "Perhaps during NREM sleep we are sorting out our outer mundane problems, but in REM sleep we are dealing with inside matters." She also makes the following statement about 90-minute cycle: It may also prove the reason why insomniacs who wake in the middle of the night find it impossible to get to sleep again for at least an hour and a half. In other words, until they have missed out one complete 90-minute sleep period.
【小題1】Which of the following statements about dreams is TRUE?
A.Everyone dreams but very few can recall what they dream. |
B.Some people have long dreams and others have very short ones. |
C.People can only remember unpleasant dreams. |
D.More than eighty percent of people can remember their dreams. |
A.between each 90-minute cycle |
B.a(chǎn)t any time during 90-minute cycles |
C.during the first five stages of 90-minute cycles |
D.in the last stage of 90-minute cycles |
A.hardly remember their dreams |
B.easily remember their dreams |
C.only remember their dreams |
D.partly remember their thinking activity |
A.can always remember their dreams |
B.have trouble getting into sleep at night |
C.experience rapid eye movement |
D.usually wake after each 90-minute sleep period |
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科目:高中英語 來源: 題型:閱讀理解
(2013·高考北京卷,D)People who multitask all the time may be the worst at doing two things at once,a new research suggests.The findings,based on performances and selfevaluations by about 275 college students,indicate that many people multitask not out of a desire to increase productivity,but because they are easily distracted (分心) and can’t focus on one activity.And “those people turn out to be the worst at handling different things,”said David Sanbonmatsu,a psychologist at the University of Utah.
Sanbonmatsu and his colleagues gave the students a set of tests and asked them to report how often they multitasked,how good they thought they were at it,and how sensationseeking (尋求刺激) or impulsive (沖動(dòng))they were.They then evaluated the participants’multitasking ability with a tricky mental task that required the students to do simple mathematical calculations while remembering a set of letters.
Not surprisingly,the scientists said,most people thought they were better than average at multitasking,and those who thought they were better at it were more likely to report using a cellphone while driving or viewing multiple kinds of media at once.But those who frequently deal with many things at the same time were found to perform the worst at the actual multitasking test.They also were more likely to admit to sensationseeking and impulsive behavior,which connects with how easily people get bored and distracted.
“People multitask not because it’s going to lead to greater productivity,but because they’re distractible,and they get sucked into things that are not as important,”Sanbonmatsu said.
Adam Gazzaley,a researcher at the University of California,San Francisco,who was not a member of the research group,said one limitation of the study was that it couldn’t find out whether people who start out less focused tend toward multitasking or whether people’s recognizing and understanding abilities change as a result of multitasking.
The findings do suggest,however,why the sensationseekers who multitask the most may enjoy risky distracted driving.“People who are multitasking are generally less sensitive to risky situations.”said Paul Atchley,another researcher not in the group.“This may partly explain why people go in for these situations even though they’re dangerous.”
【小題1】The research led by Sanbonmatsu indicates that people who multitask________.
A.seek high productivity constantly |
B.prefer handling different things when getting bored |
C.a(chǎn)re more focused when doing many things at a time |
D.have the poorest results in doing various things at the same time |
A.a(chǎn)ssessed the multitasking ability of the students |
B.evaluated the academic achievements of the students |
C.a(chǎn)nalyzed the effects of the participants’tricky mental tasks |
D.measured the changes of the students’understanding ability |
A.limited power in calculation |
B.interests in doing things differently |
C.inability to concentrate on one task |
D.impulsive desire to try new things |
A.drive very skillfully |
B.go in for difficult tasks |
C.fail to react quickly to potential dangers |
D.refuse to explain the reasons for their behavior |
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