最新外研版高二英语必修5电子课本课件【全册】

人教版高中英语必修五电子课本

按住Ctrl键单击鼠标打开配套教学视频名师讲课播放 必修5 Unit 1 JOHH SHOW DEFEATS “KING CHOLERA” John Snow was a famous doctor in London - so expert, indeed, that he attend ed Queen Victoria as her personal physician. But he became inspired when he tho ught about helping ordinary people exposed to cholera. This was the deadly dise ase of its day. Neither its cause nor its cure was understood. So many thousand s of terrified people died every time there was an outbreak. John Snow wanted t o face the challenge and solve this problem. He knew that cholera would never b e controlled until its cause was found. He became interested in two theories that possibly explained how cholera ki lled people. The first suggested that cholera multiplied in the air. A cloud of dangerous gas floated around until it found its victims. The second suggested that people absorbed this disease into their bodies with their meals. From the stomach the disease quickly attacked the body and soon the affected person die d. John Snow suspected that the second theory was correct but he needed eviden ce. So when another outbreak hit London in 1854, he was ready to begin his enqu iry. As the disease spread quickly through poor neighbourhoods, he began to gat her information. In two particular streets, the cholera outbreak was so severe that more than 500 people died in ten days. He was determined to find out why. First he marked on a map the exact places where all the dead people had liv ed. This gave him a valuable clue about the cause of the disease. Many of the d eaths were near the water pump in Broad Street (especially numbers 16, 37, 38 a nd 40). He also noticed that some houses (such as 20 and 21 Broad Street and 8 and 9 Cambridge Street) had had no deaths. He had not foreseen this, so he made further investigations. He discovered that these people worked in the pub at 7 Cambridge Street. They had been given free beer and so had not drunk the water from the pump. It seemed that the water was to blame. Next, John Snow looked into the source of the water for these two streets. He found that it came from the river polluted by the dirty water from London. H e immediately told the astonished people in Broad Street to remove the handle f rom the pump so that it could not be used. Soon afterwards the disease slowed d own. He had shown that cholera was spread by germs and not in a cloud of gas. In another part of London, he found supporting evidence from two other deat hs that were linked to the Broad Street outbreak. A woman, who had moved away f rom Broad Street, liked the water from the pump so much that she had it deliver ed to her house every day. Both she and her daughter died of cholera after drin king the water. With this extra evidence John Snow was able to announce with ce rtainty that polluted water carried the virus.

高中人教版英语必修五课本答案

教材练习答案及听力原文 Unit 1 WARMING UP ?Answers: 1 Archimedes, Ancient Greek (287-21 2 BC) He was a mathematician. He found that if you put an object into water the water pushes the object up. It rises and partly floats. The force of the water pushing it up is the same as the weight of the object. 2 Charles Darwin, British (1808-1882) The Origin of Species was published in 1859. It explained how plants and animals had changed over time to fit in with a changing environment. At the time it was published it was very controversial. Many people believed the Bible when it said that God made the first two people (Adam and Eve) and that all other people came from these two. Darwin’s book showed that people had developed from apes instead. So this caused a lot of ar gument between religious and scientific people. However Darwin’s idea became very influential and is still accepted today. 3 Thomas Newcomen, British (1663-1729) He improved the first steam pump built by Thomas Savery in 1698 and turned it into a steam engine for taking water out of mines in 1712. James Watt improved it still further in the 1770s turning it into the first modern steam engine used on the railways. 4 Gregor Mendel, Czech (1822-1884) He grew pea plants and developed ideas on heredity and inherited characteristics. He concentrated on cross-fertilising pea plants and analyzing the results. Between 1856-1863 he grew 28,000 pea plants. He examined seven kinds of seed and plant characteristics and developed some laws of inheritance. The first is that inheritance factors do not combine but are passed to the next generation intact. Second, he found that each partner gives half the inherited factors to the young. Third, some of these factors show up in the offspring (and so are dominant). The other factors are masked by the dominant ones (and so are recessive). 5 Marie Curie, Polish and French (1867-1934) She was born in Poland and came to study in France in 1891 and she lived there for the rest of her life. In 1898 she discovered radium. She received two Nobel prizes, one (with Pierre Curie) for physics (1903) and one for chemistry (1911). She is the only person to have been so honoured. On the death of her husband she took over his job at the Sorbonne in Paris. Her work on radioactivity and the discovery of radium meant that she began a new scientific area of research. She was the first woman to receive a Nobel Prize and the first woman to teach at the Sorbonne. 6 Thomas Edison, American (1847-1931) He was already an inventor of other electrical devices (phonograph, electric light bulb) when in 1882 he designed a system for providing New York with electricity from a central power station. This was a tremendous achievement, which had previously been thought impossible.

外研社必修五课文reading 原文

Module 1 British and American English Words, words, words British and American English are different in many ways. The first and most obvious way is in the vocabulary. There are hundreds of different words which are not used on the other side of the Atlantic, or which are used with a different meaning. Some of these words are well known — Americans drive automobiles down freeways and fill up with gas; the British drive cars along motorways and fill up with petrol. As a tourist, you will need to use the underground in London or the subway in New York, or maybe you will prefer to get around the town by taxi (British) or cab (American). Chips or French fries? But other words and expressions are not so well known. Americans use a flashlight, while for the British, it's a torch. The British queue up; Americans stand in line. Sometimes the same word has a slightly different meaning, which can be confusing. Chips, for example, are pieces of hot fried potato in Britain; in the States chips are very thin and are sold in packets. The British call these crisps. The chips the British know and love are French fries on the other side of the Atlantic. Have or have got? There are a few differences in grammar, too. The British say Have you got ...? while Americans prefer Do you have ...? An American might say My friend just arrived, but a British person would say My friend has just arrived. Prepositions, too, can be different: compare on the team, on the weekend (American) with in the team, at the weekend (British). The British use prepositions where Americans sometimes omit them (I'll see you Monday; Write me soon!). Colour or color? The other two areas in which the two varieties differ are spelling and pronunciation. American spelling seems simpler: center, color and program instead of centre, colour and programme. Many factors have influenced American pronunciation since the first settlers arrived four hundred years ago. The accent, which is most similar to British English, can be heard on the East Coast of the US. When the Irish writer George Bernard Shaw made the famous remark that the British and the Americans are two nations divided by a common language, he was obviously thinking about the differences. But are they really so important? After all, there is probably as much variation of pronunciation within the two countries as between them. A Londoner has more difficulty understanding a Scotsman from Glasgow than understanding a New Yorker. Turn on the TV Some experts believe that the two varieties are moving closer together. For more than a century communications across the Atlantic have developed steadily. Since the 1980s, with satellite TV and the Internet, it has been possible to listen to British and American English at the flick of a switch. This non-stop communication, the experts think, has made it easier for British people and Americans to understand each other. But it has also led to lots of American words and structures passing into British English, so that some people now believe that British English will disappear. However, if you turn on CNN, the American TV network, you find newsreaders and weather forecasters all speaking with different accents — American, British, Australian, and even Spanish. One of the best-known faces, Monita Rajpal, was born in Hong Kong, China, and grew up speaking Chinese and Punjabi, as well as English. This international dimension suggests that in the future, there are going to be many "Englishes", not just two main varieties. But the message is "Don't worry." Users of English will all be able to understand each other — wherever they are.

完整word版,人教版高中英语必修五单词表

人教版高中英语必修五单词表 Unit 1 characteristic /k?rikt?'ristik/ n. 特征；特性radium /'reidi?m/ n. 镭 painter /'peint?/ n. 画家；油漆匠 put forward 提出 scientific /sai?n'tifik/ adj. 科学的 conclude /k?n'klu:d/ vt. & vi. 结束；推断出conclusion /k?n'klu:?n/ n. 结论；结束 draw a conclusion 提出结论 analyse /'?n?laiz/ vt. 分析 △ infect /in'fekt/ vt. 传染；感染 △ infectious /in'fek??s/ adj. 传染的 △ cholera /'k?l?r?/ n. 霍乱 defeat /di'fi:t/ vt. 打败；战胜；使受挫 n. 失败expert /'eksp?:t/ adj. 熟练的；经验或知识丰富的n. 专家；行家 attend /?'tend/ vt. 照顾；护理；出席；参加physician /fi'zi?n/ n. 医生；内科医师 expose /ik'sp?uz/ vt. 暴露；揭露；使曝光expose … to 使显露；暴露 △ deadly /'dedli/ adj. 致命的 cure /kju?/ n. 治愈；痊愈 vt. 治愈；治疗 △outbreak /'autbreik/ n. 爆发；发作 （尤指疾病或战争） challenge /'t??lind?/ n. 挑战 vt. 向……挑战victim /'viktim/ n. 受害者 absorb /?b'z?:b/ vt. 吸收；吸引；使专心suspect /s?'spekt/ vt. 怀疑 /'s?spekt/ n. 被怀疑者；嫌疑犯 enquiry /in'kwai?ri/ n. 询问 neighbourhood /'neib?hud/ n. 附近；邻近severe /si'vi?/ adj. 严重的；剧烈的；严厉的 △ clue /klu:/ adj. 线索；提示 pump /p?mp/ n. 泵；抽水机

外研版高中英语必修5课文翻译

必修5课文翻译 Module 1 British and American English Words,Words,Words 英式英语和美式英语在很多方面是不同的。首先，最为明显的方面是在词汇方面。有成百上千的不同的词在大西洋彼岸是不被使用的或以不同的意思被使用。有一些词是非常有名的，美国人在高速公路上驾驶时给车（automobile 汽车）加油加的是gas；而英国人通常来给车加油用的是petrol（汽油）。做为一个游客，你在伦敦将会使用underground來指地铁或在纽约使用subway，或许你将会更愿意选择用出租车taxi（英国）或cab（美国）来游览城市。 Chips or French fries？ 但是其他词语和表达方式没有这麽广泛的被人所知。美国人把手电筒成为flashlight然而在英国，它被称做torch（火炬，火把；喷灯，吹管；光芒）。在英国英语当中，排队要用queue up 而在美国要用stand in line 。有的时候同一个单词在意义上有轻微差别，这和种差别有事会使人疑惑不解。例如：Chips 在英国中指的是油炸的或热炸的薯条；在美国，Chips 是非常薄的并且是放在袋里出售的。英国人称它为Crisps英国人所熟悉并喜欢的这中薯条在大西洋彼岸却被称之为French fries 。 Have or have got ？ 在语法方面英式英语和美式英语也有一些不同。英国人通常说“have you got ...?”而美国人更愿意使用“Do you have ...?”一个美国人通常会说“My friend has just arrived .”但是一个英国人通常会说“My friend has just arrived.”介词的用法也有一定不同：我们可以比较一下，在美式英语中用on the team ,on the weekend 在英式英语中用in the team ,at the weekend 。英国人用介词的地方美国人有时会省略掉（I’ll see you Monday ;Write me soon!）。 Colour or color? 此外，在两中英语中另外两个领域的区别是拼写和发音。美国人拼写看起来似乎简单些：center, color和programme。自从四百多年以前第一批移民到来有很多的因素影响着美式发音。这个与英式英语非常相似的口音能够在美国东海岸被听到。当爱尔兰的作家乔治.萧伯纳将这个“英国和美国是被一个语言分开两个民族”这句名言时，他显然想到了他们之间的差别。但是这些区别真的很重要吗？毕竟两个国家境内口音的差别可能和两个两国之间的口音差别可能一样多。伦敦人要听懂来自格拉斯哥的苏格兰人说话要比纽约人更难。

人教版 英语 必修五 课文 电子版

U n i t1G R E A T S C I E N T I S T S JOHN SNOW DEFEATS “KING CHOLERA” John Snow was a famous doctor in London — so expert, indeed, that he attended Queen Victoria as her personal physician. But he became inspired when he thought about helping ordinary people exposed to cholera. This was the deadly disease of its day. Neither its cause nor its cure was understood. So many thousands of terrified people died every time there was an outbreak. John Snow wanted to face the challenge and solve this problem. He knew that cholera would never be controlled until its cause was found. He became interested in two theories that possibly explained how cholera killed people. The first suggested that cholera multiplied in the air, a cloud of dangerous gas floated around until it found its victims. From the stomach the disease quickly attacked the body and soon the affected person died. John Snow suspected that the second theory was correct but he needed evidence. So when another outbreak hit London in 1854, he was ready to begin his enquiry. As the disease spread quickly through poor neighbourhoods, he began to gather information. In two particular streets, the cholera outbreak was so severe that more than 500 people died in ten days. He was determined to find out why. First he marked on a map the exact places where all the dead people have lived. This gave him a valuable clue about the cause of the disease. Many of the deaths were near the water pump in Broad Street (especially numbers 163738 and 40). He also noticed that some houses (such as 20 and 21 Broad Street and 8 and 9 Cambridge Street) had had no deaths. He had not foreseen this, so he made further investigations. He discovered that these people worked in the pub at 7 Cambridge Street. They had been given free beer and so had not drunk the water from the pump. It seemed that the water was to blame, Next, John Snow looked into the source of the water for these two streets. He found that it came from the river polluted by the dirty water from London. He immediately told the astonished people in Broad Street to remove the handle from the pump so that it could not be used. Soon afterwards the disease slowed down. He had shown that cholera was spread by germs and not in a cloud of gas. In another part of London, he found supporting evidence from two other deaths that were linked to the Broad Street outbreak. A woman, who had moved away from Broad Street, liked the water from the pump so much that she had it delivered to her house every day. Both she and her daughter died of cholera after drinking the water. With this extra evidence John Snow was able to announce with certainty that polluted water carried the virus. To prevent this from happening again, John Snow suggested that the source of all the water supplies be examined. The water companies were instructed not to expose people to polluted water any more. Finally “King Cholera” was defeated.

人教版高中英语必修五电子课本

按住Ctrl键单击鼠标打开配套教学视频名师讲课播放必修5 Unit 1 JOHH SHOW DEFEATS “KING CHOLERA” John Snow was a famous doctor in London - so expert, indeed, that he attend ed Queen Victoria as her personal physician. But he became inspired when he tho ught about helping ordinary people exposed to cholera. This was the deadly diseas e of its day. Neither its cause nor its cure was understood. So many thousands of terrified people died every time there was an outbreak. John Snow wanted to face the challenge and solve this problem. He knew that cholera would never be contr olled until its cause was found. He became interested in two theories that possibly explained how cholera kille d people. The first suggested that cholera multiplied in the air. A cloud of dangero us gas floated around until it found its victims. The second suggested that people absorbed this disease into their bodies with their meals. From the stomach the dis ease quickly attacked the body and soon the affected person died. John Snow suspected that the second theory was correct but he needed evide nce. So when another outbreak hit London in 1854, he was ready to begin his en quiry. As the disease spread quickly through poor neighbourhoods, he began to gat her information. In two particular streets, the cholera outbreak was so severe that more than 500 people died in ten days. He was determined to find out why. First he marked on a map the exact places where all the dead people had liv ed. This gave him a valuable clue about the cause of the disease. Many of the de aths were near the water pump in Broad Street (especially numbers 16, 37, 38 an d 40). He also noticed that some houses (such as 20 and 21 Broad Street and 8 and 9 Cambridge Street) had had no deaths. He had not foreseen this, so he mad e further investigations. He discovered that these people worked in the pub at 7 C ambridge Street. They had been given free beer and so had not drunk the water f rom the pump. It seemed that the water was to blame. Next, John Snow looked into the source of the water for these two streets. He found that it came from the river polluted by the dirty water from London. He imm ediately told the astonished people in Broad Street to remove the handle from the pump so that it could not be used. Soon afterwards the disease slowed down. He had shown that cholera was spread by germs and not in a cloud of gas. In another part of London, he found supporting evidence from two other deaths that were linked to the Broad Street outbreak. A woman, who had moved away fr om Broad Street, liked the water from the pump so much that she had it delivered to her house every day. Both she and her daughter died of cholera after drinking the water. With this extra evidence John Snow was able to announce with certaint y that polluted water carried the virus. To prevent this from happening again, John Snow suggested that the source o f all the water supplies be examined. The water companies were instructed not to expose people to polluted water any more. Finally "King Cholera" was defeated. COPERNICUS’ REVOLUTIONRRY THEORY

2021年人教版 英语 必修五 课文 电子版

Unit 1 GREAT SCIENTISTS 欧阳光明（2021.03.07） JOHN SNOW DEFEATS “KING CHOLERA” John Snow was a famous doctor in London — so expert, indeed, that he attended Queen Victoria as her personal physician. But he became inspired when he thought about helping ordinary people exposed to cholera. This was the deadly disease of its day. Neither its cause nor its cure was understood. So many thousands of terrified people died every time there was an outbreak. John Snow wanted to face the challenge and solve this problem. He knew that cholera would never be controlled until its cause was found. He became interested in two theories that possibly explained how cholera killed people. The first suggested that cholera multiplied in the air, a cloud of dangerous gas floated around until it found its victims. From the stomach the disease quickly attacked the body and soon the affected person died. John Snow suspected that the second theory was correct but he needed evidence. So when another outbreak hit London in 1854, he was ready to begin his enquiry. As the disease spread quickly through poor neighbourhoods, he began to gather information. In two particular streets,