新托福TPO26阅读原文及译文(一)

新托福TPO26阅读原文(一)：能源与工业革命

TPO26-1：nergy and the Industrial Revolution

For years historians have sought to identify crucial elements in the eighteenth-century rise in industry, technology, and economic power known as the Industrial Revolution, and many give prominence to the problem of energy. Until the eighteenth century, people relied on energy derived from plants as well as animal and human muscle to provide power. Increased efficiency in the use of water and wind helped with such tasks as pumping, milling, or sailing. However, by the eighteenth century, Great Britain in particular was experiencing an energy shortage. Wood, the primary source of heat for homes and industries and also used in the iron industry as processed charcoal, was diminishing in supply. Great Britain had large amounts of coal; however, there were not yet efficient means by which to produce mechanical energy or to power machinery. This was to occur with progress in the development of the steam engine.

In the late 1700s James Watt designed an efficient and commercially viable steam engine that was soon applied to a variety of industrial uses as it became cheaper to use. The engine helped solve the problem of draining coal mines of groundwater and increased the production of coal needed to power steam engines elsewhere. A rotary engine attached to the steam engine enabled shafts to be turned and machines to be driven, resulting in mills using steam power to spin and weave cotton. Since the steam engine was fired by coal, the large mills did not need to be located by rivers, as had mills that used water- driven machines. The shift to increased mechanization in cotton production is apparent in the import of raw cotton and the sale of cotton goods. Between 1760 and 1850, the amount of raw cotton imported increased 230 times. Production of British cotton goods increased sixtyfold, and cotton cloth became Great Britain’s most important product, accounting for one-half of all exports. The success of the steam engine resulted in increased demands for coal, and the consequent increase in coal production was made possible as the steam-powered pumps drained water from the ever-deeper coal seams found below the water table.

The availability of steam power and the demands for new machines facilitated the transformation of the iron industry. Charcoal, made from wood and thus in limited supply, was replaced with coal-derived coke (substance left after coal is heated) as steam-driven bellows came into use for producing of raw iron. Impurities were burnt away with the use of coke, producing a high-quality refined iron. Reduced cost was also instrumental in developing steam-powered rolling mills capable of producing finished iron of various shapes and sizes. The resulting boom in the iron industry expanded the annual iron output by more than 170 times between 1740 and 1840, and by the 1850s Great Britain was producing more tons of iron than the rest of the world combined. The developments in the iron industry were in part a response to the demand for more machines and the ever-widening use of higher-quality iron in other industries.

Steam power and iron combined to revolutionize transport, which in turn had further implications. Improvements in road construction and sailing had occurred, but shipping heavy freight over land remained expensive, even with the use of rivers and canals wherever possible. Parallel rails had long been used in mining operations to move bigger loads, but horses were still the primary source of power. However, the arrival of the steam engine initiated a complete transformation in rail transportation, entrenching and expanding the Industrial Revolution. As transportation improved, distant and larger markets within the nation could be reached, thereby encouraging the development of larger factories to keep pace with increasing sales. Greater productivity and rising demands provided entrepreneurs with profits that could be reinvested to take advantage of new technologies to further expand capacity, or to seek alternative investment opportunities. Also, the availability of jobs in railway construction attracted many rural laborers accustomed to seasonal and temporary employment. When the work was completed, many moved to other construction jobs or to factory work in cities and towns, where they became part of an expanding working class.

TPO26-1译文：能源与工业革命

多年来，历史学家试图找到18世纪工业革命在工业、技术和经济领域兴起的关键因素，许多人把能源问题放在突出位置。直到18世纪，人们依靠工厂、畜力以及人力来提供动力。高效地利用水能和风能有助于完成诸如抽泵、碾磨或航海等工作。然而，到了18世纪，尤其是大不列颠却经历了能源短缺。木材，这一为家庭和工业供暖供能,同时也以加工木炭的形式被使用在钢铁工业中的主要能源，其供应量日益减少。大不列颠有大量的煤矿;然而，还没有产生机械能或为机器提供动力的有效方法。这一切随着蒸汽机的改良而发生。

在18世纪末期，詹姆斯?瓦特设计了一款高效且具商业利益的蒸汽机，由于其价格低廉，很快就被运用到各项工业生产之中。这款蒸汽机帮助解决了煤矿中地下水的排水问题并且提高了煤的产量，这些煤用来为别处的蒸汽机提供动力。与蒸汽机相连的旋转式发动机带动轴承转动，从而驱动机器，运用蒸汽动力纺织棉布的纺织厂随之出现。因为蒸汽机靠燃煤而驱动，一些大型棉纺织厂就不再像那些使用水力驱动机器的工厂一样必须依河而建。这种棉纺织业日益机械化的转变在棉花原料的进口和棉纺产品的销售中得到突出的体现。在1760年到1850年间，原棉的进口量增长了230倍。英国棉纺产品的生产量增加了60倍，而棉布则成了英国最重要的产品，占出口总额的一半。蒸汽机的成功带来了对煤需求量的增加，而且随着蒸汽动力泵从位于地下水位下的更深的煤层中排出水来，随之而来的煤产量的增加成为可能。

蒸汽动力的可利用性以及对新机器的需求促进了钢铁工业的转型。当蒸汽驱动风箱投入到生铁生产中后，木炭这种用木材烧成因此供应量有限的物质就被焦炭(煤加热后残留的物质)替代了。随着焦炭的使用，生铁中的杂质被燃烧完，从而生产出更高质量的精炼铁。降低的成本也有助于那些能够生产不同形状和尺寸

的成品铁制品的蒸汽动力轧钢厂的发展。因此导致的钢铁工业的繁荣使钢铁的年产量在1740年到1840年间增长了170多倍，到19世纪50年代，大不列颠生产的钢铁比世界其他地区生产的总和还要高。钢铁工业的发展从某种意义上说，是对更多机器的需求以及在其他工业中更广泛使用高质量铁的一种回应。

蒸汽动力和钢铁带来了交通运输的革新，反过来也有着更加深远的影响。道路设施以及航海的改善已经初见成效，但是船运重型货物到陆地的费用仍然很高，即使在可以使用河流和运河的地方。平行铁轨长期以来被用于采矿作业来运输大型货物，但是马匹仍然是主要的动力来源。然而，蒸汽机的到来引发了铁路运输的彻底变革，巩固和扩大了工业革命的成果。随着交通运输的改善，全国范围内更远更大的市场可以到达，因此鼓励着大型工厂的生产与日益增长的销售量保持同步。更大规模的生产和日益增长的需求给企业家带来了利润，这种利润可用于再投资新技术，进一步扩大产能或寻求其他的投资机会。同时，铁道建设方面的更多就业机会也吸引了那些习惯于季节性工作或者短工制的农村劳动力。一旦工作完成，其中的很多人就会参与到其他的建筑工作中或是城镇中的工厂工作中，并成为其中的不断壮大的工人阶级。

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托福写作翻译句子练习集团文件发布号：（9816-UATWW-MWUB-WUNN-INNUL-DQQTY-

1. 旅游业不但给政府带来税收而且给很多人提供了就业机会。 2. 赌博不但对健康有害，而且会影响家庭和睦。 3. 打工不但能让学生赚零花钱，而且还能让他们学到人际交往的能力。 4. 现在很多学校的校服不但贵，而且还难看，质量不好。 5. 政府不但要多建一些公路，还要鼓励人们多使用公交车。 6. 老人们既不需要很多的钱，也不需要很大的房子，他们最需要的是子女的关心和照顾。 7. 我喜欢旅游，但是，我既没有钱，也没有时间。 8. 在老人院，老人既能够接受到医疗，又能够找到很多有共同话题，共同兴趣的的伙伴。 9. 缴税既是有有利于国家，也是有利于个人。因为政府的税收主要用于公共服务，这个是每个人都会受益的。 10. 打电脑游戏既浪费时间，又有害视力。

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新托福TPO19阅读原文(一)：The Roman Army's Impact on Britain TPO19-1：The Roman Army's Impact on Britain In the wake of the Roman Empire's conquest of Britain in the first century A.D., a large number of troops stayed in the new province, and these troops had a considerable impact on Britain with their camps, fortifications, and participation in the local economy. Assessing the impact of the army on the civilian population starts from the realization that the soldiers were always unevenly distributed across the country. Areas rapidly incorporated into the empire were not long affected by the military. Where the army remained stationed, its presence was much more influential. The imposition of a military base involved the requisition of native lands for both the fort and the territory needed to feed and exercise the soldiers' animals. The imposition of military rule also robbed local leaders of opportunities to participate in local government, so social development was stunted and the seeds of disaffection sown. This then meant that the military had to remain to suppress rebellion and organize government. Economic exchange was clearly very important as the Roman army brought with it very substantial spending power. Locally a fort had two kinds of impact. Its large population needed food and other supplies. Some of these were certainly brought from long distances, but demands were inevitably placed on the local area. Although goods could be requisitioned, they were usually paid for, and this probably stimulated changes in the local economy. When not campaigning, soldiers needed to be occupied; otherwise they represented a potentially dangerous source of friction and disloyalty. Hence a writing tablet dated 25 April tells of 343 men at one fort engaged on tasks like shoemaking, building a bathhouse, operating kilns, digging clay, and working lead. Such activities had a major effect on the local area, in particular with the construction of infrastructure such as roads, which improved access to remote areas. Each soldier received his pay, but in regions without a developed economy there was initially little on which it could be spent. The pool of excess cash rapidly stimulated a thriving economy outside fort gates. Some of the demand for the services

托福TPO52 三篇阅读翻译!!倒序!!

3.Early Food Production in Sub-Saharan Africa 在更新世末期（大约公元前10000年），食品生产的技术可能已经在非洲西部和中部 的热带雨林的边缘地区使用，在那里非洲山药等根茎型植物的普遍使用，使人们认识到自己种植食物的好处。这种原始形式的“蔬菜栽培”（块根植物和树本作物的种植）可 能已经成为了一种经济传统，基于这种传统，夏季降水谷类作物的种植也采用嫁接的办法，这种种植技术已经在撒哈拉沙漠南部边界地区的草原南部被使用。随着撒哈拉 沙漠在公元前5000年之后干涸，游牧民族（牧民）向南沿着主要河道迁移到了西非和苏丹的热带草原地带。 直到公元前3000年，正如埃及文明发源于尼罗河流域一样，这些游牧民族定居在了离南部很远的东非高原地区的中心。东非高原是理想的养牛场所，如今也是像马赛人（肯尼亚和坦桑尼亚的游牧狩猎民族）这样的有名的牧牛民族的家园。直到大约公元前3300 年，第一批牧牛人出现时，高地上居住着狩猎采集者，他们居住在平原附近的山区。和其他地方的情况一样，在非洲，牛是饲养起来很费劲的动物。如果要饲养各种规模 的牛群的话，这些牛至少每24小时就需要喝一次水，而且需要大片的牧场。饲养的秘 诀在于仔细挑选放牧场地，尤其是在季节性降雨会导致全年牧草质量有明显差异的环境中。即使是规模适中的牛群也需要大片的土地和相当大的可移动性。为了获得这样的土地，经常需要牛群移动相当远的距离，甚至是从夏季牧场移动到冬季牧场。同时，放牧人不得不让牲畜在有舌蝇出没的地带吃草。唯一能够保护人类和牲畜，不患上昏 睡病（一种由舌蝇传播的疾病）的办法，就是避免在这些地区定居或者放牧——对非 洲东部和中部地区的牧民来说，这个办法严重地限制了他们的迁移。结果是，小牛群迅速地向南部地区迁移，在那里人们可以放牧。在谷类农业占领最南部的撒哈拉沙漠之前，非洲东部和南部稀树草原地区的一些依靠狩猎和采集生活的人可能已经饲养了牛群和其他家养动物，他们将牲畜作为礼物交换，或者通过劫掠放牧的邻居，来获得这些牲畜。 和主流观点相反：没有所谓的“纯粹”的牧民，即只依靠牧群生存的社会。撒哈拉沙漠地 区为了躲避干旱而向南迁移的牧民，几乎肯定的是他们也在种植高粱、小米和其他热带降雨作物。到公元前1500年，谷类作物已经广泛分布于整个撒哈拉沙漠南部的稀树 草原带。小型农业社区遍布在草原和西非东部森林的边界处，这些小型农业社区都依赖于所谓的轮耕法。这种形式的农业包括清理林地，焚烧清理过的地块上的那些被砍倒的灌木丛，将灰烬混合在土壤中，然后在这些制备好的土地上耕种。几年后，土地耗尽了养分，于是农民们继续前进，开辟新的林地，让原来的荒地休耕。轮耕法，也 被称为“刀耕火种”，高度适用于没有犁的稀树草原地区的农民，因为这种方法能够消耗 最少的能量。

新托福TPO11阅读原文及译文(一)

新托福TPO11阅读原文(一):Ancient Egyptian Sculpture TPO11-1：Ancient Egyptian Sculpture In order to understand ancient Egyptian art, it is vital to know as much as possible of the elite Egyptians' view of the world and the functions and contexts of the art produced for them. Without this knowledge we can appreciate only the formal content of Egyptian art, and we will fail to understand why it was produced or the concepts that shaped it and caused it to adopt its distinctive forms. In fact, a lack of understanding concerning the purposes of Egyptian art has often led it to be compared unfavorably with the art of other cultures: Why did the Egyptians not develop sculpture in which the body turned and twisted through space like classical Greek statuary? Why do the artists seem to get left and right confused? And why did they not discover the geometric perspective as European artists did in the Renaissance? The answer to such questions has nothing to do with a lack of skill or imagination on the part of Egyptian artists and everything to do with the purposes for which they were producing their art. The majority of three-dimensional representations, whether standing, seated, or kneeling, exhibit what is called frontality: they face straight ahead, neither twisting nor turning. When such statues are viewed in isolation, out of their original context and without knowledge of their function, it is easy to criticize them for their rigid attitudes that remained unchanged for three thousand years. Frontality is, however, directly related to the functions of Egyptian statuary and the contexts in which the statues were set up. Statues were created not for their decorative effect but to play a primary role in the cults of the gods, the king, and the dead. They were designed to be put in places where these beings could manifest themselves in order to be the recipients of ritual actions. Thus it made sense to show the statue looking ahead at what was happening in front of it, so that the living performer of the ritual could interact with the divine or deceased recipient. Very often such statues were enclosed in rectangular shrines or wall niches whose only opening was at the front, making it

新托福TPO26阅读原文及译文(一)

新托福TPO26阅读原文(一)：能源与工业革命 TPO26-1：nergy and the Industrial Revolution For years historians have sought to identify crucial elements in the eighteenth-century rise in industry, technology, and economic power known as the Industrial Revolution, and many give prominence to the problem of energy. Until the eighteenth century, people relied on energy derived from plants as well as animal and human muscle to provide power. Increased efficiency in the use of water and wind helped with such tasks as pumping, milling, or sailing. However, by the eighteenth century, Great Britain in particular was experiencing an energy shortage. Wood, the primary source of heat for homes and industries and also used in the iron industry as processed charcoal, was diminishing in supply. Great Britain had large amounts of coal; however, there were not yet efficient means by which to produce mechanical energy or to power machinery. This was to occur with progress in the development of the steam engine. In the late 1700s James Watt designed an efficient and commercially viable steam engine that was soon applied to a variety of industrial uses as it became cheaper to use. The engine helped solve the problem of draining coal mines of groundwater and increased the production of coal needed to power steam engines elsewhere. A rotary engine attached to the steam engine enabled shafts to be turned and machines to be driven, resulting in mills using steam power to spin and weave cotton. Since the steam engine was fired by coal, the large mills did not need to be located by rivers, as had mills that used water- driven machines. The shift to increased mechanization in cotton production is apparent in the import of raw cotton and the sale of cotton goods. Between 1760 and 1850, the amount of raw cotton imported increased 230 times. Production of British cotton goods increased sixtyfold, and cotton cloth became Great Britain’s most important product, accounting for one-half of all exports. The success of the steam engine resulted in increased demands for coal, and the consequent increase in coal production was made possible as the steam-powered pumps drained water from the ever-deeper coal seams found below the water table.

新托福真题TPO27阅读翻译及词汇整理

智课网TOEFL备考资料

新托福真题TPO27阅读翻译及词汇整理 摘要：新托福真题TPO27阅读翻译及词汇整理，下面是小马过河为同学们搜集整理的新托福真题TPO27阅读翻译及词汇整理的相关信息，小马小编整理过来，供同学们参考。 Crafts in the Ancient near East古代近东的手工艺 本文为最新的托福真题TPO第27套阅读第一篇，文章反映了托福“古代社会文明”类型的阅读的特点，阅读中的学科词汇很典型，对我们准备托福的阅读有很重要的参考意义，备战托福的同学不可错过。 学科词汇总结words craft手工艺 urban城市的 civilization 文明 settlement定居点 agriculture农业 pottery实用陶器 textile纺织品

mold模具 carve雕刻 relief浮雕 clay粘土 utilitarian实用的 elaborate精心制作的 refined精制的文章翻译translation 一、人类历史上的第一个城市乌鲁克兴起。 Some of the earliest human civilizations arose in southern Mesopotamia, in what is nowsouthern Iraq, in the fourth millennium B.C.E. In the second half of that millennium, in thesouth around the city of Uruk, there was an enormous escalation in the area occupied bypermanent settlements. A large part of that increase took place in Uruk itself, which became areal urban center surrounded by a set of secondary settlements. While population estimatesare notoriously unreliable, scholars assume that Uruk inhabitants were able to supportthemselves from the agricultural production of the field surrounding the city, which could bere ached with a daily commute. But Uruk’s dominant size in the entire region, far surpassingthat of other settlements, indicates that it was a regional center and a true city. Indeed, it wasthe first city in human history.一些人类最早的文明崛起于公元前四千年的米索达比亚的南部(如今的伊拉克南部)。在公元前四千年的后半期，在乌鲁克城的南部附近被永久定居点占据的区域急剧的增加, 大部分的增长都发生在乌鲁克城内，使其成为了一个真正的城市中心并被一些次要的定居点包围着。虽然众所周知人口估计数是不可靠的，学者们认为乌鲁克居民每天往返城市和城市周边的田地,可以通过周边田地的农业生产来

托福OG TEST 2——green icebergs原文翻译。解析

绿色冰山 冰山就是巨大的冰块，它们的形状各不规则；他们在海面上所呈现出来的部分大概只有总量的12%。冰山是由冰川----从格陵兰岛, 南极洲, 和阿拉斯加的内陆降雪开始积累成为大河中的冰----然后缓慢流入海洋。向前的移动，在进入海洋的时候冰川底部的融化，和波浪与潮汐变化造成了冰块的断裂从而漂浮在海上。 冰山的颜色一般是从蓝到白，虽然有时会因为他们带有砂砾和石块而显得颜色很深或不透明。在不同情况的光和云量下，它们的颜色呈现可能会随之不同，如在早晨和傍晚的阳光下所呈现的耀眼的粉色或金色，但这个颜色变化大致与太阳位于海平面上的低角度有关。不管怎样，总会有到南极洲的旅游者们报告说在Weddell Sea看到了绿冰山，南极洲东部Amery Ice Shelf的附近则更为常见。 对于绿冰山的颜色的一个解释是由于纯冰被接近海平面的太阳所照射而造成的错觉，但是绿冰山在很多不同状态的阳光下都能从白色和蓝色冰山中区分出来。另一个解释就是，它的颜色可能与冰里面所含高浓度的金属化合物有关，比如铜和铁。进来的探险队从南极洲的冰架上带回了一些绿色冰山和冰核的样本----到达深度的垂直圆柱型的冰的样本。对这些冰核和样本的分析给问题提供了一个不一样的解决方法。 215米长的冰架核已经足够用来穿透由压缩的雪组成，并含有气泡的流动冰，并随后穿透在流动冰的底部由冻结的海水形成的清透的没有气泡的冰。这个清透的冰的性质与绿冰山上的冰十分相似。科学家总结出，绿冰的构成是在两层的架冰分开并翻转过来时，暴露出的没有气泡的海水冰。 一个在Amery Ice Shelf西部滞留的绿冰山呈现出了两个明显的层：含有气泡的白蓝色冰，和没有气泡的绿色冰，它们中间是由1米长的带有沉积物的冰分隔开的。海水的侵蚀决定了绿色冰的质地。由于光的分散，裂痕处的颜色是浅绿的；而没有裂痕的地方是深绿色。绿色冰中是没有气泡的，因为它是由冻结的海水所构成，而不是压缩的雪。沿着这个地区冰架的边缘，可以发现，带有绿色色素的单细胞生物非常多，而且海水里面含有它们丰富的分解有机物质。绿冰山虽没有包含很多这些生物体的微粒，但从海水中所积累的分解有机物质还是很多的。不同于盐，分解有机物质并没有在结冰过程中被排除掉。分析表明，分解的有机物质会从太阳光中吸收足够的蓝波段，从而使冰呈现出绿色。 化学证据表明冰的小盘（微小的平面部分）是在水中构成，然后共生并附着在冰架底部形成一个slush （部分融化的雪）。Slush被一种未知的原理压缩成冰，而这种固体，没有气泡的冰形成于可溶解的有机物质多的水。当冰山从冰架上分离并翻转过来时，绿色冰便呈现出来了。 GREEN ICEBERG 1. 排除法，第一句说irregular shape，所以A正确，不选；第一句还说12% above sea surface，所以C说反，选；最后一句说了B和D两个答案，对，不选 2. 以dark or opaque做关键词定位至第一句，because后面是原因，很明显答案是B