高考英语阅读篇章结构百度

A. 高考英语的阅读理解行文结构和话题类型有固定的格式吗

记叙文，说明文，人物传记之类的比较多。
近年来高考改革，行文结版构趋于多变。但是题目的设置顺权序是固定的。比如说一共5个题目，第一道题的答案如果在第二段出现，第三道题的答案如果在第四段，那么第二道题应该在第二段至第四段中间。主旨大意题一般在最后。行文结构的话根据语文的知识就能分辨，当然前提还是读懂。
祝好。

B. 高中英语阅读 体裁分析

阅读理解不仅是高中英语教学的难点,
更是高中英语教学的重点,在教学中,教师应该自觉地运用体裁分析方法,帮助学生了解课文的体裁结构、篇章模式和篇章类型,分析作者谋篇布局的特点和遣词造句的手法.

C. 英语高考篇章结构题型怎么答

我是今年浙江考生，这个问题有很多同学讨论过，就我个人而言
我认为1.快速通篇阅版读文章，注意要完全集中精力，大权致了解文章内容
2.再看题目，一般题目的规划是安文章顺序来的，再根据刚才速记的映像找到答案

我的个人建议··

D. 求高中英语阅读理解的专项练习题，比如：主旨大意题，细节题，推理题，文章结构题等，谢谢

那要看你是哪个地区的考生了，自己子啊网上一搜高考试题，全出来了。可以自己挑选需要的。

E. 老师应该如何安排高中英语阅读课文的篇章结构

由中心开始 先看问题再读原文

F. 高中的英语句子和篇章的结构

1 句子的结构很简单，先抓主谓宾，然后再抓定状

2 文章上主要抓住文章的主旨，英语跟中文不一样，每段的意思都很清楚，不会拐弯抹角，每段都有一句主旨句，找到这句主旨句就可以把握文章主旨了．

3 英语方面，肯定是大量阅读，培养语感，看得多了，语感养成了，做题写文章都会自然而然的做好．当然同时还要注意积累词汇．这是基本功方面．
还有就是把握一些技巧，比如阅读题中如果不是主旨题和词义题，其余在文章中都会有告诉你答案的句子，有的甚至是原句；语法题要抓主谓宾；CLOZE千万不要拿来题就做，至少要先看一遍，再做，做完了一定要再看一遍．

4 另外上课的时候一定一定要好好听，无论是练基本功还是学技巧，上课是最好的时候，课后看十遍书也比不过上课认真听45分钟．要注意记笔记，一篇课文笔记没有填满留白的80％就不算听好课．

5 要多做题，多做模拟题，高二的话建议下半学期开始就可以做难度较低的高考模拟题了．做完后要把自己错的题搞懂，（常备一本中学语法书和一本牛津或朗文的双解字典是必要的）还要弄明白自己错的原因．尤其重要的是要注意好好复习自己的错题，对英语学习来说这是极其重要的．

英语学习没有捷径可言，只看你比别人快多少，多做多少．只有比别人快一步，高考时才可以脱颖而出．

G. 高考英语阅读有一种篇章结构题，就是比如问第一段写来是干什么用的。

首先，你问题中的这个题是真题吗?
高考英语阅读涉及结构的题目是
2009
北京卷
C
段
和
2008
北京卷
E
段。相较於真题，模考题逻辑不够严谨，选项设计欠周严，所以不建议你花过多时间在模考题上。

H. 求几篇结构完整，内容积极的英语说明文文章，适合高中生阅读。

Part 6 Noise Pollution 噪音污染

Noise is among the most pervasive pollutants today. Noise from road traffic, jet planes, jet skis, garbage trucks, construction equipment, manufacturing processes, lawn mowers, leaf blowers, and boom boxes, to name a few, are among the audible litter that are routinely broadcast into the air.

Noise negatively affects human health and well-being. Problems related to noise include hearing loss, stress, high blood pressure, sleep loss, distraction and lost proctivity, and a general rection in the quality of life and opportunities for tranquillity.

We experience noise in a number of ways. On some occasions, we can be both the cause and the victim of noise, such as when we are operating noisy appliances or equipment. There are also instances when we experience noise generated by others just as people experience second-hand smoke. While in both instances, noises are equally damaging, second-hand noise is more troubling because it has negative impacts on us but is put into the environment by others, without our consent.

Noise pollution is not easily defined. Part of the difficulty lies in the fact that in some ways it is different from other forms of pollution. Noise is transient; once the pollution stops, the environment is free of it. This is not the case for chemicals, sewage, and other pollutants introced into the air, soil, or water.

The definition of noise itself is highly subjective. To some people the roar of an engine is satisfying or thrilling; to others it is an annoyance. Loud music may be enjoyable or a torment, depending on the listener and the circumstances. Broadly speaking, any form of unwelcome sound is noise pollution, whether it is the roar of a jet plane overhead or the sound of a barking dog a block away.

The actual loudness of a sound is only one component of the effect it has on human beings. Other factors that have to be considered are the time and place, the ration, the source of the sound, and whether the listener has any control over it. Most people would not be bothered by the sound of a 21-gun salute on a special occasion. On the other hand, the thump-thump of a neighbour's music at 2 a.m., even if barely audible, could be a major source of stress.

The decibel (dB) (分贝) is a measure of sound intensity; that is, the magnitude of the fluctuations in air pressure caused by sound waves. In fact, an increase of just 3 dB means twice as much sound, and an increase of 10 dB means ten times as much sound.

A sound pressure level of 0 dB represents the threshold of hearing in the most sensitive frequency range of a young, healthy ear, while the thresholds of tickling or painful sensations in the ear occur at about 120 to 130 dB. There is fairly consistent evidence that prolonged exposure to noise levels at or above 80 dB can cause deafness. The amount of deafness depends upon the degree of exposure.

Noise can cause annoyance and frustration as a result of interference, interruption and distraction. Exposure to noise is also associated with a range of possible physical effects including: colds, changes in blood pressure, other cardiovascular changes, increased general medical practice attendance, problems with the digestive system and general fatigue.

通常所说的噪声污染是指人为活动而不是自然现象引起的。噪声污染是物理性污染，本身对人无害，只是在环境中的流量过高或过低时，才会造成污染或异常。物理性污染一般是局部性的，即一个噪声源不会影响很大的区域。

另处，物理性污染没有后效作用，即噪声不会残存在环境中，噪声停止，污染立即消失。外界噪音污染主要来自航空、公路、铁路运输，以及工程施工和工业生产等;而室内噪音污染则来自风扇、电脑及其它家用电器。

噪音污染不但能够影响人的听力，而且能够导致高血压、心脏病、记忆力衰退、注意力不集中及其它精神综合征。研究表明，人听觉最高可以接受30分贝的音量，当室内的持续噪音污染超过30分贝时，人的正常睡眠就会受到干扰，而持续生活在70分贝以上的噪音环境中，人的听力及身体健康将会受到影响。

世界卫生组织(WHO)最近就全世界的噪音污染情况进行了分析调查，认为全球噪音污染已经成为影响人们身体健康和生活质量的严重问题，呼吁世界各国积极采取有效措施来控制减少噪音污染。

为此，他们建议各国政府将治理噪音污染纳入国家的环保计划，将卫生组织的指导性标准视为噪音治理的长期目标，制定和实施有关噪音管理的法律法规，支持有关减少噪音的科学研究，

制定和完善有关噪音的测量标准，鼓励有关噪音对环境和健康影响的研究，进一步加强有关噪音污染的宣传，让全社会重视噪音污染的危害，减少噪音污染对人类健康的影响。