自学成才的人有多少

The first (1791-1867) is the British physicist and chemist, is the famous self-educated scientist.
1791 lima1 was born on 22 September surrey Newcastle's family because of poor blacksmith. Only a few years, the primary school at the age of 13 in a bookstore as an apprentice. The bookstore is caused him to read many science books. In the paper, the binding of work, etc, and the chemical and electrical self-study doing experiments verify the contents of books. In his spare time to study philosophy in city, hear the natural philosophy, thus the speech of natural science foundation education.
Because of his hobby, scientific research, English chemist David recognition,
In march, the royal institute of David to commend for lab assistants. This is the turning point of the life, Faraday, he embarked on a dedicated to scientific research.
In October, David to Europe for scientific research, lecturing, Faraday as his secretary, assistant with. David made along a Faraday help many chemical experiment, which greatly enriched his scientific knowledge, ability, growth for his experiments in independent scientific research and later laid a foundation.
1815 May return the royal under guidance of David chemical research.
Faraday is mainly engaged in electrical, magnetic, optical and electrochemical magnetic research in these fields, and made a series of important discoveries.
In 1820, the current AoSiTe found after magnetic,
In 1821 Faraday proposed "to generate electricity by magnetic" bold, and began to tough exploration.
1824 January elected members of the royal society,
In 1825 February as royal institute of laboratory,
1831 the electromagnetic induction that law. This is a great discovery, make the epoch-making humans mutual transformation of electromagnetic energy movement and mutual transformation method and power generators, motors, transformers, modern technology.
He always believed nature between various phenomena have an infinite number of contact. In this work, he continued to study was known volts dozen batteries, friction, temperature, jia cut, electricity, electromagnetic induction electric etc all kinds of electric identity, 1832 he made from different sources of electricity < > identity, with lots of experiment demonstrates how the sources of power ", it is the nature of the same conclusion.
In order to explain the essence of electric current through the Faraday, acid and alkali, salt solution, resulting in a series of experiments found in 1834-1833 electrolysis, as the first and second laws laid the foundation of modern electrochemistry industry, in order to correctly describe experimental facts, Faraday formulated migration, cathode, anode, anionic, cationic and electrolysis, electrolytes and many other concepts and terminology.
Electricity and magnetism are confirmed, the unity of light and determination for Faraday electromagnetic phenomena. He found the original 1845 without the heavy glass optical effect of strong magnetic field in the optical polarization of light, to cause the deflection, magnetic, optical effects of being the first to realize electromagnetic phenomena and relationships between the phenomena of the light.
In 1846 he made about the light of vibration, the earliest > ideas put forward the thought of light, the essence of electromagnetic won the medal and the royal MEDALS at Aaron.
1867 died on August 25.
Faraday is the founder of electromagnetic field theory, he first put forward the concept of electric field, magnetic, electric, electrochemical, in the research of electrostatic induction of further deepening and develop the power line, and the first game of thought, established the concept of electric field, magnetic field, negate action at a distance. Einstein once said that the thought, is one of the most creative Faraday, is the most important since Newton discovered. Maxwell's inheritance and development of the game, the Faraday to find the perfect mathematical representation so as to establish the electromagnetic field theory.
The exploration of science Faraday tenacious spirit, for human civilization and progress of selfless dedication, simplicity with his outstanding contribution to science for later generations, forever.

i don't know how much i level,i am self-taught

A ,不能、 否认,不是 三重否定,肯定改变了原意,年轻时候记得这句吗?双重否定表示肯定!应改为：谁都不能否认他是一位自学成才的工程师.

哇自学成才写这作文很不错了哦O(∩_∩)O哈哈~我看着就是有一些小错误,帮你稍微改一下啊,
나의 나쁜 생활 습관은 아침을 안 먹는 것 같다.제가 자구 늦잠을 자서 아침에 늘 시간이 없으니까 보통 아침을 먹을 수 없다.
저는 대학교부터 이 버릇을 기른 것이다.요즘은 위가 항상 아픈데 약을 먹어보니 효과도 없고 심지어 증세가 더 심해진 것 같다.그리고 아침 수업을 할 때 저도 배가 고파서 정신이 없다.저는 열심히 공부하고 싶지만 잘 못 한다.아침을 안 먹어서 점심을 항상 많이 먹고 과자도 많이 먹는다.그래서 제가 그 동안 살이 많이 졌다.이 때문에 남자 친구가 저를 비웃을 때도 많이 있어서 진짜 속상한다.
지난 주말에 제가 결심을 하였는데 바로 이 번 주부터 건강을 위하여 매일 반드시 아침을 먹어야 한다는 것이다.이 버릇을 꼭 고치고 말아야 한다.첫째 매일 일찍 일어나기 위해서 밤에 일찍 잠을 자야 한다.둘째 지금 계속 학교 기숙사에서 사니까 자기가 요리를 하는 것은 안 된다.그래서 저는 이 버릇을 고치려고 해서 룸메이트와 약속했다.나중에 아침마다 우리 같이 식당에 가서 밥을 먹는 것이다.
저는 계획도 세우고 결심도 있으니까 드디어 이 나쁜 생할 습관을 고칠 수 있다고 생각한다.
我也不敢大改,你就将就着看看吧~

请个家教教教你,这样提升快,其次自己再买一些英语基础类的书看看

A self-taught 绝对正确

请问有哪个文学家不是自学成才的呢?就算有再好的老师或专业,自己没有语言和文字的天赋,没有对语言和文字的热爱,没有独特和深邃的思想,是不可能成为文学家的,所以,所有的文学家都可是说自学成才的.

运用了归纳论证的论证方法.在归纳论证中,既有理论归纳（引证法）,也有实例归纳（例证法）.

ABC

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先要学会用音标,然后读单词,背单词,等到词汇量达到一定程度时可以渐渐地看些英语报纸,听英语歌曲,看英语电影视频,一定要是正宗的英语口味,把自己完全浸在英语的环境里,尝试平时用英语说话,回答问题,这样会对你的英语学习有很大的提升

“鬼才”爱迪生　　
爱迪生是一位杰出的天才发明家,他的种种发明为全人类做出了很大的贡献.　　
小时侯的爱迪生对“为什么”特别喜欢,含有打破沙锅问到底的精神,还特别喜欢亲自实验 .有一次,爱迪生看见了老母鸡孵蛋,他非常高兴,也学起母鸡来,结果可想而知他压岁碎了一窝蛋.可还有更惨的呢!有一回爱迪生问起火药是怎么做的,他的妈妈告诉他后,他把粮仓给烧光了.
爱迪生上学不到三个月就被老师赶走了,为什么?就是因为他的那么多问题.无奈,爱迪生之母南西只能带他回家,给他买了本《自然科学实验》,从此,爱迪生对科学实验产生了浓厚的兴趣.
12岁,爱迪生在火车上当小报童,可因为把实验器材带上车,产生了火灾,“啪”地吃了一巴掌后被炒鱿鱼了.　　
爱迪生在一次被炒鱿鱼是因为把发明用在不正当的地方,当时他在铁路局当报务员,规定每晚9点后每一小时发一次信息,于是爱迪生便自制了一台自动发报机,可在一次查勤是被发现,虽然主任很欣赏他,但爱迪生还是被炒鱿鱼了.　　
到了21岁,爱迪生小有成就,发明了许多物品,让我们一同去看看吧：　　
瞧,这就是复印机,爱迪生把刻有字的滚轮沾墨在纸上一滚,就好了,着一发明,对很多厂家有许多帮助,受到了世人的欢迎.　　
我们知道电话是贝尔发明的,可若不是爱迪生的碳粉送话机,提高了音量和灵敏度,那不清晰的电话又有什么用呢?　　
快看,这就是爱迪生最伟大的发明──电灯!爱迪生不眠不休做了1600多次耐热试验和600多次植物纤维试验终于把灯心制了出来,这一举动使全美国轰动.　　
爱迪生那永无止境的发明给予了我们许多帮助,若没有复印机,我们到现在还只能用手抄；若没有电话,我们传递信息便十分麻烦；若没有电灯,到现在我们还只能用油灯……　　
1931年,伟大的爱迪生永远地去了,虽然他离开了人世,但他与他的2000多项发明却永远的留在我们心中!　

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Doris Lessing,one of the most celebrated and distinguished writers of our time,was awarded the Nobel Prize in Literature in 2007.She has also received the David Cohen Memorial Prize for British Literature,Spain's Prince of Asturias Prize and Prix Catalunya,and the S.T.Dupont Golden PEN Award for a Lifetime's Distinguished Service to Literature,as well as a host of other international awards.She lives in North London.

桃李竟芳菲
九州万里春
一生说我是聪明

祖国山河壮连日丽长春驻 .
人逢成世寿增添连桃李争春天地宽
自学成才诚可贵连学会报国价更高

英译：Many American President from poor families, read too little, but self-taught
日语：多くの米国の大统领は以下読んで、贫しい家庭に生まれたが、独学
韩语：대부분의 미국 대통령이 적게 읽기, 가난한 가정에서 태어나지만 독학
法语：Beaucoup président américain nés dans des familles pauvres, la lecture de moins, mais l'autodidacte
德语：Viele US-Präsidenten in armen Familien geboren, Lesen weniger, aber der Autodidakt
意大利语：Molti presidente americano nato a famiglie povere, la lettura di meno, ma l'autodidatta

要成才,最少108