关于牛顿的英语作文

关于牛顿的英语作文
关于牛顿的英语作文

关于牛顿的英语作文
以下是一篇关于牛顿的英语作文,附带汉语对照,
British great physicist,mathematician,astronomer.The boon space Si say:"Newton established astronomy because of discovering gravitational theory,because of carry on light of resolve but established the optics of science,established mathematics of science because of establishing binomial equation axioms and infinite theories,established the mechanics of science because of knowing the man's natural character of the mechanics."Really,Newton made to lay foundation stone sexual contribution in the natural science realm and be rated as science huge Jiang.
Newton was born at a farmer family of Lincolnshire in British the north.In 1661 pass examination Cambridge university the inside Ni Di a school especially,graduate in 1665,at this time just in time plague,Newton goes home to avoid epidemic disease for two years,the period almost considered his whole life in each aspect study,especially he wins from cradle to the grave of a few major contributions:Gravitational theory,classic mechanics,calculus and optics.
Newton discovers gravitational theory,built up classic mechanics,he uses a formula the biggest ephemeris sport in the cosmos and minimum grain sport of the son unify.The cosmos becomes thus clear:All of whichever sports are to without cause take place,is all long long of a series of cause and effect chain be an appearance,a link within,is can accurate description.People break several thoughts that the wills of thousand in the last years absolute beings rule world,start believe there is no thing is can't be accurate by intelligence knowing of.Compare at his ories,Newton greater contribution makes people from now on start believe science.
Newton is 1 far far above the wise science giant of the in those days owner,his quest to the truth is a such Chi fan,with as for all of his ories results just reveal to the public under the urge sincerely of other people and say that the creation is the biggest fun to Newton.
英国伟大的物理学家、数学家、天文学家.恩格斯说：“牛顿由于发现了万有引力定律而创立了天文学,由于进行光的分解而创立了科学的光学,由于创立了二项式定理和无限理论而创立了科学的数学,由于认识了力学的本性而创立了科学的力学.”的确,牛顿在自然科学领域里作了奠基性的贡献,堪称科学巨匠.
牛顿出生于英国北部林肯郡的一个农民家庭.1661年考上剑桥大学特里尼蒂学校,1665年毕业,这时正赶上鼠疫,牛顿回家避疫两年,期间几乎考虑了他一生中所研究的各个方面,特别是他一生中的几个重要贡献：万有引力定律、经典力学、微积分和光学.
牛顿发现万有引力定律,建立了经典力学,他用一个公式将宇宙中最大天体的运动和最小粒子的运动统一起来.宇宙变得如此清晰：任何一个运动都不是无故发生,都是长长的一系列因果链条中的一个状态、一个环节,是可以精确描述的.人们打破几千年来神的意志统治世界的思想,开始相信没有任何东西是智慧所不能确切知道的.相比于他的理论,牛顿更伟大的贡献是使人们从此开始相信科学.
牛顿是一个远远超过那个时代所有人智慧的科学巨人,他对真理的探索是如此痴迷,以至于他的理论成果都是在别人的敦促下才公诸于世的,对牛顿来说创造本身就是最大的乐趣.

English physicist and mathematician who was born into a poor farming family. Luckily for humanity, Newton was not a good farmer, and was sent to Cambridge to study to become a preacher. At Cambridge, ...

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English physicist and mathematician who was born into a poor farming family. Luckily for humanity, Newton was not a good farmer, and was sent to Cambridge to study to become a preacher. At Cambridge, Newton studied mathematics, being especially strongly influenced by Euclid, although he was also influenced by Baconian and Cartesian philosophies. Newton was forced to leave Cambridge when it was closed because of the plague, and it was during this period that he made some of his most significant discoveries. With the reticence he was to show later in life, Newton did not, however, publish his results.
The Newton's Laws of Motion became the founding principle of mechanics and enlightened the masses about the relationships between force and motion. He published his works in the 'Philosophiae Naturalis Principia Mathematica' in 1687. This book is regarded as one of the most significant literary works in science. It earned Newton international acclaim. He also devised the principles of angular momentum and the conservation of momentum.
The incident of Newton seeing an apple fall straight down from a tree is known to one and all. His observation led him to the discovery of the gravitational force. It was Newton who showed that the gravitational force extends across the Earth and varies inversely with the square of distance. His theory led to the calculation of the orbital period of the Moon. By establishing the close relationship between the Kepler's laws of planetary motion and his gravitational theory, Newton proclaimed that the same natural laws are responsible for the motion of both the Earth and other celestial bodies.
In 1665, Isaac Newton invented the generalized binomial theorem and started working on the development of a mathematical theory, which went on to become the infinitesimal calculus, a very important branch of mathematics.
Newton's identities, which are used to find the relationship between power sums and elementary symmetric polynomials and the Newton's method that is used for finding successive approximations of a real-valued function, were some of the other important discoveries of Sir Isaac Newton. The first successful use of the power series in polynomial theory is attributed to Newton. He also devised a new formula to calculate Pi.
During the initial years of the 1670s, Newton worked in the field of optics. His work led to the discovery that a prism can decompose white light into a spectrum of colors. He was successful in demonstrating that a combination of a lens and a prism could recompose a spectrum of colors into white light. He discovered that color is an outcome of objects reflecting colored light. This discovery became famous by the name, 'Newton's Theory of Color'. Isaac Newton is famed for the invention of the reflecting telescope.
During his later years, Newton was the President of the Royal Society and was associated with the French Academie des Sciences, a learned society established with an aim of promoting French scientific research.
It is therefore no exaggeration to identify Newton as the single most important contributor to the development of modern science. The Latin inscription on Newton's tomb, despite its bombastic language, is thus fully justified in proclaiming, "Mortals! rejoice at so great an ornament to the human race!" Alexander Pope's couplet is also apropos: "Nature and Nature's laws lay hid in night; God said, Let Newton be! and all was light."

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