本文为您带来牛顿的英文翻译，包括牛顿用英语怎么说，牛顿用英语怎么说，牛顿的英语造句，牛顿的英文原声例

本文为您带来牛顿的英文翻译，包括牛顿用英语怎么说，牛顿用英语怎么说，牛顿的英语造句，牛顿的英文原声例句，牛顿的相关英语短语等内容。

牛顿的英文翻译，牛顿的英语怎么说？

牛顿的英语网络释义

托马斯·爱迪生是第一个向市场推出留声机的人，但是Emile Berliner的留声机却最终统治了市场；苹果公司的牛顿（Newton）是第一个进入市场的PDA，然而最后获胜的却是Palm的Pilot。

牛顿(Isaac Newton)

...去年坎姆-牛顿（Cam Newton）是NFL联盟最受质疑的球员，质疑的焦点并不是这位卡罗莱纳黑豹的四分卫如何打球，而是他如何庆祝自己的得分。

牛顿的汉英大词典

牛顿[niú dùn]

• • Newton(Sir Isaac，1642-1727，英国物理学家）
  • {力} large dyne; newton (N)
• 短语:
  • 牛顿参考坐标系 {力} Newtonian reference frame;
  • 牛顿插值 Newton's interpolation;
  • 牛顿第二定律 Newton's second law;
  • 牛顿第三定律 Newton's third law;
  • 牛顿第一定律 {力} first law of motion; Galileo's law of inertia; Newton's first law;
  • 牛顿迭代法 Newton iteration method;
  • 牛顿多面体 Newton polyhedron;
  • 牛顿法 Newton method;
  • 牛顿恒等式 {数} Newton's identities;
  • 牛顿环 Newton's ring;
  • 牛顿近似计算法 Newton's method of approximation;
  • 牛顿-柯特斯求积公式 Newton-Cotes formula;
  • 牛顿冷却定律 Newton's law of cooling;
  • 牛顿流体 Newtonian fluid;
  • 牛顿粘度{流} Newtonian viscosity;
  • 牛顿粘滞定律 Newton's law of viscosity;
  • 牛顿盘 {光} Newton's disc;
  • 牛顿三叉线 {数} trident of Newton;
  • 牛顿色盘 Newton's disk;
  • 牛顿升力理论 {流} Newton's theory of lift;
  • 牛顿速度 {力} Newtonian velocity;
  • 牛顿图 Newton diagram;
  • 牛顿万有引力定律 Newton's law of gravitation;
  • 牛顿望远镜 Newtonian telescope;
  • 牛顿易熔合金 Newton's alloy;
  • 牛顿引力理论 Newton's theory of gravitation;
  • 牛顿运动定律 Newton's law of motion

牛顿的英语短语

牛顿的英文例句

那是17世纪，牛顿确定水的凝固点之前。

It was the seventeenth century before Newton determined the freezing point of water.

牛顿对颜色作了科学、客观的解释。

Newton gave a scientific and objective explanation of colors.

牛顿是一个智力巨人。

Newton was an intellectual giant.

牛顿市在另一个方向。

Well, Newton is in the other direction.

牛顿发展了现代微积分的基础数学概念和技术。

Newton developed mathematical concepts and techniques that are fundamental to modern calculus.

引力一直都是存在的，但是是牛顿“发现”了它。

Gravity had always been, but Newton "discovered" it.

奇怪的是，被一个男孩踢了肚子之后，牛顿变得更好了。

Strangely, Newton became a much better student after a boy kicked him in the stomach.

毫无疑问，伊萨克·牛顿爵士是英国最有力的头脑之一。

No doubt, Sir Isaac Newton is one of Britain's most powerful minds.

在那之前，关于颜色的主流理论是由艾萨克·牛顿提出的。

Until then, the dominant theory about color was one that had been proposed by Isaac Newton.

多年来，牛顿一直对月球和行星绕轨道运行的原因感到好奇。

Newton for years had been curious about the cause of the orbital motion of the moon and planets.

其中一些来自世界上最成功的公司，比如苹果公司的牛顿电脑。

Some of them come from the world's most successful companies, like the Newton computer from Apple.

毕竟，爱因斯坦和与他最接近的对手艾萨克·牛顿相隔200多年。

After all, more than 200 years separated Einstein from his nearest rival, Isaac Newton.

然而，研究人员最近发现莱布尼茨的笔记中讨论了牛顿的一本数学著作。

Researchers have, however, recently discovered notes of Leibniz' that discuss one of Newton's books on mathematics.

艾萨克·牛顿爵士比起河马的体型可小多了，但是我们并不会因此贬低他。

Sir Isaac Newton was very much smaller than a hippopotamus, but we do not on that account value him less.

牛顿发现宇宙中任何两个物体都相互吸引，而且这股引力与它们的质量成比例。

Newton discovered that any two objects in the universe attract each other, and that this force is proportional to their mass.

经典地质学从牛顿那里借用了一个决定性的前提——地球过程独立于任何天文环境。

Classical geology borrowed a decisive, if unspoken, premise from Newton—the independence of Earth's processes from any astronomical context.

牛顿在一棵苹果树下坐了许多年，最终发现了可以支配整个地球的最伟大的宇宙法则之一。

Newton, siting for many years under an apple tree, eventually figured out one of the greatest universal rules that govern the whole globe.

换句话说，伏尔泰在科学上的业余性“是他当时吸引力的一个来源，第一次证明了牛顿的思想对非专业人士的可接受性”。

In other words, Voltaire's amateurism in science "was a source of his contemporary appeal, demonstrating for the first time the accessibility of Newton's ideas to nonspecialists".

想想17世纪，天主教会对加利莱奥反叛的信仰进行了审判，诗人威廉·布莱克对艾萨克·牛顿的机械论世界观进行了严厉的批评。

Think of Gallileo's 17th-century trial for his rebelling belief before the Catholic Church or poet William Blake's harsh remarks against the mechanistic worldview of Isaac Newton.

根据法因戈尔德的说法，伏尔泰的书吸引了广泛的读者，因为“他既不是数学家也不是物理学家，而是一个远离牛顿思想学术之争的文学巨人”。

Voltaire's book commanded a wide audience, according to Feingold, because "he was neither a mathematician nor a physicist, but a literary giant aloof from the academic disputes over Newtonian ideas".

莱布尼茨的笔记仅限于牛顿的书的早期章节，这些章节先于牛顿微积分概念和技巧的介绍。

Leibniz' notes are limited to early sections of Newton's book, sections that precede the ones in which Newton's calculus concepts and techniques are presented.

范围在200到500千牛顿之间。

The range is somewhere between 200 and 500 kilonewtons.

从牛顿到霍金，科学家们都爱打赌。

From Newton to Hawking, scientists love wagers.

牛顿和他的丈夫就是这种情况。

That's the case for Newton and her husband.

但是，牛顿是个喜欢神秘的人。

Newton, however, was a very secretive man.

牛顿是航行在生命之海的巨轮。

Newton was the ship in the great ocean of life.

即便是牛顿也掉进过这个圈套。

Even Newton fell into this trap.

尽管牛顿很爱思考，他不太爱探索。

Although Newton was always thinking, he wasn't much for exploring.

我可以略微拉力，大于50牛顿吗？

Could I now pull a little bit more than 50 newtons?

牛顿发现了在空气中恒温声音的速度。

Newton had discovered the isothermal velocity of sound in air.

牛顿的原声例句

Now Isaac Newton and/or Joseph Raphson figured out how to do this kind of thing for all differentiable functions.

既然牛顿和拉复生已经,指数了如何解这种可导函数,因此我们就不用太担心了。

So, it's Newtonian mechanics, and the reason for this is because Newtonian mechanics does not work on this very, very small size scale.

牛顿力学，因为牛顿力学,在这种很小的尺度下不适用,我们说过，牛顿力学。

And this is just a Newtonian expression of momentum, the product of the mass of the electron times its instant velocity.

这只是牛顿学上关于动量的表达，用电子质量,乘以瞬时速度。

Successive approximation, Newton-Raphson was one nice example, but there's a whole class of things that get closer and closer, reducing your errors as you go along.

逐渐逼近,牛顿迭代是一个很好的例子,随着你不断的时行下去,你会不断的离结果越来越近，逐渐地减少误差。

It's one thing to plug in all the numbers and say, "I know Newton's laws and I know how they work."

我们平时只是把数字代进公式,然后说,"我懂牛顿定律,也知道怎么使用"

We use the adjective "Newtonian" but we don't speak of certain writers who are still interested in quantum mechanics as "Newtonian writers."

虽然我们用牛顿主义者这个词“,但是我们不会把那些,对量子力学有兴趣的人称作牛顿主义作家“

Much more than biological instincts, much more than neurosis, much more than the person who exists in a Newtonian reality like a billiard ball.

不仅仅是生理本能，不仅仅是神经症，不仅仅是牛顿学说世界里的台球。

It's really amazing that what Newton did in the case of gravity was to find the expression for this.

这一点非常神奇,牛顿在引力方面的研究,只是为了找出这个的表达式

In fact, I'll give an example in your own life where you will find that this law doesn't work.

其实,我可以举一个你们现实生活中的例子,它就不满足牛顿第一定律

There, Newton doesn't tell you what forces are going to be acting on a body in a given situation.

在式子里,牛顿没有告诉你,在给定条件下,有哪些力,作用在物体上

And so, you know from your Newtonian mechanics, as you were learning in 8.01, the dynamic force here mv^2/r is mv squared over r.

在8。01节对牛顿动力学系统的学习中，我们可以知道这里的运动受力,就是。

Newton is not going to come and tell you what force the spring will exert when it's pulled by some amount.

牛顿不会过来告诉你,弹簧被拉伸一定量时会产生多大的力

You divide and you find it's 9 and you say, "Okay, I know what to do with Newton's laws."

除一下,会得到 9,然后你说,"好了,我会用牛顿定律了"

In fact, until we do electricity and magnetism the next semester, everything's going to be based on just the laws of Newton.

其实,在下学期学习电磁学之前,所有的内容都是基于牛顿定律的

But we get tired of saying that long expression, so we're going to call that a Newton, right?

但我们不想说得这么复杂,所以把这个单位称为"牛顿",对吧

So, Newton did not ever tell you what the expression for force is in a given context.

牛顿从来也没有告诉过你,在这种情况下力的表达式

In fact, my program crashes because I end up trying to divide by zero, a really bad thing. Hint: if you implement Newton's method, do not make your first guess zero.

我下一步都没法开始,实际上，我的程序会崩溃，因为我试着去除0了，真糟糕,提示你：如果你想用牛顿的方法，第一个猜想数别设为0。

Suppose Newton comes to you and says, "I have this great law, but I don't want to publish it under my name.

假如牛顿对你说,"我发现了这个伟大的定律,但我不想以我的名义发表

You have to be careful that this first law of Newton is not valid for everybody.

大家需要注意的是,牛顿第一定律并非所有情况都适用

Except for electromagnetism, the basics of mechanics, which is the motion of Billiard balls and trucks and marbles and whatnot, was set up by Newton.

除电磁学外,力学的基础,也就是台球,卡车,弹球以及其它小玩意儿的运动原理,都是由牛顿建立起来的

It is a Newtonian system from the mechanical standpoint.

这就好比是谈,牛顿的力学系统。

And they had this feeling because there had just been this huge boon of discovery, of scientific advances that included Newtonian mechanics, it included Dalton's atomic theory of matter, also thermodynamics and classical electromagnetism.

他们会有这样的感觉,是因为他们刚，经历科学上的,大繁荣期，包括牛顿力学,道尔顿物质原子理论，热力学和电磁学,都取得了巨大进展。

The point of Newton is, two things in the Law of Inertia, which one may think is trivial.

牛顿的观点是,惯性定律分两部分,可能有人觉得这种分法无关紧要

The great discovery that Galileo and Newton made is that you don't need a force for a body to move at constant velocity.

伽利略和牛顿的伟大发现就是,物体不需要力来维持匀速运动

But Newton's law is-- You see, you've got to go back and wipe out everything you know.

但牛顿定律是,如你所知的,你必须回到过去,忘掉你所知道的一切

We'll come back to that, but you have to understand the structure of Newtonian mechanics.

我们等下回头再讲,不过你们要理解牛顿力学的体系框架

The first law, if you want to say, "What's the summary of all of this?"

关于牛顿第一定律,如果你要问,"它该如何概括呢"

Your reaction may be that you've seen Newton's laws, you applied them in school.

你们的反应可能是,我已经见过牛顿定律了,以前在学校就学过

So we are going to be studying in the beginning what's called Newtonian mechanics.

我们首先学习的是,牛顿力学

By the way, Mr. Newton did not have math guys he could go to.

顺便说一下,牛顿先生可没有数学外援

牛顿的网络释义

牛顿 “牛顿”是个多义词，它可以指牛顿（物理学单位）, 牛顿（约翰·牛顿）, 牛顿（牛顿掌上电脑）, 牛顿（巴西足球运动员）, 牛顿（小行星名称）。

以上关于牛顿的英语翻译来自英汉大词典，希望对您学习牛顿的英语有帮助。