这样，路径规划就转换为应用牛顿定理进行迭代计算。
Path planning has been changed to use an iterative Newton scheme that can readily adapt to changes in the environment.
前面我们已经初始化了地面盒子和一个动态盒子，接下的工作将由牛顿去做（根据牛顿定理去模拟）。
So we have initialized the ground box and a dynamic box. Now we are ready to set Newton loose to do his thing.
对于牛顿球之间的非弹性碰撞实验进行分析和讨论，其结果既体现牛顿定理的应用，又对工程中许多非弹性碰撞问题的研究具有指导作用。
The experiments of non-elastic collision between the Newton's balls are carried out with its results discussed, by which many problems of non-elastic collision in engineering could be guided.
根据牛顿第二定理：,等于。，ma，equals。。。,这是x方向的,唯一一个力。
Second... Newton's Second Law: ma this is the only force in the x direction.
先学规则，即定理，运行的次序，牛顿定律-然后在章节的最后列一张问题列表。
Learn the rules first - the theorems, the order of operations, Newton's laws - then make a run at the problem list at the end of the chapter.
这就是，牛顿万有引力定理，他视作的。，万有引力。
And this now is Newton's Universal Law of Gravity, which he postulated... Universal Law of Gravity.
就像我们班，在学牛顿第一定理的时候，我们总是说，这牛顿、伽利略，还有爱因斯坦，怎么都那么空呢，净整出个什么定理，是吃饱了没事干来折磨我们啊！
Just like our class, learning to Newton's first theorem, we always say, that Newton, Galileo and Einstein, how is so empty, net what theorem, to torture is stuffed around us!
借助牛顿公式和韦达定理，采用迭代的方法求解类似于自然数等幂和的问题。
With the help of Newton formula and Vieta theorem, iterative method was used to solve problems of power sum.
牛顿第二定律，动量定理。
同时，牛顿-莱布尼兹定理的条件可以改进。
著名数学家牛顿最早证明了二项式定理。
The famous mathematician Newton first proved the binomial theorem.
在数学上，牛顿创立了“牛顿二项式定理”，并和莱布尼兹几乎同时创立了微积分学。
In mathematics, Newton established "the Newton binomial theorem", and nearly simultaneously established the calculus study with Leibniz.
本文介绍“牛顿碰撞球”的有关实验，并用动力学普遍定理分析它的机理。
The experiment of "Newtons Cradle" is introduced and its principle is studied with the generalized theorem of dynamics.
从陈子定理可以推导出质点动力学的基本定理，包括牛顿运动三定律，动能定理，质心运动定理。
It is found that basic dynamic equations can be derived from the Chenzi theorem, including three Newton's laws of motion, kinetic energy theorem, the law of motion of the center of mass.
在数学上，牛顿创建了“牛顿二项式定理”，并和莱布尼兹简直同时创建了微积分学。
In mathematics, Newton established "the Newton binomial theorem", and nearly simultaneously established the calculus study with Leibniz.
在数学上，牛顿创建了“牛顿二项式定理”，并和莱布尼兹简直同时创建了微积分学。
In mathematics, Newton established "the Newton binomial theorem", and nearly simultaneously established the calculus study with Leibniz.
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