我必须说，这本没有方程式的书对于各种科学家、任何教授科学的人，甚至是不喜欢物理的人，都是一本理想读物。
I must say this, a equation-free book is an ideal read for scientists of all stripes, anyone teaching science and even people who dislike physics.
页岩气是这个方程式的一部分。
可使用没有设定方程式的计算机。
多组配平系数方程式的配平，方法较多。
There are many ways to keep the chemical equation of many group Balancing coefficient balance.
这本书是关于功能的方程式的规律性特性。
This book is about regularity properties of functional equations.
方程式的形式相同。
对一级串、并联反应模型，求出了反应速度方程式的积分形式。
The integration equations were obtained for the first-order series-parallel reaction model.
本文提出的“差式氧化数法”特别适用于有机化学反应方程式的平衡。
Our difference-oxidation digit method used especially applies to equality to the chemical equation of organic reaction.
用解析法设计函数生成机构，要解决的关键问题是两连架杆位置方程式的求解。
The key problem to be solved in establishing function resultant mechanism by analytic method is to calculate the equation of two connected rod clevis.
本文提出，在化学反应系统中，物质的浓度与反应计量方程式的书写形式无关。
It is proposed that the con cen tratious in the chemical reaction system do not change when the stoichiometric equation changes.
非线性的大的气体动力学波和水波方程式的溶液的解决办法的相等原则将被使用。
The equivalence principle of solutions of nonlinear large gas dynamics waves and of solutions of water wave equations will be used.
配平氧化还原反应方程式的原则是：还原剂氧化数升高的数值等于氧化剂氧化数降低的数值。
This paper introduces the method of applying valence in balancing inorganic and organic oxidation-reduction reaction equation.
配平氧化还原反应方程式的原则是：还原剂氧化数升高的数值等于氧化剂氧化数降低的数值。
On the basis of the changed value of oxidized elements and atoms in the oxido-reducing reaction, relative coefficient is adopted to make it easy to equalize square equation.
用统一模式，这本书包含，大多数现代关于有几个变量的非合成功能的方程式的规律性的结果。
This book contains, in a unified fashion, most of the modern results about regularity of non-composite functional equations with several variables.
表明了在电路功率问题上，路的关系式也可以从场方程式导出，路的关系式是场方程式的特殊情形。
Refering the electrocircuit power, the electrocircuit formula can be derived from the electromagnetic field equation, and it's a special case of the latter.
我们进行氧化还原方程式的综合研究时，曾运用上述规律，在电子计算机上将多个方程式一次配平。
Examples are given that by using this expressions, large number of equations in authors' study on inorganic oxidation-reduction reactions have been balanced by only one computer processing.
初中紧要项目包含着一些关键指标，比如阅读和搜集信息能力，写作交流能力和计算相应年级复杂方程式的能力等等。
Middle School Matters incorporates key benchmarks, such as the ability to read for learning, write to communicate and perform complex math equations at grade level.
关于动力学方程式的求解结果可用于从理论上阐明草原上二级系统处于稳定状态下的局部动力学行为和可能出现的变化过程。
The computed result can be applied to the theoretical explanation of a partial dynamic action under the stable and the possible changing process.
登到山坡的一半时，我摇摇晃晃的停下来，呼吸稀薄的空气，这时，距离我能够理解爱因斯坦或狄拉克的方程式的高度还相差很远。
Midway up the slope, however, I staggered to a halt, gasping in the rarefied air, well before I reached the heights where the equations of Einstein and Dirac would have made sense.
本文通过对费雪交易方程式的修正，并利用1984至2004年的数据对修正后的交易方程式进行验证，从而很好破解了中国的“超额货币”之谜。
This paper conducts an adjustment of the Irving Fisher transaction equation and carries out an empirical study with the statistics from 1984to 2004. Then the excess money disappeared.
分析了减振固定式直线电动压缩机机体上的激振力，推导了机体的振动微分方程式，重点讨论了理想情况下机体振动微分方程式的具体表达式并对其进行了数值求解。
The paper analyzes the exciting force on the fixed tube linear motor drive compressor(TLMDC), and provides the concrete body vibration differential equations on TLMDC and its calculating results.
介绍了一种新的化学反应方程式的配平方法，使用这种方法可以配平任何类型的氧化还原反应方程式，却不需知道反应式中氧化剂、还原剂氧化数的变化值及得失电子数。
According to conservation of mass, this article establishes a kind of mathematical model for the equation equilibrium of chemical reaction, and also gives its solution both by man and by computer.
爱因斯坦的方程式表明宇宙正在扩大。
在1915年的10月，爱因斯坦投身于长达一个月的疯狂工作中。在此期间，他回顾了早先的一个数学策略，并且与方程式、证明法、修正法、数据更新等展开了一番搏斗。
In October 1915, Einstein threw himself into a month-long frantic endeavor in which he returned to an earlier mathematical strategy and wrestled with equations, proofs, corrections and updates.
爱因斯坦惊恐地发现，希尔伯特把他从爱因斯坦的讲座中学到的东西都拿来了，而且还在争先恐后地首先提出正确的方程式。
Einstein discovered to his horror that Hilbert had taken what he had learned from Einstein's lectures and was racing to come up with the correct equations first.
爱因斯坦惊恐地发现，希尔伯特把他从爱因斯坦的讲座中学到的东西都拿来了，而且还在争先恐后地首先提出正确的方程式。
Einstein discovered to his horror that Hilbert had taken what he had learned from Einstein's lectures and was racing to come up with the correct equations first.
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