1.
Theoretical Derivation to Newton's Second Law and the Law of Coulomb
库仑定律和牛顿第二定律的理论推导
2.
Newton's second law can be expressed as a differential equation.
牛顿第二定律可表达成微分方程。
3.
A doubtful point in the teaching of Newton s second law;
牛顿第二定律教学中存在的一个疑点
4.
Newton's second Law, the law of Gravity and the law of Coulomb with the form of variable dimension fractal
变维分形形式的牛顿第二定律及万有引力定律和库仑定律
5.
We start with Newton's Second Law, at first referring our problem to an inertial frame.
我们从牛顿第二定律出发，并且先只涉及惯性系。
6.
In classical mechanism the motion of the particle is governed by Newton's second law.
经典力学中，粒子的运动服从牛顿第二定律。
7.
The Second Newtonian Law under the Circumstance of Transformed Quality
变质量情况下牛顿第二定律的实验研究
8.
On Questioning of D. Kurtz’s Explanation of Newton Second Law;
对D.库尔茨关于牛顿第二定律讲解法的商榷
9.
Errors and Measures to Reduce Them in Newton s Second Law Experiments;
牛顿第二定律实验中的误差及减小的措施
10.
Briefly Talk about the Exploring Teaching Method for Explaining the Second Law of Newton;
浅议如何应用探究式教学法讲解牛顿第二定律
11.
Discussion on the Improvements on “the Demonstration of Newton s Second Law";
关于“牛顿第二定律演示实验”的过程的改进
12.
We now give a number of applications of Newton's second law to specific problems.
现在我们举例说明牛顿第二定律在实际问题中的应用。
13.
Mean and method of making testing and verifying in the experiment on the momentum form of Newton s second law;
对牛顿第二定律动量形式进行实验验证的意义与方法
14.
We can set a standard for one of them and use Newton's Second Law as the definition of the other.
我们可以给其中一个量规定标准，而利用牛顿第二定律来给另一个量确定标准。
15.
An equation known as the Schrodinger equation describes how wave functions change in time, a role similar to Newton's second law in classical mechanics.
已知的薛定谔方程描述了波函数怎样及时改变，类似经典力学里的牛顿第二定律的角色。
16.
Newton's second law applies separately to every part of a system or any combination of parts.
牛顿第二定律可分别应用到系统的每个部分或几个部分的任意组合。
17.
The law of momentum conservation could supplant Newton's third law.
动量守恒定律可以取代牛顿第三定律。
18.
In this chapter we shall investigate some of the more subtle aspects of Newton's Second and Third Laws.
在这一章中，我们将研究牛顿第二和第三定律的较为精细的方面。