Euler equations for hydrodynamics 欧拉流体动力学方程
Coupled equations for spacial condition 空间状态方程组
equations for LRBDR 漫反射激光测距方程
The Equations For Water 该方程对水
Equations for a Surface 曲面方程的概念
equations for granule flow 颗粒流方程
Equations for a Moving Body 关于运动的方程
Could I get, can I solve all these equations for every right hand side?
我能够得到,我能够解决任意右侧部分b的这些方程组么?
In 1728 Euler gave differential equations for geodesics on surfaces.
1728年,奥伊勒绘出了曲面上测地线的微方程。
The second approach is to use calculus to find the equations for estimating m and b.
第二种方法是使用微积分找到用于估算 m和 b 的方程。
And we can look at precisely why that is by looking at the equations for the energy levels for a hydrogen atom versus the multi-electron atom. So, for a hydrogen atom, and actually for any one electron atom at all, this is our energy or our binding energy.
而且我们可以精确地看看,为什么是这样的,通过看对于氢原子和,多电子原子能级的方程所以对于氢原子,事实上对于任何一个电子,这是我们的能量或者我们的结合能。
So what we're going to do is take the equations for those two lines, so here's one of those equations and here's the other one, set the P in those equations equal to X, I've got two equations in one unknown, I'm sorry, I've got one equation and one unknown.
接下来我们只需要,列出这两条线各自的方程,也就是这个方程和这个方程,把方程中的P换成X,我就得到了两个等式和一个未知数,错了,是一个等式和一个未知数
That is, in terms of equations of state. For any material Then we would really be able to essentially calculate anything. Anything thermodynamic.
换句话说,利用任何一种物质的状态方程,我们就能够实质上,计算所有物理量,所有热力学量。
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