The heat pump has altered that equation.
热泵改变了这个等式。
I want to put in all the points that satisfy that equation.
我想要放置所有的点以满足那个方程。
怎么样得到那个等式。
这个点是那个方程的解。
I wanna put in all points that satisfy that equation.
我想要放置所有的点以满足那个方程。
And you have to use that equation to evaluate that.
你要运用那条公式，来求解。
And some people use that equation here instead of equilibrium constant.
一些人利用这里的方程，取代平衡常数。
A study showing a strong viral association with CFS could change that equation.
一项研究表明慢性疲劳综合症与一种强有力的病毒有关，这可能改变争论的形势。
The factors that go into that equation are incredibly complex, and it starts with genetics.
进入到这个方程里的因素其实复杂得难以置信，而且是从基因这个层次开始的。
"I know who I am and what I want in life, and know without a doubt children do not fit into that equation," she said.
“我知道我是谁以及我想要什么样的生活，而且毫无疑问地知道孩子不适合那种关系，”她说。
That comes immediately out of this equation.
这个方程马上，就能就出来。
Well, then, we could just use that for our equation of state.
然后我们就可以把这些数据，作为我们的状态方程。
That will be the equation of a plane.
这就是这个平面的方程了。
That is a parametric equation for the sphere.
那是球体的一个参数方程。
Well, that is the difference between the equation with gravity and without gravity.
该差值即是存在重力,与不存在重力方程的解之差。
Ok, tell me and, I guess I gotta tell you... another point that this same equation.
好的，告诉我，我想我必须告诉你们同一个方程的另一个解。
And again, this is something that comes from an equation of state.
我们再一次发现，这个可以从状态方程中得出。
When you combine these two relations together that is how you get the diffusion equation.
将这两个关系式结合起来,就得到了扩散方程，对不起。。。
Well, how does it do that? It is thanks to this equation.
它是怎样运作的呢，多亏了这个方程。
You could write an equation for a process that you could actually solve.
你写出一个关于进程的方程式能求解。
You would not find a solution to the equation that you get at the end.
最终你不可能得到这个方程的解。
It could be a solid for that heat equation.
热方程对固体也成立。
Start with consumption, the side of the equation that can be forecast with some accuracy.
让我们先从消费入手，这是可以基本准确预测的因素。
Now, when we know that, we are going to plug that into this equation.
好了，我们已经知道这个了，接着把这个代入到方程里去。
And you get the chemical, you get your equation that you know well.
就得到化学势得到，你们很熟悉的这个式子。
And that is going to be a very, very important part of the equation.
这将是这个等式中一个非常非常重要的部分。
And that is going to be a very, very important part of the equation.
这将是这个等式中一个非常非常重要的部分。
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