PROFESSOR: All right. Good. So we can fully believe what our calculations were now, which is a nice thing to do.
教授:好了,我们现在可以,完全相信我们的计算结果了,多么美妙的一件事。
So a lot of celebrities have now turned out, could now come out and said,
所以,结果就是,现在很多名人可以出来作证,并说,
And all this is, is saying that when you take a mixed second derivative, it doesn't matter in which order you take the two derivatives.
麦克斯韦关系的本质是,当你考虑混合的二阶导数时,求导的顺序不影响最后的结果,现在,我们利用这些关系。
Now that you have the ability to ask yes or no questions, you wanna be able to branch or fork in the road based on those answers.
你现在能问一些肯定或者否定的问题,根据结果,你就能进行选择了。
Here is the explanation of why those 2 things work differently in the reassembling cases.
现在我给你们讲解一下为何,这两个重组例子的结果会不同。
They profess to have the same values, but the outcome of the execution, implementation of their values is the Iraq War and the mess and the whole mess that we find ourselves in today.
他们公开宣称具有同样的价值观,但他们的价值付诸实施的结果是,是伊拉克战争,是一团糟,我们现在正身处其中。
Nobody can see the interest rate-- why the interest rate's at the level it is in the market-- because nobody can see all these individuals; but that's why the interest rate gets determined and is in equilibrium.
没有人能知道,为什么市场利率会是现在的结果,因为没有人能知道其他人的想法,但市场利率就是这样确定并达到均衡
Nineteen eighty-nine was a long time ago but the same results showed up in 1999.
989年距离现在很远了,但在1999年得到同样的结果。
And it's called divide and conquer for the obvious reason. I'm going to divide it up into sub-problems with the hope that those sub-problems get easier. It's going to be easier to conquer if you like, and then I'm going to merge them back. Now, in the binary search case, in some sense, this is a little bit trivial.
因此被称为分治的原因就这么简单,将一个问题分解成一些子问题,并希望这些子问题解决起来比较方便,正如你希望的,求解的过程也会变得简单,下面就是把结果合并起来,现在,在二分搜索的例子里,从某些方面来说,这有点微不足道。
Is there any sort of an explanation for why God says you can't eat of this tree when he's given all of the fruit bearing trees... on what's going on and you're going to be reading a wonderful and interesting gnostic interpretation.
有没有一些解释来说明,为什么上帝要说你不能吃这棵树的果实,他给人类所有结果实的树。,对于你现在正在阅读和即将阅读的东西,有许多睿智有趣的解读。
The highest occupied orbital is now the 2 s orbital, 1 s 2 2 s 1 so we're going to end up with boron 2 plus 1 s 2, 2 s 1, plus the electron coming out of there.
现在最高的被占据轨道是,2,s,轨道,因此结果应该是正二价的硼,再加上一个出射的电子。
that is creating the current result or the current situation that you're in.
它们造就了现在你所处的情况或结果。
One miscellaneous result, which we don't use very much now, but which I should mention to you is the following.
这是一个很复杂的结果,现在并不常用,但是我要提醒你们注意下面的
The end result is you can design now very specific double stranded RNA sequences, that when delivered into cells again will activate this process of natural degradation of an existing messenger RNA.
最终的结果是,你现在能够设计针对性很强的,双链RNA序列,当这段序列被转入细胞后会激活,对已有信使RNA进行降解的过程
So again, for both heat and work we don't get the same result. Now let's look at our special function, right. So here's path A.
所以,再一次说明,对于热量和功,我们得到的结果是不同的,现在让我们看看我们的特殊函数。
For gases that approach ideal gas conditions.
现在你能看到这样的结果。
On the other hand, if the balance from here on out would've been negative, then it's good for me that I died now instead of being kept alive with a life not worth living.
另一方面,如果从现在开始计算其结果是负数,那么我现在死去就是好事,因为我不用不值地活着。
So that goes back to your early question about means and end.
现在咱们可以回到,您早些时候关于方法和结果的那个问题。
It's going to be the same temperature V+dV as before but the volume is V plus dV now.
将升温到跟路径1的结果一样,但是现在的体积是。
So if we look at what we've got here, we've got something rather peculiar, right? What's peculiar about what this computer is now printing for us?
那么如果我们看看,现在我们得到的,结果的话,结果相当奇怪,对不对?计算机现在显示的结果?
All right, so it looks like we weren't showing the percentages here, but it looks like hopefully most of you were able to get the correct answer of H2 being the limiting reactant.
看来我们好像没办法,显示结果的比例,但看起来大部分人,都能得到正确的结果,那就是H2是受限制的反应物2,看来现在我们还没搞明白。
On the next step though, this, we get substituted by that. Right, on the next step, I'm back in the even case, it's going to take six more steps, plus t of b minus 1. Oops, sorry about that, over 2.
这一步就是偶数了,这一步会让我们得到,6+t这样的结果,因为b-1现在是偶数了,别忽略这里的细节。
And I don't quite remember from reading or from class how big these things are, well, it turns out -- and this is sometimes useful, later on more likely than now -- but C has a size of operator that takes an argument in parenthesis and it will tell you how much space is used to store that particular data type.
我不太记得类中的这些类型,是多大的,嗯,结果是--这个在以后比现在,可能是更有用的--不过C语言中有个sizeof的操作符,其中括号里有一个参数,它会告诉我们,要存储一个类型的数据,需要占用多大空间。
应用推荐