It deconvolves that reaction of sodium plus chlorine into elementary steps that are related to electron transfer and acquisition.
它将钠和氯的反应,分解成基本的步骤,这些步骤是直接与电子的转移和获得有关的。
Now the first law is going to hold in all of these steps, and we're going around in a cycle.
现在热力学第一定律,就蕴含在这所有的步骤里了,我们沿着这个循环走。
Well, that process occurs in a series of steps and one of those kinds of steps is shown here.
这个过程的发生包含一系列步骤,而这些步骤中的一个步骤即如图所示
Then finally, the final step is to find what is the tangency line that goes through the riskless rate.
在最后,最终的步骤是找出一条,穿过无风险收益率的切线。
But if I want to do it all in one shot, what is the equivalent step I should take?
但我如果想要一步完成,那我应该用什么样的等价步骤呢
In a compiled language, you have an intermediate step, in which you take the source code, it runs through what's called a checker or a compiler or both, and it creates what's called object code.
而在编译语言里,你就会经过一个中间的步骤,在这种语言里输入源码后,先经过过滤器,或者编译器检查后,它会创建一个叫做目标代码的东西。
It's hard to answer questions and whatnot and you don't necessarily have access to the same tools unless you yourself go through the process of configuring your machine manually by following many long sequences of steps.
所以很难说会出现什么情况,你们不能,用同一台机器,除非你们自己按照一系列,冗长的步骤手工配置,你们自己的电脑。
So if we went through and drew out our Lewis structure following each of our steps, what we would get is this as our Lewis structure here, and we could figure out all of the formal charges.
那么如果我们按照流程,经过所有的步骤来画路易斯结构,我们会得到这样的路易斯结构,然后我们可以算出所有的形式电荷。
If you are trying to model, I don't know, the efficacy of a particular drug, these are the baby-steps that you will go through.
是否你正在试图创建模型,我不知道,一种特殊药品的功效,你们要经过一些入门步骤。
And this is the first descriptive step to developing a theory of laughter.
这是第一个描述性的步骤,来建立笑的理论。
So even within this framework of, given a description of a computation as a set of steps, in the idea that I could build a circuit to do it, let me suggest for you what would be a wonderful circuit to build.
所以即使需要在将计算描述,当成一系列步骤中的一步,这个框架之内,我也完全可以建立一个线路,来完成那个想法,让我为你们假设能建造起,一个多么棒的线路吧。
Well if you think about these steps, here's an easy way to do it. Let's start at 1.
如果你要考虑步骤的话,这里有个简单的方法,让我们从第一步开始。
Because we do try to give as much partial credit as possible in these exams, since there are a lot of places where small mistakes can result in the wrong answer.
因为我们会尽量把能给你的步骤分都给你,在对于这种考试时,因为有很多地方,只要出一点小问题就会导致最后结果出错。
You rotate the letters by a deterministic amount, by a fixed number of steps so that the end result is actually something that can be reversed.
你用确定的数量旋转那些字母,通过一个固定数量的步骤,这样,最终结果是可以把它,反加密出来。
There are more steps that have to happen correctly in order for that insulin to become active.
还有几个步骤,必须正确完成这些步骤后,才能生成有活性的胰岛素
Now I am going to break this into elementary steps and look at the relative contributions.
我会把这整个变化过程化为几个基本的步骤,去考察每一步的变化量。
The things they point to are called pointees and setting them is a separate step.
我们指向的叫做指针数据,把它们分成不同的步骤。
So this means we can actually calculate this for any molecule that we've drawn the Lewis structure for, because we actually do need to draw the Lewis structure before we know, for example, how many of each of these we have, or at least go through the rules.
这意味着我们可以将原来画过,路易斯结构的分子的形式电荷计算出来,因为我们其实在画出,路易斯结构之后才能知道,比如,这些量的值是多少,或者至少我们需要经过前面的那些步骤。
Similarly for G as a function of temperature and pressure, I can go through the same procedure.
同样的G作为,温度和压强的函数,我可以采用相同的步骤。
One of the main things that we use cell culture or maintenance of cells outside the body for is to make more copies of cells.
我们培养细胞,或者体外维持细胞的重要步骤,就是复制更多的细胞
And we're going to talk about how that-- how those steps can happen next time.
在下节课我们会再讲,这些步骤是如何实现的
That is, ideal gas. And see how it works with that.
然后看我们上面的步骤如何给出有用的结果。
And you know, you could have a reversible engine with lots and lots of steps, but you could always break them down into some sequence of adiabatic and isothermal steps.
你们知道,我们可以设计一个由,很多很多个,循环步骤的热机,但是总可以把它分割成,一系列的绝热,和等温过程。
Merge sort takes this idea of divide and conquer, and it does the following: it says let's divide the list in half.
归并排序以如下的步骤使用了分治思想:,把列表分成两半:,下面就是分治。
Our goal is to take problems and break them down into these computational steps, these sequence of instructions that'll allow us to capture that process.
我们的目标是得到问题,然后将问题分解为这些计算步骤,这些指令集,可以让我们看到这个过程。
We're typically going to use as basic steps the built-in primitives that a machine comes with.
我们要用计算机内置的原始体来,定义基本的步骤,换句话说。
All right, so this is the same procedure that we're going to go through, regardless of what kind of Lewis structure we're going to draw.
好的,这就是我们画路易斯结构,所需要完成的步骤,不管什么样的路易斯结构都要这样做。
We're going to be counting the number of basic steps it takes to solve the problem.
我们还要去数着,解决问题的的基本步骤有多少。
I just go down the list selecting the smallest person at a time and then I repeat, repeat, repeat but when we actually did out the math or kind of reason through it, the running time, the asymptotic running time of bub-- of Selection Sort was also what?
只需要遍历列表,每次找出最小的元素,然后重复上述步骤,但从数学角度看,选择排序的时间复杂度,又是多少呢?
Now, by that logic the next two steps are pretty much the same.
现在,根据那个逻辑,下两个步骤几乎是一样的。
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