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Now, to get to the number of neutrons, what we do is go up here to the upper left.
现在，看看中子数，我们要做的，是看到这左上方。
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So let's just to see how you run through some of those calculations. Now let me just ask who here took 5.111? And who here took 5.112?
那么让我们看看怎样,推导这些反应，现在让我问一下,这里有谁学过5。111？谁学过5。112？
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And so now we're going to try and see if we can write a simulation that will give us some insight as to which of these might be better or worse.
现在我们回来看看我们能否,写一个程序来看看,哪一种选择会更好。
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So, this means we have the general trends down, so we should be able to look at actual atoms in our periodic table and graph them and see that they match up with our trends.
那么，这表示我们已经知道了大体的规律，现在我们可以来看看周期表中的,原子的实际情况，并把它们画出来,看看是否与我们的规律相符。
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Let's see how we can now start using them like I did for that little chart of enrollment.
现在让我们看看我们如何用它们来处理,那个登记人数的小图表。
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Now, let's take a look at the world of the Mediterranean and see how Greek expansion worked.
现在,我们来研究地中海地区,看看古希腊是如何扩张的
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Now let's look at the energetics graphically now.
现在我们来看看热力学。
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Now let's see where diet comes into play here and how diet affects these different diseases.
现在我们来看看饮食和它们的关系,饮食又是如何影响这些不同疾病的
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In segement one you talked about how the house was built up now how it collapsed.
第一章中,您提到了繁荣,现在让我们看看它怎样衰败的。
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Now, we can also move to three assets and, in fact, to any number of assets.
现在，我们再看看三种资产的情形,当然还可以有超过三种资产的情况。
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All right. Just some other examples: a red light over a street door.
好吧，现在让我们看看例子：,临街门上的红灯。
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The first of these is rhythmic, so we're going to turn now -I guess we'll turn off the lights and we're going to go to a couple of slides here.
其中第一项技巧就是节奏,因此我们现在就要看看,我想我们要关灯,因为我们将要看组幻灯片
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Let's look at how you work as the president's gatekeeper.
现在我们来看看,作为总统的主管你是怎么工作的。
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But now, what happens if, instead we look at what happens when we go to some state one to some other state two and it's the pressure. Or the volume, that changes.
但是现在，我们看看如果,我们关系从状态一变化到状态二时,体积或者压强发生变化。
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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。
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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？
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So, what we want to do now is see if we can understand how this backscattering experiment worked. So we will do our own backscattering experiment.
希望现在能更简洁一点,好，我们现在,要做的就是看看,我们是否理解了。
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And that then let's me get to, basically, base this code. Having done that, height I simply call base with get float, I call height with get float, and do the rest of the work.
现在让我们看看这段代码，其实已经写好了，我简单的调用下，用来得到一个浮点数，再调用下，来得到另外一个浮点数，然后做剩下的工作就可以了。
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Now, let's just look at our efficiency.
现在让我们看看效率。
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All right. So now, we've got it I've got the code up for you.
好，现在我们已经明白这一方法了,现在让我们来看看代码。
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In addition, if we compare this to the diameter of an atom, which is on the order of somewhere between one and ten angstroms, now we're seeing that, in fact, this wavelength is significantly larger than its environment.
另外，如果我们把它,与原子的直径相比，原子直径近似1到10埃米之间,我们现在来看看，事实上，这个波长比它所处的环境大很多。
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So, let's turn to the handouts now.
现在，我们来看看讲义。
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But for now, let's see if it's okay.
但是现在让我们看看，如果他是正确的。
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So now let's think about a triple bond.
现在我们来看看三键。
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I just reran make or GCC does it for me, and now I've got all these errors. Well, let's see.
我刚重新运行了make，或者GCC为我编译了代码，现在我得到了这些错误，好的，让我们看看。
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So here we've got--let's see.
那么现在让我们来看看。
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And here you see in the Odyssey is what it would likely be, and the place where you see it is back in Ithaca when Odysseus is there or when we're taken to see what's going on.
现在我们再看看《奥德赛》,你会看到,奥德修斯最终回到了,伊萨卡岛,他的故乡
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So, if I compile and run copy2.c now let's see what happens.
所以，如果我编译并运行copy2。c，现在让我们看看发生什么。
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All right, so now let's see how we execute it, and do the calculations that allow us to calculate this. So, one, what's delta H in step one?
好，现在我们看看怎样操作它，怎样进行计算，第一步,步骤I的ΔH是多少？
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