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Let's begin with a kind of warm-up sheet which we can anchor in these little drawings I've made.
让我们先来热一下身,看一下我在黑板上画的图。
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so there's a lot to offer, and that's, I think, what makes California so great.
很多值得一看的东西，这一点让加州很棒。
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And wilderness experience allows us to step back, and say were we really or not in control of all this as much as we think we are.
野外的体验让我们缓慢了脚步，来看一看我们是否真的控制着一切,如同我们所想的一样。
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So if you're not in this 77%, let's quickly go over why, in fact, this is the correct answer, . 9 times 10 to the negative 18 joules.
如果你们不在这77%中，让我们快速的来看一看为什么，这个是正确答案，0，9乘以10的负18次方焦耳。
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If you look at solve 2, it's going to solve2 run through the same kind of loop, printing out all of the answers.
我会让你们看一看,如果你在看，那将运行相同的循环。
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I just wanted to show you this last graph, or this last set of statistics to go from causes of death in the U. S.
我想让你们看的最后一张图,或者说最后一组统计数据,不是关于美国人的死因
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Well, let's take a look quickly together.
好的，让我们一起快速地看一遍。
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Well, if you take a look at the Greek civilization let us say in the classical period, those other cultures wouldn't have had a clue what the Greeks were doing, so different was the Greek experience from theirs.
如果你看一看希腊文明,让我们以古典时期为例,其他文明,都不会理解希腊人在做什么,希腊人与他们的经历是如此不同
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Let's go back to the old diet, and Eaton is one of the main proponents of that sort of philosophy.
现在让我们看下古老的食谱,伊顿是这一观点的主要支持者之一
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So let's just look at that.
那么让我们来看一看。
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Is art important enough to you that you'd be prepared to watch, look at a masterpiece, if you knew that while you were enjoying it you could die, ? but that wouldn't happen otherwise?
艺术有没有重要到,让你准备好去看，去欣赏一件杰作，如果你知道在欣赏它的时候可能会死，但如果不去欣赏就不会死？
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So let's take the case of acetylene where we have two carbon atoms that are going to be triple bonded to each other, each are bonded to a carbon and then to one hydrogen.
让我们来看一看乙炔的例子,我们有两个碳原子,成三键，每个碳和一个碳一个氢相连。
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So let's take a look at what actually happens if we're talking about a carbon-carbon double bond, we're going to have a double bond.
让我们来看一看碳碳双键的情况,例如在乙烷里，我们有个双键。
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This is not the kind of percentages we're looking for, so let's go over this.
这不是我们想看到的结果，让我们来看一看。
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So, let's take a look at one of these rows in more detail to think about why this might be happening, and it turns out the reason that these glitches occur are because the sub shell structure predominates in certain instances, and that's where these glitches take place.
那么，让我们仔细地看一看其中一行,想一想为什么会这样，结果是这些小偏差的出现,是因为在一定情况下,亚壳层结构会产生重要影响，这正发生在小偏差出现的地方。
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Let's look for hydrogen.
让我们看一看氢原子。
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So let's look at another example, Li2 let's take lithium 2 and see what we can figure out here. In lithium 2, we have two atoms of lithium, each have three electrons in them.
让我们看另外一个例子，我们看一看,看我们能得到什么，在Li2中，我们有两个Li原子，每个带有3个电子。
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So, let's go ahead and do this and take a look at some of the actual atoms that we can think about and think about them in molecules.
让我们继续来看一看一些我们,能考虑的真实原子,并且考虑它们在分子里面。
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All right, so that will now allow you to turn the page, I think, and we can take a look at the probability.
好了，现在你们可以翻过这页了，让我们看一看概率密度。
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So now let's take a look at some of -- is there a question up there?
让我们来看一看-有问题吗？
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So let's take a look at what we mean by this.
让我们看一看它到底意味着什么。
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So let's think about methane using valence bond theory.
让我们用价电子成键理论来看一看甲烷。
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So, let's see if that's actually the case.
那么，让我们来看一看实际情况是不是这样。
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