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Well, let's take a look at this high7 variant that also use loops that also uses a loop. So this one is a little cute, I like to think. So notice this.
让我们看下这个仍然使用了循环的版本,这个有点意思,我认为，注意这个。
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Now, you think you can make a mistake on your exam, take a look at this up here at tell me what that all is. I have no idea.
你觉得你可以在考试的时候犯错误，看一看这之前写的东西,能告诉我这些是什么，我也不知道。
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positive2 c Well, let's take a look at this variant, positive2.c.
嗯，让我们看看这个转换。
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Take a look at this. We're going to do it together.
看一下这个谱子,我们一起来
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So let's take a look at this with carbon.
让我们看一下这个碳原子。
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If you didn't, perhaps you can raise your hand, and if the TFs have any left you'll want to take a look at these differences between patriarchal religion and Mosaic Yahwism, and this is going to help us.
如果还没有，你可以举手，看助教还有没有剩下的,你们要看看这些不同之处,先祖宗教和耶和华崇拜间的差别，这将对我们很有帮助。
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It's going to take a little bit. Well, look at this difference.
可能要花一点时间，好了，让我们看看区别。
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Let's take a global look at this.
让我们用全球化的观点来看待这个问题
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Look at this and take a moment.
请看屏幕，不用着急。
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Next time I'm actually going to take this a bit further but I'm going to leave this game behind and look at other ways in which we could study imperfect competition using Game Theory.
下一讲我们讲得会更深入一些,但下一讲我们不讲这个案例了,我们用其他博弈方法研究不完全竞争
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And, he said, well, let me take a look at this.
他说过，让我看看。
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So, let's actually take a look at this in action.
让我们看看这个。
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Lynda, come on over here and take a look at this.
林德,到这里来,看一下
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Okay. Come on up here. Take a look at this.
好的,到这里来,看一下谱子
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So let's take a look at this.
让我们来看一下。
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So let's take a look down here at what I'm doing and notice here that this is perhaps more compelling; right?
让我们往下看一下我在做什么,请注意这里这个可能是更引人入胜的，对不？
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And we talked about periodicity and properties, so let's go and take a look at what we have and see if we can reconcile this.
现在我们讲一下周期性，我们先看一下我们已经掌握的知识,看看能不能和我们要讲的达成一致。
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Let me make sure that the user annotations are disabled this time and let's take a little look at this one here.
我先把用户信息注释去掉,然后开始播放。
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So, let's take a look at the different kinetic energies that would be observed in a spectrum for neon where we had this incident energy here.
那么，让我们来看一下,在已知入射能量的情况下,可以在氖光谱中观测到哪些不同的动能。
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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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So this one is not a spoof, it's actually a pretty cute video and it offers us the opportunity to just take a look at some of the kinds of ideas we'll be looking at in this course.
这个就不是开玩笑了，它其实是个比较有趣的视频,它让我们有机会了解,在我们课堂上会讲到的一些思想。
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And you can see, we will take this up next day and we will have a look at what the orbital shapes look like as a result of plotting this.
我们将在明天继续学习,我们将看到,绘制出的,轨道的形状。
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So, let's actually take a look at how this might actually affect us.
我们看一下,这个对我们有什么影响。
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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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But let's take a look at how we do this.
但让我们看看我们该怎么做。
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So, why don't you take a look at this and tell me which are possible for a 2 s electron in a lithium atom where z 3 is going to be equal to three?
你们为什么不看一下这个然后告诉我对,于一个锂原子中的2s电子哪些是可能,的？它的有效电荷量,可能等于？
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And now let's take a look at what this program actually does.
让我们看看到底这个程序是做什么的。
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And, one other thing that I failed to point out, if you take a look at the energies associated with the outermost electrons, in this case, lithium, you see it's 0.5 megajoules per mole, and then what's the 6.26?
还有另外一点我忘记提到的是，如果你观察离最外层,的电子的能量，在这种情况，对于锂，你可以得到，它是每摩尔0。5兆焦，那么6。26是什么呢？
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