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OK. Now. This is just sort of bringing us back up to speed and adding a few more details in.
好，现在，我们刚刚回头,过去看了一些,细节问题。
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OK, now that I've got that, we could think about what would I want to do with these points?
我也可以像以前那样，对它们进行赋值操作,好，现在我们已经有这些对象了？
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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。
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So now I have my first of my two slopes, in terms of something that's related to my system the heat capacity of the system.
好，我们现在得到了，两个微分式中的一个,它等于与系统密切相关的一个量。
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Now we've set it up as a matrix, let's try again that question I asked before.
现在我们就把这个矩阵写好了,我们现在来回答之前的问题
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944, August, we jump ahead, the boulevard, the barricades are across the same streets where they were in many cases in 1792 and in 1789.
好了,我们现在先跳转到一九四四年八月的大道,大道上都有建好的街垒,就像一七九二年和一七八九年的情况一样
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All right. I need to come back to synchrony and diachrony.
好，现在我们回到了语言的同步分析和历时分析上。
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So, we are even. Now, let's start all over.
好了，现在我们达成平手了，重新开始吧。
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All right, so let's talk about major and minor now.
好了,现在我们来讨论一下小调和大调
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This is all by means of review but the question you can now ask is, "Fine. That's why moral feelings might evolve, but what do we know as psychologists about the emergence in nature of moral feelings in individuals?
这些知识我们以前都学过,现在你们要问一个问题，“好了，道德情感是这样产生的，但我们心理学家知不知道,自然界中的个体的道德情感是如何出现的？
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All right,so here we've got Shelly Kagan His body gets destroyed.
好了，现在我们有了,这个人，Shelly，Kagan。,他的身体被损坏。
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Great. So now we have this ideal gas thermometer, and out of this ideal gas thermometer, also comes out the ideal gas law.
好，现在我们有了理想气体温度计,由此还可以引出理想气体定律，我们可以得到这条，插值出的直线的斜率。
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All right, so now we can move on to the start of today's notes, which is atomic radius.
好，现在我们可以开始讨论今天的讲义了，从原子半径开始。
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OK. Now. Having added this in, I have branching instructions.
好，现在我们已经讲了这些内容，讲过了分支指令。
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OK. Now, fortunately we're not going to start with Turing's six primitives, this would be really painful programming, because they're down at the level of, "take this value and write it onto this tape."
好了，现在，幸好我们能开始讲述,图灵的六个基本类型了，这会是非常痛苦的编程，因为它们只在这个阶段上，“拿到这个结果并写在这一卷磁盘上“
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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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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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Okay, now we're making some progress. What do we notice?
好了,现在我们学到东西了
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Okay. Pop music--we've been using some pop music here.
好。流行乐 到现在为止，我们举了不少流行乐的例子。
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All right, let's take the example of, the extreme example, let's go to the extreme example where p external is really small.
好了，现在我们来，看一个，极限情况,当外界压强非常小。
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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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OK, so what do we know so far?
好，现在我们讲到哪了？
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Okay, now we have 17 people it's a bit easier.
好,现在我们有17个人,更简单了
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Okay, so where are we going here?
好吧,现在我们讲到哪了
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OK, so now we can take the result from this and put it onto a p v diagram.
好，现在我们有了结论,把它画进pv图。
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All right, what we've already got that q is zero.
好，现在我们已经知道了q是零。
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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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OK. So now we're seeing some of these variations, let's see what else can we do here.
好，现在我们已经看到了一些例子，让我们看看能用ELSE来干什么吧。
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All right, we're-- well actually, I should say that better, we first check to see, is x 0 greater than or equal to zero, if it's not, then we come down here and we print something out, otherwise we run through a little loop to get the answer, and then we check it and we spit something out.
然后我们运行一个小循环,好了，我们现在来看看,如果x≥0或者x＜,我们看这儿,我们会输出一些内容,或者我们运行一个小循环来获取答案,然后我们检验一下，然后得到结果。
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