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I think it's to give us a dynamic sense of the family conversation going on between them, but it also addresses one of those obvious things.
我想这是要给我们一个有活力的家庭,对话存在于他们之间的感觉，但是它也表明了一个明显的事实。
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The most important thing I think is to realize it's an investment.
我想，最重要的一点是，你要意识到这是一种投资。
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Again, same kind of reasoning says, given some value x, I happened to pick a small one here, what's an easy way to do this? Well, let's just start at one. That's my variable I'm going to change and check.
好，尤其是，让我们到这里来,让我给大家看看第二个例子,让我把这个注释掉，这是我要解决的，第二个问题，假设我想找到一些整数的,所有除数，我想要找出来这个数的所有的除数。
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I want to give you every chance to get caught up, but it's your education.
我想要给你们补回来的机会，但是这毕竟是你们的学业。
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So although I don't like, I don't believe the argument is sound-- Premise one doesn't happen to be the premise I myself would want to reject.
尽管我不喜欢,或是我不认为这条论证可靠,但前提一恰是我想要反驳的,它作为前提并非偶然
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That's where I want to tell you that it's actually more complicated than that.
我想告诉你的是,它远比这要复杂
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The other thing I want to let you know is that instead of having a new problem-set that you'll be assigned this Friday, what we'll do instead is we'll give you some practice problems, and these will be just more of the same type of problems that you saw before but that's another chance to try them out more.
另外一件我想要告诉大家的是,这周五将不会像往常一样,给大家布置新的作业,而是给你们一些练习题，这些题目只是另一些跟原来同样类型的习题,你们应该都已经见过类似的,但这是尝试再次解决这类题目的机会。
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I just want--one point of this lecture is to try to emphasize the real breadth of the concepts of finance and how important they are-- how they reach out into other things that you might not think as associated with finance.
我想要。。。这节课的一个重点是,要强调金融的广义概念,以及它的重要性-,它们如何影响其他事物,你可能认为它们根本跟金融没有联系。
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Well, that's something I want you to think about and maybe I'm sure you'll want to talk about in your sections, but let me propose something like the following to answer or at least to respond to this paradox, this question.
这是我要你们思考的问题,我也确定,你们也想要在讨论时段发言，但让我先提出以下这些回答,或至少说是响应这个悖论，这个问题。
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It sounds like you're discussing the lectures and the readings and you're really not.The section discussions are a complement to the lectures.
因为这听上去想是你们要讨论我讲的课和那些阅读材料,但却不是那样，讨论课是对我讲课的一个补充。
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But how do you kind of decide this is really what I feel like I wanna do with?
但是你是怎么决定,这才是我想要做的事情呢？
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And I'm going to get minus 2, which came from here: minus 2 and that is in fact negative, which is what I wanted to know.
最后只剩下-2了,2是一个负数,这正是我想要的
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That's what I want to do for the first few minutes of the lecture here is tell you a little bit about the details of the structure and how molecules fit into this image of DNA that's already very familiar to you.
这是我想要,在这节课最初几分钟告诉你们的,有关DNA结构的一些细节,DNA分子结构与这个卡通模型如此一致,对你们来说很熟悉
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The reason I want to point this out to you is, if we go back up to the kinds of data objects we started with, floats, ints, strings, they actually behave the same way.
我要为大家指出这一点的原因是，如果我们想一下以前讲过的,数据类型的种类，浮点数，整数，字符串，它们实际上有相同的行为方式。
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So that's the second thing I've just highlighted here, is that I now have the ability to check whether it does the right thing.
你知道的，一个虚数,但是返回虚数就没有什么价值了,那么这是我想要强调的第二件事情。
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PROFESSOR: Great question. So the question is, how do you choose an algorithm, why would I choose to use a pseudo-polynomial algorithm when I don't know how big the solution is likely to be, I think that's one way to think about it.
教授：问得好，所以问题是，你怎样选择算法，为什么当我,不知道解决方案会有多大的时候,我要选伪多项式算法呢，我想这是一种思考问题的方式。
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He's come to the conclusion that over 90% of the variability of returns in institutional portfolios is attributable to asset allocation and that's the number that I think most people hear cited when they are looking at Roger Ibbotson's work.
他得出结论,机构投资中,超过90%的回报率变动,要归因于资产配置,我想这是罗格·伊博森的文章里面,被人引用得最多的结论
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Well, up to some level of accuracy, 6 yeah, that's 0.6 is what I'd like to get out.
好，在某个精确度上，答案是0。,这是我想要的答案。
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Locally x got bound to 3, 3 I added 1 to it, whoop-dee-doo, 4 I get back a 4. But what's the value of x?
这是我想要的对吧？,在局部程序中x被赋值为，我给它加了1，我得到了？
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And that's just a way of reminding you that we want to think carefully, but what are the things we're trying to measure when we talk about complexity here? It's both the size of the thing and how often are we going to use it? And there are some trade offs, but I still haven't said how I'm going to get an n log n sorting algorithm, and that's what I want to do today.
这只是在提醒你们我们要仔细的思考问题,但是当我们在讨论复杂性的时候,我们到底要衡量哪些东西？,是列表的大小和对其进行查找的频率吗？,这里面临一些取舍,但是我还没有说明,怎样得到一个n，log，n复杂度的排序算法,并且这是我今天想要讲的内容。
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