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Now in these two books we've seen Milton dig up and discard just about the entire tradition of epic poetry.
现在在我们看到的两册书中弥尔顿,挖出并丢弃了所有史诗的传统。
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So I think there's a lot green out in the trees now.
所以我想现在树上要长出很多新绿来了。
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Now, the historical value of the Exodus story has fascinated scholars, but also lay people, for generations.
现在，《出埃及记》故事的历史价值引起了学者的兴趣，但也挫败了世世代代的人们。
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Maybe everything you're now experiencing is not real, but rather is the product of some other, perhaps malevolent, creature.
或许你现在所经历的一切都不是真实的,而是某种邪恶生物制造出的幻觉
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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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And then, if I want to find out if something's there, I do the same thing. But notice now, hash is converting the input into an integer.
然后，我想查找出某些元素是否在列表中,我做同样的事，但是现在注意，哈希是将输入转化成一个整数，所以，其思想是什么？
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Now we began Lycidas with an image of a poet who could only write this poem -- this is what we were told -with forced fingers rude.
现在我们带着一个只能创作出这首诗的诗人的印象,来看这首诗,手指粗暴的用力攥着。
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So now we know the Avogadro number and are able to count the quantities accordingly.
所以现在，我们知道阿伏伽德罗数,并且能够以此计算出数值。
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It's also nice, by the way, that there are these electronic programs that immediately figure out the nutrient breakdown of what you're eating.
顺便说一句,好在现在很多的电脑程序,能快速分析出你所吃食物的营养成分
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They're completely inconsequential 7 and so we now have the number 7.
它们完全无关紧要,现在我们表示出了数字。
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Say we've got a human gene that we want to make and let's say it's the human gene for insulin that we want to produce now.
假设我们想合成出一个人类的基因,假设现在我们想合成的,是人类的胰岛素基因
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But if you imagine making these measurements more and more and more quickly, in the end, you can measure what you can say is the acceleration now.
但如果你想越来越短的时间内,测量这些数据,最终,你会测量出你所说的现在的加速度
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So let's put in now, the third of these lines.
现在我们再画出第三条线
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So we'll focus on the bass and we'll try to sing the bass, and if we find that in singing the bass our voice is not changing, probably the harmony hasn't changed.
现在把我们的注意力放到低声部上，尽量唱出低声部，如果在唱的过程中我们觉得自己的声音没有变化，那和声就很有可能没有改变。
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John? -You know I'm not gonna forecast ... either of those right now. -You are not gonna... I have the Taylor rule on the line with respect to the Federal fund's rate.
约翰呢？，-我现在不会,对这个做任何预测，-你不打算。,网上有泰勒规则啊,根据它能算出联邦基金利率。
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It's funny a little bit. It's a picturesque comparison, hair and gravy, 0 but it emphasizes that ugliness. Now, if you look on page 80 , this is a woman climbing out of the swimming pool.
这的确挺好玩儿的，这是一个生动的对比，头发和肉汁，小说着重强调了丑陋，现在，如果你把书翻到第80页0,我的书是84页，这是一个刚才游泳池中爬出的女人的形象。
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Which is why you can travel right now to Turkey or Syria or Israel or Jordan or Egypt, and you can see excavations of towns, and it's remarkable how they all look so much alike, because they're all inspired by this originally Greek model of the city.
如果你现在去土耳其,叙利亚，以色列，约旦或埃及旅游，就会发现当地考古挖掘出的古城镇，都惊人的相似，因为都是根据古希腊模型建的。
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At first there was doubt and controversy, which has completely gone away, as more and more examples of this writing have become available and scholars are now able, by and large, to be confident that they know what these things say.
开始的时候还充斥着质疑的声音,而现在已经无可争议,因为已经有,越来越多这样的文字出土,学者们现在,对辨认出这些东西的含义,相当有自信了
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Something I'll also point out as you see these dashed line that tell you where the individual molecular orbitals are arising from, as you get to higher and higher atomic numbers of molecules that you're making, it makes a lot more sense to look at a diagram when you draw these dotted lines in, because they can start to get a little bit confusing.
我要指出的是，你们看这些虚线,它们告诉你,每个分子轨道的起源是什么，当你的原子数,越来越高的时候，画出这些点线,使图更容易理解，因为现在开始变得有一点混乱了。
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They just create more dynamic community, and helps flourish because if you only have an opinion It's just my opinion and Saed's opinion, you don't like. Well, that's our opinions.
这些不同的见解创造出了更加富有活力的社团，因为如果你只有一种观点,比如只是我的观点，Saed的观点，你不喜欢，但现在是我们的观点。
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Now, the best possible response would be for the physicalist to say, "Here's how to build a machine that can be conscious in this sense.
物理主义者们现在,能做出的最好的回答就是,从这个意义上去理解,就能造出一台,具有意识的机器
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Let me just solve this for--let's solve x1 for r.
现在我们先解出用r表示x1的关系等式。
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McKinsey and Hamilton have both been participants Of this projects. And what we've been trying to do is Isolate a few key areas that make sense for MIT doing Explore extensively. Now some of the challenges first Are that the technologies advance quickly.
包括McKinsey和Hamilton都是参与者,我们试图区分出一些关键领域,而不是让麻省理工做广泛的探索,现在的一些挑战在于,科学技术瞬息万变。
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And it sure enough prints what we expected it to print.
现在如果我显示下ivys的内容,它肯定会显示出我们期待的结果。
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Now, we are done because now we can ask how high does it go, and you go back to your y of 1 is 15+10-5, which is what?
现在问题解决了,因为我们可以算出,最高点的高度,你回到这个式子,求出y=15+10-5,是多少
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Now musicians, being a bit more uptight oftentimes classical musicians, than other more spirited folks have developed this tradition of using conducting patterns.
现在的乐师,常常更加拘束,那些古典音乐乐师,相对于其他普通人更拘束,发展出了这样的传统,采取指挥手势
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So we can understand down to a very fine level now because of machines that we've built.
现在我们能在非常微观的水平上进行研究,这得益于我们设计出的种种机械
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Now there's a second formula one derives from this.
现在可以从这个式子推导出第二个式子
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The highest occupied orbital is now the 2 s orbital, 1 s 2 2 s 1 so we're going to end up with boron 2 plus 1 s 2, 2 s 1, plus the electron coming out of there.
现在最高的被占据轨道是，2，s，轨道，因此结果应该是正二价的硼，再加上一个出射的电子。
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It turns out that we can do that now because we have an enzyme called reverse transcriptase, which is able to take single stranded messenger RNA and make DNA out of it.
我们现在已经可以做到这一点了,因为我们有了反转录酶,反转录酶可以用,单链的mRNA创造出DNA
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