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So, let's go ahead and think about drawing what that would look like in terms of the radial probability distribution.
让我们来想一想如果把它的,径向概率分布画出来是怎么样的。
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And if not, sleep on it, think about it for a while and then keep going.
如果实在写不出来，就睡一觉，第二天再决定。仔细想一想后继续写。
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You can tell if you're at all experienced with it very easily, if you go--let's say to the year 900 B.C.
而如果你对此比较熟悉的话很容易看出来,如果你去--假定去公元前九百年
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So, if we use those two tips to try to figure out a structure, a skeletal structure, we would get this structure here if we write out the full Lewis structure.
那么，如果我们用这两个小窍门来,尝试写出它的结构，骨架结构，我们将会得到这样的结构,如果我们把完整的路易斯结构画出来的话。
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Why would people pay any price for stocks if there weren't some way to get money out?
如果投进去的钱根本拿不出来,人们为什么还要买股票呢
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And if you haven't realized already, do realize per the tutorials that we've linked to online, you can do things like duplicating sprites, you don't have to re-implement the whole thing.
如果你还没有意识到这一点，再想想我们制作出来的一个个在线教程，你可以像复制这些小精灵们一样完成你整个浩瀚的工作，你没有必要一个一个重复地去制作。
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Whereas the--if I take the rhythm out of the Ninth Symphony really Beethoven there is just going up and down a scale so it's very conjunct.
无论哪里,如果我将第九交响曲的,节奏单挑出来,你就会发现贝多芬这里,仅仅是一个个升或降的音阶,这是级进的典型例子
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If you put in the effort, the grade will reflect that."
如果你付出了努力，评级结果则会将之反映出来“
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And if you're working with your friend, you can tell him or her whatever you're thinking and it's not going to offend him or her and they'll probably comprehend it similarly to how you imagined it in languages that really are a perfect idea of transmission vehicle.
如果你跟朋友一起工作，可以把所思所想都说出来,而不会冒犯他,朋友会以类似的方式,去理解你想象中的事物,语言并不是完美的,思想传导载体。
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Now, I've highlighted three of these in blue here, imaging, mechanics, and biomolecular engineering because if you go on to study Biomedical Engineering here at Yale anyway, these are the things that you might pick to emphasize on.
我把这三条用蓝色字强调出来,影像学,生物机械学,和生物分子工程,如果你们继续在耶鲁学习生物医学工程,这些内容是你们必须重点掌握的
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So the thing that I hope jumps out at you from this picture is no great guesses about figuring out this is a ?, so if the probability that the goalie's going to jump to the right is less than a ?, then the best you can do is represented by this green line, which is shoot to the right.
我希望大家都能从图中看出来,得出这一点的横坐标是?不难,如果门将扑向右路的概率,小于?的时候,此时你的最佳策略用这段绿线表示,即你应该从右路射门
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Nature also is not divine. It's demythologized, de-divinized, If that's a word; the created world is not divine, It is not the physical manifestation of various deities, an earth god, a water god and so on.
自然是没有神性的，它是没有神话色彩也没有神性的，如果可以这样说的话，被创造出来的世界并不神圣，它并不是众神实体的显形，是一个土地神或者水神或者诸如此类。
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Now, if you look at the brain— If you took the brain out and held it up, it would look pretty symmetrical, but it actually is not.
如果你仔细观察大脑,如果你把大脑拿出来,放在手上,它看起去会是非常的对称,但事实并非如此
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Okay. Those of you who have your clickers let's pull them out, what I'd like you to do, if anybody doesn't have your clicker yet, please bring it to class. Please get one and bring it to class and we're only going to do one these exercise with the clickers today just as a test, but in subsequent classes we'll be using them quite a lot.
好,带了表决器的人把它拿出来,如果有人还没有表决器,我希望,你能弄一个然后把它带到课上,我们今天只要用表决器做一个测试,但之后的课中我们将多次使用到它
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So if I print e to f of soccer, it will print the string football.
如果我要显示soccer的e到f变换的话，打印出来的就是football了。
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p2 is less than p1. Is that going to work out?
想出来了吗？如果p2中的压强？
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And what we would see if we were graphing, for example, increasing kinetic energy, is we would see 1 line corresponding to each of these energies of electrons that we see coming out.
如果我们将它画出来会看到，比如以动能增加的顺序，这里一条线就对应着,一个出射电子可能带有的动能中的一种。
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You can go ahead and use that equation, or you could figure it out every time, because if you know the total number of nodes, and you know the angular node number, then you know how many nodes you're going to have left.
你们可以直接用这个方程，或者每次都自己算出来，因为如果你们知道了总的节点数，又知道角向节点数，就知道剩下的节点数是多少。
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I think probably we shouldn't believe the theory of belief which says that in order to believe in something, you've got to be able to picture it or believe it.
我觉得我们不能相信下面这种理论,如果要相信一件事情，这件事情必须能够被想象出来。
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Well, starting today in a language called C, this is going to look like this.
如果用今天的C语言写出来，就是屏幕上这样。
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And again, if we write out what all the terms are, we again have 1 s a squared plus 1 s b squared, but now what we're doing is we're actually subtracting the interference term.
同样，如果我们把所有的项都写出来，同样我们有1s平方加上1sb平方，先现在我们做的是,我们要减去干涉项。
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And an electron is something where, i n fact, we might be able to, if we calculate it and see how that works out, actually observe some of its wave-like properties.
如果我们对电子做计算,并且知道如何算出来的,那么我们是可以观测到,电子的一些波动性质的。
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If I get a liver transplant, so here I am and we take out my liver and we put Johns' liver inside.
如果我接受了肝脏移植，我的肝脏被拿出来,把约翰斯的肝脏放进去。
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So if you know the answer and know what the fix is don't answer this.
如果知道答案,知道问题的关键所在，先不要说出来。
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If you made it in a cup and you tried to pour it out it would still have the shape of the cup when it came out.
如果你在杯子里做果冻,并试着倒出来,当它出来的时候,还会是杯子的形状
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So if we want to write out what that would be, it would just be to say that f minus is isoelectronic with neon.
那么如果我们把它写出来，它应该就是负一价的氟离子与氖原子是等电子的。
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So, if somebody pokes you with a stick and you say, "Ouch," because it hurts, the poking and the "Ouch" is an unconditioned stimulus causing an unconditioned response.
如果有人用棍子戳你，你会因为疼而叫出来，戳的动作和你的喊叫“,这就是无条件刺激引起了无条件反射。
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So if we write out every term individually, what we end up with is essentially just the probability density for the first atom, then the probability density for the second atom, and then we have this last term here, and this is what ends up being the interference term.
如果我们把每一项都写出来，最后得到的就是,第一个原子的概率密度，然后是第二个原子的概率密度，然后是这最后一项，这就是干涉项。
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That is, if you plot the relationships between people We can take each person in this room, find everybody you know and who knows you and draw a line, but if we were to do this you wouldn't find an even mesh of wires.
也就是说如果要划出人们之间的关系,例如这个教室里的人，把互相认识的人用线划出来，如果我们这样做,得到的结果不是一个分布均匀的网状图。
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