I took that concept and eventually in 2000 realized that I had this beautiful picture of the city but it was all verticals.
我接受了这个概念,最终在2000年我意识到,我虽然勾画出了这个城市的美丽图景,但它都是垂直的线。
I showed you this in this picture here and those levels of control can be at the level of transcription.
我把这些都给你们显示在这张图上,调控可以在转录的水平下进行
- And we can think about why -- essentially we have fluorine and now we're adding another electron. So you can picture that fluorine is going to get larger in this case And that would be true for all of the negatively charged ions.
我们可以想一想这是为什么-,本质上来讲我们现在给氟原子加上了,另外一个电子,因此大家可以想象在这种情况下氟将变大,而且这对于其它负离子也是成立的。
An honest picture of Kane's life inadequate? inadequate ? in the other movie or in this movie?
一个真实的凯恩人生的图像,部分的?对,是在别处还是这部电影里?
Where's the marginal revenue, what's the marginal revenue look like in this picture on the left?
边际收益是什么样子的,左图中的边际收益图像是什么样的
In my final slide is a picture of the first indexed bond; this is issued by the State of Massachusetts I actually own this bond.
最后一张幻灯片是,第一支物价指数债券的照片,这是麻省州政府发行的,其实我收藏了这张债券
The sort of the standard picture in Greek ethics runs this way.
这就是希腊标准的道德理念
Now where's the wife in this picture?
那妻子处在什么位置呢?
And, again, the rectangle represents your computer's RAM, the bottom represents the part of RAM that we generally call the stack, main conceptually ends up on the bottom of the stack followed foo by its local variables then the function say foo that it calls and on and on and on and up, but there is, in fact, something above all of this and we've seen this picture briefly and that's this thing called the heap.
再次,矩形表示的是计算机内存,底端表示内存的一部分,通常我们把它叫做堆栈,main函数在,堆栈的底端,之后是,它的局部变量,然后是它调用的函数,等等等等,但是那里有,实际上,在这个上面,我们粗略看看这个图画,这个东西叫做堆。
This is a picture of London Bridge, it's an interesting bridge which is important in the history of London.
这是伦敦桥的照片,它是一座有趣的桥,这座桥在伦敦历史上占有重要的地位
What does the marginal revenue look like in this picture?
这个图像中的边际收入是什么呢
Again we can look at this in terms of thinking about a picture this way, in terms of drawing the wave function out on an axis.
同样我们可以,用这个图像来考虑,从画轴上的波函数来考虑。
So that should make it very easy to picture that this is being cancelled out in the middle.
这让我们很容易想象,在中间它是被抵消了。
That's something that will come up in the lecture tomorrow, so remember that concept and that revision of this sort of classical picture.
这也是我们明天的课堂内容,所以你们脑海中得有这个概念,包括这个经典的细胞流程的修订版
And when we look at this, it's actually split by what's called a nodal plane, which is pointed out in light orange here on this picture, but what we just mean is that there is this whole plane that separates the two lobes where there is absolutely no electron density.
我们来看这里,实际上它被一个节面分开,在这图里用淡黄色表示,这意味着这个分开,两个叶瓣的平面上,是完全没有电子密度的。
For now, just picture it in this simple way as a molecule, usually a protein, that's embedded in the cell membrane and many receptors have a part of them that is extracellular.
现在,我只把这种分子图示出来,受体通常是一种蛋白质,它们镶嵌在细胞膜上,很多受体还有部分结构露在细胞外
I want you to look at this picture, read the little bit about gene - control of gene expression - that's in the book, know that it's a big topic, that we're not going to talk about it except we're going to talk about some examples where control of gene expression can be exploited in order to treat diseases, for example. So I'll see you on Thursday.
所以我希望你能看一下这张图,读一些,教材里基因调控的章节,这是个很大的话题,我们不会进一步深入去探讨,但一些基因调控,用以治疗疾病的例子,我们可能还会在之后的课程中讲到,那我们周四见了
So, now I hope you have in your mind a picture of the way the Greek world had expanded by the time this wave of colonization was complete--pretty complete, sometime in the seventh century B.C.
希望现在你脑海中有一幅,那时候希腊世界扩张的地图,在公元前七世纪的某一阶段,形成了一个完整的殖民浪潮,相当完整
So this is an example of Biomedical Engineering, one that is well integrated into our society to the point that we've probably all got a picture like this somewhere in our past, and where we understand the physical principles that allow us to use it.
故而,这成为生物医学工程的一个实例,这类技术已经很好的融入了我们的社会,因为也许我们每个人都拍过,这样的X光片,正是因为我们懂得了,相应的物理学原理才能去运用这项技术
Now, if this all seems like arcane and irrelevant detail, let's just see why this matters in the picture, and then we'll leave soccer, at least for today.
如果你觉得这些听起来稀奇古怪,且它们与你毫不相干,那我们就来看看这个图像吧,以后我们不讨论足球了,至少今天是不会讨论了
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