The repetition of "breast" links them, makes us see them together, side by side, one on top of the other.
胸脯一词的重复连接了他们,让我们看到圣与人之结合,一起,重叠着。
If we're talking about a single bond, we're talking about 2 orbitals overlapping in the internuclear axis.
如果我们讨论的是单键,我们讨论的是两个轨道,在核间轴中重叠。
What it looks like up here, the simple Cartesian model of it is these things smear this way.
它看起来像什么,它的简单的笛卡尔模型,就是这样重叠的。
The instant unlike binary search, where each instance was separate, here the instances overlap.
这个例子不像搜索二进制数,每个例子是独立的,这里的例子是相互重叠的。
If an impure object--and you will see here these overlapping pairs, if you can imagine the lower pair sort of being plunked down on top of this pair, that will give you an idea of what we're trying to convey with this image.
如果一个不纯洁的东西--看这里,这些重叠的单词,假设这两个单词,突然跑到这两个的上面,这样你就会对我们这个图示想传达的内容有个概念。
Then this moving this around here, and it will give us a sense of the difference in style between pop music and classical music.
两种音乐重叠回旋着,这让我们一下子感受到了,音乐中古典与流行的反差
We can still say it's the same personality, the same evolving personality so longer as there is some kind of a pattern of overlapping continuity.
我们还是可以说是同样的人格,同样的不断进化完善的人格,拥有重叠性和,延展性。
If so, then it would show that that extra overlap in genes doesn't really matter And so, it would suggest a low role of heredity Are adopted children highly similar to ? their brothers and sisters?
如果是这样,那就表明另外的的基因重叠,是没什么影响的,也就是说遗传的影响也很小,收养的儿童,和他们的兄弟姐妹会很相似吗?
So if I try to rotate my 2 atoms, you see that I have to break that pi bond, because they need to be lined up so that the electron density can overlap.
如果我要试着转动两个原子,你会看到我必须要打破一个π键,因为他们需要连接起来,让那些电子能够重叠。
The two lobes smear and I end up with something that looks like this.
最终,叶与叶重叠,形成这样的结构。
And the reason it does is because of this overlapping.
但是它增长的很快,原因就是它的重叠子问题。
But it's as long as the right kind of overlapping continuity, same personality.
但只要它是符合重叠延展性的,就是同样的人格。
These two are going to smear laterally.
这两根键只能侧面重叠。
The other two are going to smear laterally.
另两根是从侧面重叠的。
And they are smearing this way.
这样他们有重叠了。
One was overlapping sub-problems.
一件就是重叠的子问题。
Superposition.
重叠。
There will be some overlap.
两者内容会有些重叠
s And if we go ahead and superimpose the 3 s on top of the 3 p, you can see that the 3 s actually has some bit of probability density that gets even closer to the nucleus than the 3 p did.
如果我们继续将,重叠到3p上面,你们会看到3s事实上,有一点概率密度,距离原子核更近,比3p轨道。
First of all, this is the two s orbitals in hydrogen, 1s plus 1s smearing to give us this sigma molecular orbital.
首先,这是氢气中的两个s轨道,1s与1s轨道重叠,产生sigma分子轨道。
And this is the lateral smearing. They call it x.
这是侧面重叠,这个我们叫做X轨道。
I have used divide and conquer, as we seen before, to recursively break it into smaller problems. But the smaller problem of fib of 4 and the smaller problem of fib of 3 overlap with each other.
正如我们之前看到的,我已经进行了划分,并且递归性的把它分解为更小的问题,但是fib的简化问题,和fib的简化问题会相互重叠。
Let's take a look at some of these.
首先,这是氢气中的两个s轨道,1s与1s轨道重叠产生西格。
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