It might not have any electrons in it, but it still exists, so you need to draw these into your molecular orbital diagram.
也许它里面没有电子,但它是存在的,所以你需要在分子轨道图里画出来。
Well, it's a little hard to see, but things tend to take off.
有点难看出来,但是在这里图线是上扬的。
I did it myself using my data, but it would always look more or less like this-- slightly different positions if people use different estimates.
这幅图是我根据自己的数据画出来的,有效边界的图形大致就是如此-,随着人们采用不同的估计值,其位置会发生微小的变化。
Then you take p1 to p2 with V constant.
图上画出来就是这样。
We can see that if we just look at this picture here.
我们可以从这张图里就能看出来。
The great architect, the thinker is the composer and the performer, the violinist, gets this piece of-- gets this blueprint or black print in the case of musical notation and is expected simply to replicate the black print.
伟大的建筑师,构想者,是作曲家,而演奏者,比如小提琴手,拿到这张,拿到这张蓝图之后,对音乐记谱法来说该叫,黑图,他只是被要求简单地把黑图复制出来
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
So what we would like to do is to describe what the object does by drawing a graph of time versus space and the graph would be something like this.
然后我们要做的就是描述这个物体的运动,通过画一个"x-t"图,画出来的图就像这样
If we want to add that asset to the portfolio, what it does is it produces an efficient portfolio frontier that is now a straight line; I show that on the diagram.
如果我们将其加入到投资组合中去,则会生成一条资产组合的有效边界,即一条直线;,我在图里把它画出来了。
Then we go negative and we go through zero again, which correlates to the second area of zero, that shows up also in our probability density plot, and then we're positive again 0 and approach zero as we go to infinity for r.
并且再次经过,这和,第二块等于0的区域相关联,这也在,我们的概率密度图里反映出来了,然后它又成了正的,并且当r趋于无穷时它趋于。
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