So for example I defined p, remember back over here, as a Cartesian point, but I can actually ask for its polar form.
我可以要求返回它的极坐标形式,这里对我是可访问的,好,这很棒,请再记另外一个为什么。
If I want to get out right now the versions of these things, I can ask what's the value of c p 1 x, and it returns it back out.
你可以在那里看到那些,代表笛卡尔坐标点的东西,如果我想要得到现在,这个类的版本的东西的话。
So what you see is actually a diminished lobe on the back part of this s p 3 orbital.
你们看到,在sp3轨道的后面部分,有个小叶。
Minus p, right? But in fact, if you go back to the van der Waal's equation of state b here's RT over v minus b.
再减去p,对吗,但是实际上,如果你代回范德瓦尔斯气体的状态方程,这里是RT除以摩尔体积减去。
OK, and if I wanted to look at it, we can come back over here, and we can see what does c p 1 look like, interesting.
现在对于这里的每个实例,我都赋了x和y值,好,那么如果我想要研究下它,我们可以回到这里来。
If I want to get values back out, p I could in fact simply send to that instance a message, in this case I could say p dot x.
我就是,我刚刚在这里输入的,我得到了一个c,point的实例,如果我想把值取出来,实际上我可以。
So you know your cycle, you know, you could have a whole complicated sequence on a p v diagram of steps going back.
因此,对某一的循环过程,可以在pV图上画出,一系列很复杂的小步骤。
And what happens to this last p orbital is nothing at all, we just get it back.
我们会得到三个杂化轨道,最后一个p轨道。
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