So we haven't gotten to molecules yet, we're just talking about single atoms or single ions, but what's nice is just talking about this very straightforward principle of atomic radius.
我们还没有开始讲分子,我们仍然只是在讨论单个原子或离子,但它的好处在于可以讨论,这个关于原子半径的非常简单直接的原理。
It gets popped off the stack as one says and so you know what the values actually as we've hinted at with our brief discussions of forensics they're actually still there.
它从堆中释放了,那些值是什么,就像我们讨论的辩论练习,所暗示的,我们还在那里。
You can go online and sign up there but you're still shopping so we're not starting sections tonight.
你可以上网去注册一下,不过既然目前还在选课阶段,所以今天晚上我们不开始章节的讨论
So, remember when we talk about Coulomb force, what's holding the nucleus and the electron together, there's 2 things we need to think about.
还记得我们在讨论库仑力的时候,提到是什么将原子核与电子束缚在一起时,有两点需要考虑。
So I promised a while ago now, that we were going to come back and look at this game under some other possible payoffs.
我保证,我们以后还会讨论这些在,其它博弈下的收益情况
Of course, we will also be talking about behavioral finance in this course and we'll, at times, be saying that the utility function concept isn't always right-- the idea that people are actually maximizing expected utility might not be entirely accurate.
当然 我们还会,在这门课上讨论行为金融学,并且,我们会间或,讨论到效用函数不总是正确的,人们希望最大化期望效用的观点,也许并不是完全准确的
It's kind of ironic that we put this in the same lecture as we talk about atomic radii, which we also call r, but they're two different r's, so you need to keep them separated in terms of what you're talking about.
有点讽刺的是,我们在同一堂课里还讨论过了原子半径,它也是用,r,表示的,但是它们具有不同的意义,因此大家需要注意区分它们,弄清楚我们讨论的是哪一个。
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