You can tell that they are thinking about something else.
你发现他们肯定在盘算什么别的事。
- So the first thing that we want to do, if we're thinking about something like this, is just to determine exactly what orbitals are causing the five different lines that we're seeing in the spectrum.
我们要做的最要紧的事,如果我们在思考这种问题的话,其实只不过是,准确地确定哪些轨道会导致,这五条分立谱线在光谱中出现。
I realize that this thinking about antigen, antibody combinations and the mathematics of how strongly an antibody binds to a specific antigen, is maybe something that's new to you.
我觉得这些关于 抗原抗体结合,以及,抗体如何强有力地结合抗原的问题,对你们来说很新鲜
It won't surprise you when Plato looks for an example of something that is eternal and indestructible his mind immedialately starts thinking about the 3 platonic forms. Take the number 3.
当柏拉图寻求,某种永恒,不可毁灭的东西,作为证明例子的时候,你可能不会觉得奇怪他马上想到了,柏拉图形式,比如说数字。
Again, we have to ask ourselves, we have to start thinking of the question about what does this mean for doing something about changing the world's diet, changing the nation's diet, changing the world's diet?
让我们来问问自己,考虑一下这个问题,改变一个国家的饮食文化,改变这个世界的饮食,这意味着什么
but you're thinking about doing something or not doing something.
你在考虑是做一些事呢,还是不做。
I have to believe that whoever came up with that theory for the first time was aided in coming to it by thinking about the end of the Roman Empire, when something precisely like that did happen.
我想任何人第一次接触该理论,都会自动联想到罗马帝国的衰亡,进而支持该理论,因为类似的事情确实曾经发生过
OK, so how can I code this up? Well, you might think, let's just jump in and write some code, I don't want to quite do that though, because I want to show you another tool that's valuable for thinking about how to structure the code, and that is a something called a flow chart. Now.
好,那么我怎么把这个以代码实现呢,你可能会想,让我们进去直接写代码把,但是我不想这么做,因为我想教给大家另外一项很有价值的,用来组织代码的工具,叫做流程图,现在,像Guttag教授,和我这么大岁数的人。
Just as Richards says, there's always something kind of archaic or atavistic about poetic thinking. It's not just that - it's not trying to tell the truth, as Sidney said-- "nothing lieth because it never affirmeth."
就像Richards说的,关于诗意的思考,总有些事情过时了,诗歌并非,拒绝陈述事实,正如Sidney说的-,“没有伪造的东西因为一切都不是真的“
All right, so that was a quick aside on thinking about how these properties can, in fact, relate to something in our body.
好的,我们刚才小小地离题了一下,来想了想我们讲过的性质,在实际上,是如何跟我们身体的某些机能联系起来的。
Notice that if we say that,then there's something somewhat misleading about the standard philosophical label for the problems we've been thinking about for the last couple of weeks.
如果我们这么说,那就有了对这些问题,的标准的哲学标签的误解,我们过去几周一直在思考。
So we can think about something I mentioned last time, which is when we're thinking about chemistry and what's really interesting in terms of chemical reactions, it's mostly valence electrons we're talking about, those are the ones that tend to be involved in chemical reactions.
我们可以考虑一下我上次提到过的一件事,那就是如果我们讨论化学,以及什么是化学反应中,真正令人感兴趣的东西,我们讨论的几乎都是价电子,它们才是在化学反应中,真正起作用的部分。
But you need to be able to predict what kind of properties a certain atom's going to have within a molecule, whether you're talking about something, for example, that's very electronegative, or something that is not electronegative at all, it is going to make a difference in terms of thinking about how molecules are structured and also how they interact with other molecules.
但是你需要能够预言,什么性质,某个原子在分子中能够具有,无论你讨论的是哪一种情况,比如,它有很高的电负性,还是它根本没有电负性,都将会产生影响,对这个分子的结构,以及与其它分子相互作用的情况。
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