This is an exciting week in science in general because we got to hear another Nobel Prize every morning pretty much. So, let's settle down for a second and start listening.
这周在科学界是个激动人心的一周,因为我们每个早上,都能听到一个诺贝尔奖,让我们来听一听。
displayed around, which is kind of an exciting thing to see.
这个看起来让人很兴奋。
But, it's an exciting place.
但是,那是个令人兴奋的地方。
It's also going to be the process of watching an artistic form unfold over a very exciting period of time.
更是一个观察某种艺术形式在一段,刺激的时间里展现的过程。
Moral judgment is an area that is tremendously exciting and there's a lot of recent research on this.
道德判断这个话题,非常有趣,这个领域最近有很多研究。
One individual particle is being absorbed by the metal and exciting an electron.
一个单个的粒子被金属吸收,同时激发出一个电子。
As your record shapes itself an awed wonder haunts you, and yet there is no more exciting an adventure than trying to be honest in this way.
你过去的事变成一种让你毛骨悚然恐怖的经历,没有什么比如实记录更激动人心的了,当你写完之后。
So for some you that are less interested in maybe the physical structure of an individual atom, now some more exciting material for you might be coming up if you like to think about how, instead, molecules behave, either within bonding, within themselves, or with other molecules, that's what we're going to be heading to in this next unit.
那么对于某些同学,你们或许不感兴趣,对于单个原子的物理结构,现在可能有令你感到兴奋的内容,要出现了,如果你更喜欢思考,分子的行为,或者是关于成键的,或者是关于它们本身的,又或者与其它分子之间的行为,这些将是我们下个单元要讲的内容。
It makes sense, right, because they're the furthest away from the nucleus, they're the ones that are most willing to be involved in some chemistry or in some bonding, or those are the orbitals that are most likely to accept an electron from another atom, for example. So the valence electrons, those are the exciting ones.
它讲得通,对,因为它们距离,原子核最远,它们是最容易发生,化学反应和结合的地方,另一个原子的电子的轨道或者它们是,最容易接受,举个例子所以价电子,他们是活跃的电子。
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