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We're able to think about the farthest reaches of the universe and ask what our place is in the universe.
我们可以思考宇宙最远的可到达处,并问我们在宇宙中的位置是什么。
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So, if I kind of circle where the probability gets somewhat substantial here, you can see we're much closer to the nucleus at the s orbital than we are for the p, then when we are for the d.
我把概率,很大的地方圈出来，你们可以看到在ｓ轨道上,比ｐ轨道更接近原子核，最远是ｄ轨道。
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The furthest point that I recorded was 28% oil-- that puts them there-- so if they--if you wanted to, where would it be?
这图上离原点最远的点包含28%的石油-,这已经到了图上那里了-,因此如果他们。。。如果你们想的话，那一点会在哪儿？
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Another question is: at what angle should you fire your projectile so it will go the furthest?
另一个问题是以多大角度抛出,物体能飞得最远
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So, taking just the outermost electron might give us some false readings.
所以只取离中心最远的那个电子的电离能,可能会使我们的认识发生偏差。
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So, he has got to at least try to be equal with the guy who's furthest on this side, and same with the guy on the other side.
所以,他至少要和他这一侧,最远的敌军平齐,而敌方亦然
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So, that's how far east they get and in time the Carthaginians also cross over into Spain and they control some portion of the Spanish coast closest to Africa.
这就是在东部,希腊人所能到达的最远之地,同一时间,迦太基人进入到西班牙,并控制了西班牙,靠近非洲的部分海岸
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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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Keep in mind we do have this p orbital here and it's coming right out at us. And this p orbital is here, but it's empty, it doesn't have any electrons in it, that's why we don't have to worry about it in terms of getting our electrons as far away from each other as possible.
他们程120度角互相远离,这样它们离得最远，记住我们这里确实有个p轨道，它朝向我们，这里有个p轨道，但它是空的,里面没有电子,这就是为什么我们在考虑。
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