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Not on the basis of simple filling in ascending order, but a modified rate of filling as according to the Aufbau Principle.
并不是以简单的升值分布为基础，而是一个修改的填充方法,根据构造原理得到的填充法。
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Those of you more comfortable, rest assured we'll start filling in some gaps before long if you're already familiar with this.
那些程度比较好的同学，我们马上来讲一下以前遗漏的问题,如果你们已经熟悉这门课，那会觉得那容易接受。
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But we'll go over that, particularly some exceptions, when we're filling in electron configurations, and how we would go about doing that for positive ions, which follow a little bit of a different procedure.
但是我们将会重温它们，特别是一个特例，当我们填充一个电子构型，而且我们会如何着手,处理阳离子，它遵从一些别的不同的过程。
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These other instruments are filling in these things at various spots to produce this aggregate of the chord.
这些不同的乐器在不同的点上聚合成了一个和弦。
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Maybe it was because it was filling in gaps in my knowledge-- things I've always wanted to know and was always curious about.
也许是因为它弥补了我知识上的缺陷,那些知识是我一直想要了解的
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Let's look at the electron filling in lithium, one, two, three.
让我们看看锂里面的电子填充,一个，两个，三个。
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And this is extremely useful when it comes to filling in gaps in sounds.
当需要在声音中填入间隔时,自上而下加工是非常有效的
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Now, how are you doing in filling in the forms?
那两张表你们填得怎么样了
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because that is a skill that they need to do when they are older, filling out forms and what did one actually look like to get a passport in USA.
因为这是他们将来,必需的技能，填写表格，以及在美国,如何取得护照。
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This is after the man from the filling station has given Haze some gas and not charged him for it, a very unusual act of kindness in this novel.
这是在一个加油站男人给了海斯一些汽油后,且没有向他要钱，这是在这部小说中非常少见的善行。
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And as an aside, those in the room who are among those more comfortable, even if we're not quite filling in blanks today, realize we will very quickly entice you with details that you don't already know.
说句题外话，你们中有一些,看起来聚精会神，实际上开小差的同学，也许我还不能对号入座，但这些人必须意识到，我会一笔带过,一些你们可能不懂的问题。
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Because step five is that we need to fill in our bonding electrons, and we start it with filling in two electrons per bond.
因为第五步要做的是将我们的成键电子填在这，所以我们开始在每个键处填上两个电子。
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So now we can go back and think about filling in these electron configurations for any atom.
实用现在我们返回来再考虑,关于填充任意原子,电子构型的问题。
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So what we're doing is filling in those eight electrons following the Aufbau principle, so our first electron is 1s going to go in the 1 s, and then we have no other options for other orbitals that are at that same energy, 1s so we put the second electron in the 1 s as well.
它会是什么样子呢,我们正在做的是将这8个电子按照奥弗,堡原理进行填充,所以我们第一个电子将会进入，然后我们没有其他的,轨道的选择在同一个能级，所以我们把第二个电子也放入。
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These numbers are so low they could be dismissed as people filling in the wrong things or making jokes or just being confused compared to-- stunningly superstitious high rankings.
这些比例低到,可以把它们当成人们填错表格,或者开玩笑，或者看不懂题目造成的误差,相比于…,那些高得吓人的比例。
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Filling in Game 1? Keep writing.
还在填游戏1 好吧 继续填
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So, it turns out that in this case, 2 p and any time that we see we're going from a 2 s to 2 p, filling in of electrons, we actually see that little bit of glitch in ionization energy.
在这种情形下的结果就是，任何时候我们从，2，s，到，填充进电子，我们都会看到电离能会稍稍偏离我们的规律。
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They filled in the octave up above and then they filled in the fifth and then they filled in the fourth and then they came down a whole step and then they went up a fourth from that whole step and then up a fourth from that, and they were filling in in this fashion.
他们填写了八度音程,然后填写了五度音程,又填写了四度音程,然后下降一个全音级,又从那个全音级上升四度音程,然后再上升四度音程,他们就是照这样填写
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So carbon has four valence electrons, so if we talk about c 2, again we're going to start filling in our molecular orbitals, and now we're going to have eight electrons to fill into our molecular orbitals.
碳有4个价电子，所以如果我们考虑C2的话，同样，我们开始填分子轨道，现在我们有8个电子,要填入分子轨道。
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What is the filling sequence of electrons in orbitals?
什么是电子在轨道上的排布顺序呢？
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The same thing when you're going from filling in the 2 s to putting that first electron into the 2 p.
当你填满，2，s，后再往，2，p，中,放第一个电子的时候就会发生这种问题。
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So, just looking at putting in the electrons, filling up the energy diagram here, we should be able to see a little bit why this is happening.
那么，仅仅通过观察这些电子的位置，在能级图上如何填充，我们应该就可以看出一点端倪。
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In other words, these energy states are not filling just in ascending n number.
也就是说，能态不只是,按照n的升序进行排列的。
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I think most and you are familiar with the Aufbau or the building up principle, you probably have seen it quite a bit in high school, and this is the idea that we're filling up our energy states, again, which depend on both n and l, one electron at a time starting with that lowest energy and then working our way up into higher and higher orbitals.
我认为你们大多数熟悉奥弗堡,或者构建原理，你们可能,在高中见过它，又一次,这是我们填充能级的观点，与n和l有关，一个电子每次从,最低的能级开始,然后以我们的方式上升到,更高更高的轨道。
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