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So would you expect, therefore, as we go across a row for the atomic radius, to increase or to decrease? Good. OK, yes.
那么大家觉得，原子半径沿着某一行向右走，是会增大还是会减小呢？很好，不错，是的。
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But basketball, I just find that how quickly they go across the floor,
但看篮球时，我会发现他们穿越球场的速度飞快，
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As we go across the row what happens is that the ionization energy actually increases, and we can think about logically why it is that that's happening.
当我们沿着行,向右走的时候，可以发现电离能是逐渐升高的,我们可以从逻辑上思考一下为什么会这样。
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They go across the membrane - this is the trans-membrane part of the receptor that's going across the membrane.
它们跨越式的存在于细胞膜上,这就是受体的跨膜部分,它跨越了细胞膜
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I go up to the green line and go across and this tells me the best response for Firm 2.
根据这条绿线的对应法则,就可以对应出公司2的最佳对策
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we can go to the restaurant across the street that Italian place that we always go to.
我们可以去马路对面那家我们常去的意大利餐厅。
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You have to touch each of the 16 elements once as I go across the blackboard to actually merge them together, alright.
为了将这16个元素,合并到一起,对每个元素都只会用到一次。
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And,when I once took the train over to Poitiers,it took three hours, because if you go across the lines it's not good.
由此我坐火车去普瓦捷,会花三个小时,因为穿过省界的话是很不合适的
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And then further you put some recording device, which in those days was a photographic plate, far across a room. So you take a tiny, tiny angle and you go far enough across the room.
接着放一些记录设备，那时用的是一个摄影用的感光片，取一个极小极小的角度,然后去到房间中足够远的地方。
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And I have to admit, I did the standard thing you do every time you run across something you don't know about, you go to Wikipedia.
额外的名为self的变量，那么什么是self呢？,我需要承认，我做了大家当碰到，不会的问题都会做的标准的事情。
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and go right across the river from where we are right now, that's Williamsburg area.
那你就从我们所在的地方过河，就是威廉斯堡区。
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was go to the bridge and walk across the other side and then walk back.
就是到桥上走走，从桥这边走过去再走回来。
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We know that ionization energy is going to increase as we go across the periodic table, so that means carbon has a lower ionization energy than nitrogen which is right next to us.
我们知道电离能会随着周期表,向右而逐渐变大，因此碳的电离能比旁边的氮要低一些,那么就像我说的。
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So as we go across the row, and this is my beautiful picture of a periodic table here.
那么当我们沿着行向右走的时候，这是我漂亮的元素周期表。
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So this the best response for Player II for every possible choice of Player I, and just to make sure we understand it, what this blue line tells me is you give me an S1, an effort level of Player I, I read up to the blue line and go across and that tells me Player II's best response.
这就是在任意参与人I的可选策略下,参与人II的最佳对策,为了让大家都明白,这条蓝色线表示给定一个S1,即参与人I的付出,通过查找蓝色的线,可以得出参与人II的最佳对策
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So specifically, what we're asking here is as we go across the periodic table, we want to consider which has the smaller ionization energy.
具体地说，我们这里要问的是,从周期表来看，你认为,哪一个元素的电离能更低。
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Well now, before we go any further-- in your Herodotus readings and elsewhere, you will come across many a story in which an oracle is consulted and gives an answer.
现在,在我们深入这个问题之前,当你们阅读希罗多德或其他作品时,里面有大量的故事,都跟某些请示神谕,寻求答案有关
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Whereas, if we go across a row, what we see is that the atomic radius is decreasing.
然而如果我们沿着行来看，我们会看到原子半径在逐渐减小。
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And we know as we go across a row in the periodic table, what's happening is that z effective or the effective pull on the nucleus is increasing.
而我们知道沿着周期表的某一行向右看，有效核电量,或者说原子核的有效引力是在逐渐增大的。
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