During that time, Onalfo thought about what he really wanted to do with his life: play soccer.
VOA: special.2010.06.02
Now,the problem with this is that Papias and these other people didn't really know what they were talking about.
问题是帕皮亚和其他人,根本不知道自己在说什么。
Well, the only times I've been there were with people that I really, really cared about.
我只和我真正在乎的人一起去过。
"So our goal really as we go about is to have close relations with both the political authorities as well as civil society because that is where we are drawing our employees from."
VOA: standard.2009.09.13
It's somewhat different when we're talking about the p or the d orbitals, and we won't go into the equation there, but this will give you an idea of what we're really talking about with this radial probability distribution.
当我们讨论p轨道或者,d轨道的时候会有些不同,我们那时不会给出方程,但它会给你们一个,关于径向概率,分布的概念。
The question is from that special eager realistic perspective we were all familiar with, ? which is the one you really care about?
这个问题针对的是,我们都很熟悉的现实角度的问题,你们真正关心的是哪个人?
In other words, what is there--which is a kind of way of talking really has to do with what Gadamer means when he talks also about die Sache, the subject matter.
换句话说,存在,确实和伽达默尔所说的,事情本身有联系。
Well, start anywhere you want. Breton, which is a language that has nothing to do with French at all-- here, oh I've got a really funny story I was going to tell about a Breton priest, a French speaking Breton priest, but that's for another day.
从哪开始都行,布列塔尼语,这个语言和法语没有任何关系,这,我准备讲一个特别有意思的故事,是关于一个布列塔尼牧师,说法语的布列塔尼牧师,不过这以后再讲了
Those doctors would still not be able to improve school performance of the kids with learning disabilities and they would still not be able to prevent cognitive impairment and loss of memory in older adults because at this point we don't really understand enough about learning To know which neurons and synapses within a circuit would need to be tinkered with.
他恐怕还是改变不了有学习障碍的孩子们的表现,阻挡不了老年人的认知功能损害和记忆力的衰退,因为我们对这一学科的确知之甚少,不知道知道回路中的到底是哪些神经元和神经突触需要修复。
So think about--you really want to impress that girl you're with.
所以,如果你真想给女孩留下印象。
Is that speech for the law, with the laws, really intended for the benefit of Crito, rather than an expression ? of Socrates' deepest opinions about the questions of obligation and obedience?
那场为法律所讲,有关法律的对话,真的是要为克里托排解,而不是苏格拉底,最深层意见的表述,尤其是那些问题攸关义务与服从?
I don't want to really know that much about you, I don't want to really share anything of me with you, but I am committed to maintaining this physical attraction to you" Well, that's what Sternberg calls "fatuous love."
关于你,我不想了解太多,也不想和你分享我的秘密,但是我承诺,和你保持这种肉体关系“,斯腾伯格把这种感情叫做愚蠢式爱情“
You could take the food guide pyramid and make it the reverse of what it should be and you still end up with something that people really wouldn't see very much, kids don't learn about very much, it doesn't really affect many people, so you could say that it doesn't really matter.
如果你把食物金字塔彻底扭转成另一版本,也不会怎么样,反正人们也不会过多地去关注它,孩子们也不会学它,它并不会真的影响人们的生活,因此你可以说它无关紧要
I'm really enjoying learning about such a specific group of people with an interesting history.
俄罗斯民族的历史很有趣,我很享受学习有关这个民族的一切。
and I'll be able to hold a conversation with anybody really about anything.
我将能够与任何人谈任何话题。
So, that's the difference in thinking about different types of ionization energy, so it can get a little bit confusing with terminology if you're just looking at something quickly, so make sure you look really carefully about what we're discussing here.
所以,这就是我们,在思考不同类型的电离能时所看到的不同,因此如果你看得不够仔细的话,你可能会被其中的术语弄迷糊了,所以一定要看仔细,我们讨论的是什么。
But now, it has come to light that they are the ones that do get credit for first really coming up with this idea of a spin quantum number, and it's interesting to think about how the politics work in different discoveries, as well as the discoveries themselves.
但现在我们,知道他们是,最先想出自旋量子数,这个概念的人,看各种发现中的,政治学是十分有趣的,和发现本身一样有趣。
And I want to really highlight here we're talking about for a hydrogen atom orbitals - with the same n value have the same energy.
我想强调的是,我们所说的,都是对单个的氢原子,和言的,对于同样的n值能量相同。
So, these are two different definitions of how to think about atomic radius, but really what you find when these are measured is they come up with almost the identical values, so there are tables, you can look up of atomic radii and see these values, and you can trust them that, they work for both this definition and for this definition here, in most cases.
这就是,关于原子半径的两种不同的定义,但实际上你会发现按照这两种方法,测量出的值是相等的,因此有很多关于原子半径的表格,你可以通过查阅它找到这些值,你可以相信这些值,它们对于这两种定义都是适用的,在大多数情况下。
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