Milton elaborates on this claim that we should read and prove anything we want, for we are sufficient to judge aright.
弥尔顿详尽阐明了这个论点,我们应该多读书,去求证自己想知道的所有事,因此我们才能够做正确的判断。
Now Isaac Newton and/or Joseph Raphson figured out how to do this kind of thing for all differentiable functions.
既然牛顿和拉复生已经,指数了如何解这种可导函数,因此我们就不用太担心了。
So we'll talk specifically about drawing Lewis structures and then about formal charge and resonance, which are within Lewis structures.
因此我们会专门讲一讲,如何来画路易斯结构,然后再讨论形式电荷与共振论,它们也属于路易斯结构的范畴。
It's important to figure out exactly how the Lady gets unstuck, and so that's what we're going to look at now.
搞清楚女士是如何摆脱困境是很重要的,因此我们现在要看这一部分。
And so as we add heat here, that was even quieter than last time.
因此我们在这里加热,怎么比刚才还安静啊?
Because we've learned about that biology we've been able to make erythropoietin outside the body and use it as a drug.
由于我们已经知道了这种生物学机制,因此我们能体外制造促红细胞生成素,并作为药品应用
Because the U.S. is an arguably very successful country, so we have, potentially, a bias in--it's called a selection bias.
因为毫无疑问美国是个很成功的国家,因此我们的潜意识中,存在选择性偏差
And if you're our zero just continue standing there awkwardly, Alright. So with that said, we have a three-letter word so we'll have three rounds of hands going up or down.
如果你代表0,就站在那里别动,好,那么,我们有三个字母的单词,因此我们分三次分别表达这三个字母。
Because we can get inspirations from so many places, they come together to make us who we are, and not to be ashamed.
因为我们从各个地方汲取灵感,这些灵感融合在一起,就塑造了我们的人格,我们不应因此感到羞愧。
s2 3p5 That gives us 14, and that's 3s2, 3p5, and so we've got to come up with, we have 32 electrons that we have to use.
则是14,为,因此我们能想到的是,总共需要32个电子。
Libertarian wants to say we have an absolute property right in ourselves and therefore, we can do with ourselves whatever we want.
自由主义者认为我们对自身拥有绝对所有权,因此,我们能做任何自己想做的事。
And what we want to say of course is, look, just like it's still your body, even if you break your arm.
因此我们可以说,即便你摔断了胳膊,你的肉体也还是原来的那个。
So we're going to look at a case, I'll use a new board, where products are differentiated.
因此我们将看到一种情况,我要用一块新黑板,产品是有差异的
So that you do the experiment, you see the phenomenon, and then you see the visualization that adds things to the phenomenon that you normally can't see that are there whether or not sealed.
因此我们通过做实验,观测到现象,然后看到直观化的过程,它会将你平时看不见的物质,添加到这个现象中,让你感觉它本来就在那儿。
As God is holy, separate and distinct, so you shall be holy.
上帝是神圣的,独立且与凡人不同的,因此我们应该模仿他。
We own that property now, we own their equipment, and therefore we won the battle.
我们赢得了财产,赢得了对手的装备,因此,我们赢得了战役
Needless to say, it's the central word in Derrida, which is nevertheless not classifiable or categorizable, and so for that reason we can't really say Derrida is specifically a literary theorist.
不用说,这个词对德里达来说至关重要,然而我们确实无法对话语进行分类,因此,我们恐怕不能称,德里达为文学理论家。
There's a very thin line between the two and we therefore use the same pedagogical methods in the sense that we've got to do the following.
两者之间的差别很微妙,因此我们接下来要做的,就是采用与语言课相同方法教学
The way we do that is we guess, and the guessing has been going on for 300 years, so we sort of know how to guess.
我们的解决方法就是猜,猜的方法已经沿用了300年,因此我们差不多知道该怎么猜
So, step five tells us to add 2 electrons between each atom, so we add two there.
那么,第五步告诉我们在两个原子之间放上两个电子,因此我们在这放上两个。
So we do both of those as part of the validation process. And we'll talk about all of this as we go along.
因此我们认为这两件事,都包含于验证过程,我们在接下来也会讨论他们。
So what we see here is an example of something very important and quite general.
因此我们现在已经看了,一个非常重要而且很普遍的问题。
And it's hard to imagine a simpler program than this. So we very quickly realize that exhaustive testing is just never feasible for an interesting program.
更简单的程序了,因此我们很快的意识到,对一个程序来说详尽的,测试是永远不可行的。
And in contrast, in the lower left hand part of the periodic table, these 2 quantities are low, so also what we're going to see is low electronegativity.
相反地,在周期表的左下部分,这两个量的值都很小,因此我们会看到这里的电负性也很低。
So we need to go to this second case where we're instead going to think about electronegativity, and we want to think about which atom is the most electronegative.
因此我们需要转到这个第二种情况,来考虑一下电负性,我们需要想想哪个原子的电负性是最高的。
One more thing, I said they're not independent, so we have to talk about the covariance between the returns.
还有,我说过它们不是相互独立的,因此我们还需要讨论两个收益率的协方差。
The same temperature increase, work and heat, and we have a relationship between heat and work.
同样的温度升高,功和热,因此我们可以得到功和热的关系了。
Does it strike you odd that maybe magnesium oxide, one of its applications would be refractories?
因此我们就会发现,氧化铝一个很重要的应用,就是耐火砖?
So we are going to have solids and we are going to have crystal.
因此我们得到固体,同时我们也将得到晶体。
So we make a big minor map which they help to paint.
因此我们在孩子们的帮助下,绘制了一幅小型地图。
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