So let's figure out the bond order for our two molecules here that we figured out the electron configuration for.
让我们看看这里,两个分子的键序是多少。
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。
Because what it tells is that we can figure out exactly what the radius of an electron and a nucleus are in a hydrogen atom.
我们可以,准确的算出,氢原子中,电子。
We've got to figure out somehow how it is that consciousness is never completely uninhibited, never completely does and says what it wants to say.
我们无论如何都应找出,为什么意识永远不能完全不受拘束,永远不能完全表达它想表达的东西。
So, by putting ourselves in Hannibal's shoes, we could figure out that his hard attack strategy was weakly dominated.
那么我们从汉尼拔的角度来考虑一下,我们发现崎岖之途是弱劣势策略
Like how can you possibly figure that out with actually compelling a machine to do it for you and sure enough we chatted for a few moments, I kind of gently pointed out well it's kind of like problem 7 last year.
就好像去逼计算机为你做这件事,就能解决问题一样,我们确实谈过这个问题,我委婉地告诉他,这种情况与我们去年讲过问题7类似。
So, somehow we have to figure out a way to take orbitals that are non-symmetric, and convert them into orbitals that are symmetric.
所以有时我们需要找到一个方法,让不对称的轨道,转变为对称的轨道。
Now, one of the great hopes of modern biology is that we can figure out how to reverse that process in cells.
如今,现代生物学的一个最大希望,就是希望能够,发现逆转分化过程的方法
And then we figure out how to-- now we've done that and this'll solve all sorts of problems."
然后我们想办法怎么样…,想出一个化解这种敌对问题“
So that efficiency is something less than one, and we'd like to figure out what that is.
因此效率肯定小于一,接下来解释这是为什么。
We won't have to count quite that long, but even before we count, we've got to figure out what the meter of the music is, so let's start with that now.
我们不用打那么长的拍子,而且在我们打拍子之前,我们需要先弄清楚音乐的拍子是什么,我们从这个开始
And again, if you're not in that category, talk to John or I after class, and we'll help you figure out where you might want to go.
再重申,如果你不是这样的学生,请课后来找我或者John谈谈,我们会帮你寻找,更好的去处。
We'll give it a name, but by linking that T to that T, we can also figure out the same T must be exerted on this one by Newton's third law, because if this block is the only one that could be pulling this rope with T.
我们先给它命个名,把这个 T 和那个 T 联系起来,利用牛顿第三定律,我们可以知道这个 T 也一定作用在这个物体上,因为如果这个物体是唯一,受到绳子拉力 T 的物体
So, once we figure out what our probability of backscattering is, we'll just raise that to the 1/2, and we'll multiply that by 12 . 20 centimeters.
所以一旦我们,知道了散射概率,我们开根号。
Cervantes is preoccupied with a figure who is crazy we're pretty sure of that, but he certainly isn't.
塞万提斯专注于一个疯了的人物,这一点我们很确定,但是他并不这么认为。
The next thing that we want to do is figure out do we have any bonding electrons left.
下一步要做的是看看我们,还有没有剩下的成键电子。
Let me remind you of that other intrusive moment in the poem, the moment when a figure whose presence we hadn't been aware of suddenly made -suddenly asserted himself.
我来提醒一下你们,诗里有另外一个被侵入的时刻,一个我们仍未可知的,突如其来的角色,突然出现的时刻,他毫无预兆的将自己安插进来。
And for any of the other compounds. So in other words, by defining that reference state, we can then figure out or measure heats of formation of a vast number of compounds.
对吧?对于任何其他的,化合物也是一样,所以换句话讲,定义了这个参考状态,我们就能算出或测量许多。
We accept that you look around the world and you get sensations and you figure out there is a car, there is a tree, there is a person.
当我们环顾四周,便会产生感知觉,明白这是一辆车,那是一棵树,那边有一个人。
So maybe you could figure out how to use what we know about molecular biology, to engineer a new virus that's still immunogenic, but not pathogenic any longer.
也许你能指出如何使用,分子生物学的有关知识,来设计一个既能产生免疫性,但又不再有致病性的新病毒
And what we've been talking about with all of these properties are, of course, how can we figure out what that is for a certain atom by looking at the periodic table, so we want to think about the periodic trend for atomic radius.
对于我们讲过的这些性质,我们所讨论的一直都是,当然是,我们如何能够判断某一个原子的这些性质,通过观察周期表,因此我们需要思考一下原子半径的周期性规律。
So what we'll start with today is talking about the technique that's primarily used to actually experimentally figure out what these different energy levels are.
因此,我们今天首先要讨论的就是,最常用来在实验上,确定不同能级的技术。
So, what we can do is figure out what we would expect the binding energy of that electron to be in the case of this total shielding.
完全屏蔽的案例中,期望的电子结合,能再次记住,结合能物理上来说是。
But what I'm going to tell you already is this is a case where, in fact, it's an exception to the idea that the lowest energy structure has the lowest ionization energy in the middle, and we can figure this out when we look at formal charge.
但是我已经告诉大家这个例子,实际上,是中心原子电离能最低的结构,的能量最低这一思路的一个例外,我们可以通过形式电荷看出这一点。
It is a rare person who couldn't stand up there and everybody would figure out what they're lying about, but the transparency effect is we don't feel that way.
很少有人会站在这里,让大家都猜出他们撒了什么谎,但因为透明效应,我们并不这样觉得。
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