-
We don't have to just stick with carbon, we can think about describing other types of atoms as well using this hybridization.
我们不用局限于碳，我们可以考虑利用杂化轨道,描述其它类型的原子。
-
that might have been applied in more... more efficient ways to society.
我们本来可以更有效率地利用这些时间，做对社会更有用的事。
-
But it turns out though simple, though, some of these puzzle pieces actually are, we can actually start to do very interesting things very quickly.
虽然这些，拼图确实简单，但是我们可以很,迅速地利用它们。
-
Or, if we know the equation of state from a model, ideal gas, van der Waal's gas, whatever, u now we can determine u.
或者如果我们知道模型的状态方程,比如理想气体，范德瓦尔斯气体，无论什么，我们就可以利用状态方程得到内能。
-
You're taking advantage of a promoter system, or a gene activation system, that this species knows about because adult animals can make milk.
我们之所以能利用这个启动子系统,或者称之为可以被这一物种识别的,基因活化系统,是因为成年动物可以泌乳
-
And we can do that with the electrode array that I previously showed you.
我们可以利用此前我讲到的电极列阵,来实现。
-
It is a system of signs, in other words, that we can make use of, that we recognize as signs precisely because they exist among us as something that can be shared in common.
它是一套符号，我们可以利用，我们可以清楚地辨明这些符号，它们无处不在,是我们大家共同分享的。
-
So taking advantage of the fact that we know S1 is equal to S2 I can simplify things by making S1* equal to S2*.
我们利用S1=S2这个等式,这样用S1*=S2*可以化简了
-
So, again we can use these probability density plots, which are just a plot of psi squared, where the density of the dots is proportional to the density, the probability density, at that point.
同样的我们可以利用这些概率密度图，这是psi的平方的图，这里面点的密度，正比于概率密度。
-
I can do lots of things with these, and you'll see that as we get to future assignments we'll make heavy use of dictionaries.
我们可以利用这一点来做很多操作,而且以后我们做作业的时候,我们会用到很多字典相关的东西。
-
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
-
Alright, so we can implement any number of algorithms using this thing because the basic mechanism I have here is a comparator.
好了，利用它我们可以实现,很多种算法,因为在此我用到的基本原理是一个比较器。
-
Now we can use it to derive differential relations for all of the thermodynamics quantities.
现在我们可以利用他们,推导所有热力学量的微分关系。
-
Now what I want to do is put up a specific example of the cycle that can be undertaken inside here in an engine, and we can just calculate from what you've already seen of thermodynamics.
现在我想做的是,举一个例子,来具体说明热机内部的循环过程，同时我们可以利用热力学定律进行计算,看看热力学参量发生了什么变化。
-
R So let's get rid of R in this expression here.
利用这个式子，我们就可以消去。
-
So the result is we can combine all of these as a single differential, and just like we've seen before, what that suggests is that we define another new quantity given by this expression.
结果就是我们能把所有的结果,整理成一个单一的微分，就像我们前面看到的一样，这说明我们可以利用这个式子,定义一个新的物理量。
-
So, again, I can just use that result.
我们可以利用这个结果。
-
And then we need an interpolation scale.
然后我们就可以利用。
-
In other words, we're taking advantage of the fact that we now know that quantity. In the case of the ideal gas we just have a simple model for it.
换句话说，我们可以利用我们已经,了解这个物理量的这个优势,对理想气体我们有一个简单的模型。
-
With that mechanism we can now implement these comparisons sorts.
利用这一原理，现在我们就可以实现,这些比较排序了。
-
Particularly, if we took advantage of the fact that this is a virus that's easily transmitted orally and could you make a vaccine that would be effective orally as well, that would be a tremendous advantage, especially in children who don't like to get shots.
尤其是,如果我们可以利用这种病毒,很容易经口传播这一事实,制造出一种,可以通过口服而起到同样效果的疫苗,那么这将是一个巨大的飞跃,特别是对于那些不喜欢打针的孩子
应用推荐