So let's take a look down here at what I'm doing and notice here that this is perhaps more compelling; right?
让我们往下看一下我在做什么,请注意这里这个可能是更引人入胜的,对不?
In making this point, Milton has just made us, I think, almost utterly unwilling to effect this justice that he himself has called for.
在这个论点中,我认为弥尔顿让我们,几乎完全不情愿地影响了这个审判,这个他说需要的审判。
Let's assume, for sake of argument, the thing I'm looking for is bigger than this. In that case, I'm going to throw away all of this, I'm going to hit that bottom line of that code.
让我们假定不是,假定要找的元素,比这个大,在这样的情况下,这些都擦掉,我要运行到代码的最后一行。
And this is Erwin Schrodinger, and this is the equation that he put forth where we have hat psi being equal to e psi.
这就是埃尔文?薛定谔,在这个方程中,他提出,所以,让我们来解释一下。
Well,instead of pursuing that example,let me give you a slightly different example that's been discussed a fair bit in the philosophical literature.
这次让我们换个不太一样的例子,这个例子在哲学文献中经常被讨论。
We planned them into this intensively experience in the context of their own work.
我们让他们在承担,自身工作负担的情况下,参与这个强化体验。
But I could home in on sprite 1 there and just see this particular sprite script.
我们可以让精灵1住在这,然后来看这个特殊的精灵脚本。
So, he can't wait to tell Franny that the professor said he should try to publish it, and then my favorite thing: he wants to read it to her over the football weekend. " Hey, come, let's read my English essay." Hello.
所以,他迫不及待地告诉弗兰尼教授说,他应该出版它,还有我最喜欢的事情:,他要给她读,在这个橄榄球周末“,来吧,让我们一起读我的文章,嗨。
So let's think about a particular consumer, so suppose this consumer is here, at point Y say.
让我们来考察一个特定的消费者,假设这个消费者在这,在Y点
And it's more dramatic if the system is a gas p T2 V2 p, T2, V2, And let's look at what happens to U these functions of state, to H to u under this transformation.
如果是气体这个系统,就更具有趣了,让我们看看H和,在这个变化中态函数会发生什么变化。
When I am trying to be and was first illuminated for me by figures like Dorothy Day is what Allah tells us in the holy Koran, which is that he made us to be his Abus and Khalifah his servants and representatives on earth.
当我试图成为,并且第一次受到,像Dorothy,Day这样的人物的启示时,那是阿拉在神圣的《可兰经》中告诉我们的,他说,他让我们成为阿布和哈里发,做他在这个世界的仆人和使者。
Now let's think about this first pi bond, which will be above and below the bonding axis.
让我们先来看这个π键,它在键轴的上面和下面。
So let's go to some actual real examples, which might come more in handy for this class.
下面让我们来看一些正确应用它的例子,这些例子在这个课堂上应该更容易一些。
Let's run merge sort on it, and then we'll look at the code.
让我们在这个列表上运行归并排序,然后我们在看一下代码。
Actually, let me back up and do this in video.
实际上,让我们倒退下然后在录像里做这个。
And in this context, the length of that array is stored in Arg C. Well, let's take a look at a slight variance of this that reveals further what we can do and reveals what a string really is.
关于这点,那个数组的长度被存储在ArgC中,好的,让我们看看这个轻微的变化,那个揭示了我们可以做的,和字符串实际上是什么。
So let's see this in practice.
让我们在实践中看看这个。
Now this is where the omniscient narrator comes in quite forcefully, and gives us something to work on as we analyze Haze and we think about who he is as a character and where he finds himself.
万能的叙述者就这样,富有说服力的出现了,同时在我们分析Haze的时候,给我们带来了问题,让我们去想这个角色到底是谁,他在哪里发现自己。
These were very young scientists, of course, so what you would expect that they would do, which makes sense, is go to someone more established in their field, because they have the completely radical revolutionary idea, let's just run it by someone before we go ahead and publish this paper that makes this huge statement about this fourth quantum number.
他们是非常年轻的科学家,所以你们可以想象他们会怎么做,很自然的,他们去请教他们领域里更权威的人,因为他们的概念是彻底的革命性的,让我们在发表这个关于,第四个量子数的巨大的发现之前,先和别人讨论一下。
We got an easy one. Let's just for the heck of it I should have found some better examples before I tried this. No mutant spiders here.
我们有了个简单的数字,让我们以防万一,我应该在尝试这个之前找几个更好的例子。
They'll keep trying to get it going, but maybe we should move on with our lives here while this is happening, and we'll click it back at the end, and if we have a nice set up at any point, I'll just stop and we'll go back and we'll look at it again.
它们会一直让它保持运动,但是或许我们应该,在这个过程中离开一会儿,我们在最后点击它,如果我们在每一个点,都有一个好的装置,我就会停止然后,返回再去看看它。
It's going to let j run over the length of the list all right, so it's going to start at some point to move down, and then it's going to let i run over range, that's just one smaller, and what's it doing there?
就在这里,会做什么呢?,我们让j遍历这个列表,好的,它要从某一定开始移动,然后让i也跑遍整个范围,就是比之要小一,会发生什么?
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