Actually, let me put it on this board so you can see it.
让我写到黑板上吧,这样你们能看到它。
And so to see somebody so prolific and who's been that way since he was a teenager, I mean,
所以,(我们)看到这样一个从青年时期就多产的作家,我的意思是,
So I could get to that object either through this path or through that path, it didn't matter which path I use to modify it, I would see it when I looked at the other. Yes.
另外一条绑定获得这个对象,无论我通过哪个绑定来修改它,我都能在两个绑定中都看到做的改变,是这样的。
That's awesome. So, I'd love to see projects like that.
太棒了。所以我想看到这样的工程。
If I see that, I will just go up and reseat you.
如果我看到了这样的话,我会过去将你进行座位调整。
That happens, and if I was looking at a region of membrane that was experiencing an action potential I would see voltage change in just the way it's shown in this graph here.
当去极化发生时,如果我观察一个经历动作电位的区域,我就会看到这样的电压变化,就像这幅图上展示的一样
Virtually everyone has got the downbeat here.
我看到事实上每个人都这样表示重拍
And the nucleus name was used as an analogy to the nucleus of a cell so in some ways that makes it easier to see the connection but I think it can also be a little bit confusing for maybe 7th graders that are learning both at the same time, that this nucleus acts very different from a nucleus in a cell, although, of course, there many of them in the nucleus of a cell.
原子核这个名字的命名,是类似于细胞核,这样会让人们更容易看到两者之间的联系,但我觉得这样可能,会给正在学这两个课程的,7年级学生带来困惑,原子核的行为,和细胞核完全不同,虽然在细胞核。
I think it's fairly clear that you don't need to appeal to souls in order to do that.
我想大家应该能非常清楚地看到,这样的诉求并非是必须的
I would be grateful if you would wait until that point if at all you possibly can. It just makes the whole thing work a little easier and it prevents that drop in the pit of my stomach when I see half of the class leave.
我将感激不尽,这样会好一点,以免我看到半数人走掉时,心情会受到影响。
Well, int is almost always 32 bits at least so far as we've seen so, in fact, any time I draw a pointer hence force I'm just going to draw a square as well because they are, in fact, the same size usually in memory.
嗯,int几乎总是32位的,至少我们至今所看到的是这样的,每次我用一个正方形表示一个指针,因为实际上他们,在内存中的大小是一样的。
I'm going to set up an index, which is going to tell me where to look, starting at the first part of the list, right?
索引告诉我从哪里开始检索数组,对不对?,然后我会去记录下我做了多少次比较,这样我就能看到这个算法的工作量了?
Sorry about this. Those of you in the back, feel free to move forward.
我想把字体调的小点儿,这样我们就能看到更多的内容了。
I don't want to see anybody like this.
我不想看到任何人这样。
Okay. Good. Now I see some of you out there from-- like this, not really participating, and if I can get up here--Think about this.
很好,我刚看到你们中的一些在那里,像这样,没有真正参与进来,如果我在台上,想一想
We're checking the end test and incrementing, actually I was going to, I commented that out for a reason you'll see in a second, but I, normally I would keep this on, which would let me, at each step, see what it's doing. If I ran this, it would print out each step. Which is helping me make sure that it's incrementing the right way.
对不对?进行终结测试然后递增,实际上我要,因为某些你们,马上要明白的原因我把这里注释了,但是我通常会一直这么做,这样能让我看到每一步都做了什么,如果我运行这个程序,它会在每一步都,进行显示,这能帮助我让我确信程序是,在以正确的方式递增。
It might turn out if I had X-ray vision that what I see is this... Then the answer'd be there's not one train here.
有可能是,我看到的是这样。,答案就不是同一辆火车。
So if we do this and we form the molecule ammonia, let's switch to a clicker question, and have you tell me what the bond angle - is going to be in ammonia -- HNH Actually, let me draw it on the board as you look -- actually, can you put the class notes on, since you don't actually have your notes to refer to.
如果这样做的话,我们就可以形成氨分子,让我们来做一个课堂练习,你们告诉我氨分子中的键角是多少-,键角,the,h,n,h,bond,angle。,实际上让我在黑板上画出它来,这样你们可以看到实际上-,你能把课堂讲义放出来吗,因为你们没有讲义可以参考。
应用推荐