I would think that it would approach inifinity, and I would need to think about it and get back to you in terms of why we don't actually hit it and see something with an infinite wavelength.
我会认为波长会接近无穷大,而且我需要考虑一下,然后返回来告诉你,为什么我们没有说对,为什么我们没有看到,无穷大波长的东西。
I need you to sit down, relax and tell me what the problem is.
我需要你坐下,放松,告诉我问题在哪里。
I don't need to tell you the volume here, because you've got enough information to calculate the volume.
这里我不需要告诉你体积,因为你已经获得了足够多的信息,来计算体积。
It turns out you can list one, give it a name, and if you use square brackets, that tells the compiler I actually want to put multiple values inside of this -- inside of this variable and how do we do that?
结果是你可以列举一个,给它取个名字,如果你使用方括号,那是告诉编译器,在里面我需要许多的值--在这些变量里,我怎么做到的?
What is this? This is a wonderful piece of abstraction. It is saying, you don't need to know squat about what's inside the body of this function. You don't have to worry about the parameter names, because they're going to be preserved, you don't need to worry about how I'm doing it, this tells you how you can use this, in order to use it correctly. Of course, I can then close it off, and off we go.
但是这能告诉你一些信息,这是什么?,这是一段完美的抽象,它的意思是你不需要知道,这个函数的内部构造,你不必担心参数是否重名,因为它们已经被预存了,你不需要担心我如何使用它,它告诉了你你该如何操作,从而正确的使用它,当然我也可以把它关掉。
So, I need to tell you how you're doing the expansion, because that's going to tell you how much energy you're wasting during that expansion.
所以我需要告诉你,膨胀是如何进行的,因为这会告诉你,在这次膨胀中,浪费了多少能量。
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