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No, OK and that's correct, because each photon of light actually has more energy than is needed to eject an electron.
没有，好，对了，因为每一个光子实际上,都有更多的能量去逐出一个电子。
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Am I going to a class? Oh no. Ok, so the program that I'm in is, it's a program for undergraduate.
去上课？不是。我参加的是一个本科生的项目。
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OK, this is only true for an ideal gas, and we went through that mathematically where the, with a chain rule.
这一关系只对理想气体成立，上节课我们,用链式法则推导出了这一关系。
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But before we get to that, in terms of thinking just think, OK, this is representing my particle, this is representing my electron that's what the wave function is.
但是在我们谈论那个部分之前，在理解方面，仅仅是理解，好的，它代表了粒子，它代表了电子,这就是波函数。
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This is very different from the disease model that says, " "Ok,you are unwell. Deal with that illness."
这和疾病模型所说的有很大不同，“好，你不舒服，那就治病去吧“
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And yeah, I know it comes built in, that's OK, what we want to do is use it as an example to look at it.
对，我知道这个方法可以通过内置的算法，来实现，这没关系，我们只是,把它当做一个例子来讲解。
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OK, so all I do is I take into account that I've got all the positive charge, whatever it is, it's a nucleus.
我做的全部是考虑,我得到所有的正电荷，无论是什么，都是一个核。
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That was for me at the moment when I really, ok this is the spiritual moment.
就是那一刻，我知道,这就是我感受到了灵性的一刻。
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OK, well.I'll try to explain this, This is a picture that was taken about 50 years ago.
好吧，我试着来解释一下，这张图片大概是50年前拍的。
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After we took some from these guys, we decided that it is OK to go a few months in cash flow negative while... But very barely cash flow.
当风险投资资金到位之后，有几个月现金流出现负值也可以接受,但其实没有什么现金流。
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And you express that "I'm feeling this way, is it ok?"
你可以表达“我有这样子的感觉，没问题吧？”
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R/Cv OK, so that means that this is really instead of -1 R over Cv. it's really gamma minus one.
现在,变成了γ
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OK, so, the thing about a state function is that the function has a value for initial conditions and at final conditions.
态函数的特点是,在初始状态有一个值,在末状态也有一个值。
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What that's going to allow us to do is, if we say, OK I have a mixture of stuff, how does the free energy change?
我们能够说的是，如果我们有一份混合物，自由能怎么变化？
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OK. The other piece I want to say about variable names is, once I have that choice of variable name, I can use it, but in fact there are a few things that I can't use in terms of variable names.
关于变量名字我还想说的,另外一点就是，一旦我对变量的名称可以选择，我可以用自己的方式命名，但是,有一些词汇是,不能用来命名变量的。
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And says, OK, that effectively means that the market is memoryless.
并且说，这种有效性的意思就是说,市场是无记忆性的。
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Right, OK. So what I do to open the book is to ask the reader to image that they walking past a shallow pond, maybe somewhere in the park or or university campus.
好的，我在这本书的开篇,请读者想象这样一个画面，你走过,一个浅浅的池塘，可能是公园里,或是大学校园里。
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OK, what we'll see shortly is that this will allow us to see that for an isolated system the entropy never decreases.
好，我们过一会,会看到,这将导致孤立系统的熵,永远不会减小。
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So first of all, I've got to be careful about the end test. But the second thing is, OK, if it stops whenever this is less than two, am I convinced that this will always halt?
小心最后一次比较,其次，如果少于两个元素程序停止了,我们能确信这总是应该终止的么？,答案是肯定的，因为我在做什么？
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OK, so that means heat is being imparted to the system, right, from the surroundings in a manner that compensates exactly the amount of work done.
好，这表示系统,从外界吸热,吸收的热量与系统,对外做功的值相等。
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So this is a good place to think about, OK, let me capture that.
因此这是很值得我们思考的，好，我们来抓住这个问题的本职。
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OK Is everyone seeing that? Yeah, pretty much. OK.
分立的各个谱线，有看到的吗？有很多。
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OK. The other thing I want to say here, is that this style of program we just wrote is actually a very common one. And we're going to give it a nice little name, often referred to as exhaustive enumeration.
好，另外一件我想说的事情是，刚才我们写的代码的风格,是非常普通的,我们会给这个风格一个名字，通常是被称为详尽的列举。
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OK, why is that the wrong answer?
一个错误的答案，那么为什么？
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w we have the environment doing work on the system OK, now we've assumed that epsilon prime is greater than epsilon.
大于零，that，is，in，this，one,在这里环境对系统做功,好，现在我们假设,ε’比ε大。
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OK, for example, I might say point p1 is that list, x is 1, y is 2.
和y坐标的数组是很简单的1,那么，例如，我可能会说点。
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OK, so now the question is, how do we know the first place that this is a suitable reductant?
好的，现在的问题是，我们如何能知道第一步中,镁是一个合适的还原剂？
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OK, but before I do that, let me drive home this idea of why this is a recipe.
好了，但是在我做那个之前，我们要把这个想法拉回到,“为什么这是个方法“这个问题上来。
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So the key word here is that we asked you to identify the third excited state. So, what white is n equal 4 Ok to for the third excited state? 4 OK.
这里的关键的地方是我,要你们找到第三激发态,第三激发态的n等于多少？
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OK, delta H is delta of u plus pV. By definition that's how we define enthalpy up here.
好，ΔH=Δ,根据定义，这就是我们。
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