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Now, when we talked about optimization problems in dynamic programming, I said there were two things to look for.
现在，当我们讨论,动态编程中的最优化问题时，我想说有两件事需要注意。
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And specifically, when we talk about ionization energy, it's assumed that what we mean is actually the first ionization energy.
特别地，当我们讨论电离能的时候，我们默认,这指的是第一电离能。
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And, we'll talk about fuel cells later in the semester when we do the unit on redox reactions and electrochemistry.
这学期我们随后会讨论燃料电池,当我们讲到,关于氧化还原反应和电化学单元时。
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We'll come back to them a little bit later when we start talking about the question, "Could machines be creative?"
稍后再对其继续讨论,当我们开始探讨这样一个问题,机器有创造能力吗
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The same with cognition and we will talk a lot about it when we talk about CBT-- Cognitive Behavioral Therapy.
认知也是如此，我们会深入讨论认知,当谈到认知行为治疗时。
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When we talk about what to eat, how do we get advice on this and where do we look?
当我们讨论到我们该吃些什么的时候,我们应该从哪儿以及如何获得参考建议呢
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And so far when reviewing the developmental data we've talked about two of them: physics and people.
到目前为止,当我们回顾发展的数据时,我们讨论了其中的两个主题,物理学和人类
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When I ask for classroom discussions, I'm going to have one of the T.A.S go to you with a microphone much like in "Donahue" Or something. Okay.
当我们进行随堂讨论时,我会请一位助教拿着麦克风到你那,就想多纳休那样
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We are going to see that when we get there.
我们将会看到这一点，当我们讨论到的时候。
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As we talk about this, as people talk about this, in the context of our object-oriented programming, they typically will talk about it in terms of message pass, a message passing metaphor.
当我们讨论这个的时候，当人们讨论这个的时候,在面向对象编程的背景下它们往往会,被称为消息传递，也就是传递隐喻的消息。
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Here, I've just picked a couple of the pictures that I showed you last time when we were talking about cell communication in the immune system, What happens after the vaccine is introduced into your body is that it initiates cellular events.
我挑选了,我上次给你们展示的几幅图片,当我们讨论到,免疫系统中的细胞沟通时,讲到过当人体接种疫苗之后,能够触发,细胞活动
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In general, when we wanna talk about running time, we just need a silly place holder, so we'll call it T for time.
一般情况下，当我们讨论运行时间时，需要一种表示方法，这里T表示时间。
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When we talk about p orbitals the phase of the orbital becomes important once we talk about bonding, which hopefully you were happy to hear at the beginning of class we will get to soon.
对于ｐ轨道,当我们讨论到成键时，轨道的相位就变得非常重要了,这个我们马上就要讲到了。
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So let's ask ourselves, are there any interaction effects when we talk about the human condition ? that it's life followed by death?"
所以让我们问问自己，当我们讨论,生后即是死的人类处境时,有没有相互影响“
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Cos many people sit here during the lectures on self-esteem, for example, or when we talk explicitly about happiness, ?" they say, "Wait. Do I have self-esteem?"-- Thinking to themselves.
因为很多人坐在这听有关自尊的讲座时，比如，或者当我们明确地讨论幸福时，他们说，“等等，我的自尊心强吗-,他们自己想到。
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As such, it shouldn't be any surprise to you that what I'm going to do as we run through each of these arguments is to say, "I'm not convinced by it and here's why."
因此,你们大可不必惊异于,我接下来的举动,当我们讨论这些论点时,我会说,我并不赞同这个观点,我的理由是
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So, when we talk about memory, for instance, we'll talk about disorders in memory, including some disorders that keep you from forming new memories as well as disorders of amnesia where you forget the past.
比如说,当我们讨论记忆的时候,我们会讨论记忆障碍,包括了使你无法形成新鲜记忆的一些障碍,以及遗忘过去记忆的遗忘症障碍
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It turns out that it's going to be a little bit different when we're talking about positive ions here.
结果是当我们讨论阳离子时,有一些不同。
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We also talked about well, what is that when we say wave function, what does that actually mean?
我们还说了，当我们讨论波函数时，它到底有什么意义？
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So, keep that in mind when we're talking about atomic radius, I'm not suddenly changing my story and saying, yes, we do have a distinct radius.
因此，当我们讨论原子半径的时候要时刻记住这一点，我并不是在突然改变自己的说法，说是的，我们的确有一个准确的半径。
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And when we talk about intensity in terms of units, we usually talk about watts, so if you change your lightbulb, usually you see the intensity in terms of watts.
当我们讨论强度的单位时，我们经常用瓦特，所以如果你更换灯泡，你通常会看到,以瓦特为单位的强度值。
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When we were talking about constructive interference, we had more electron density in between the 2 nuclei.
当我们讨论相长干涉的时候，在两个原子核之间有更多的电子密度。
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And when we're talking about the amplitude of the wave, we're talking about the deviation from that average level. So, if we define the average level as zero, you can have either a positive amplitude or a negative amplitude.
当我们讨论一个波的振幅时,我们说的是偏离平均位置的量,如果我们把平均位置,定义为零的话，那幅值不是,正的就是负的，有时候人们在。
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But when we think about where anti-bonding orbitals should be, it should be higher in energy.
但当我们讨论反键轨道的时候，它的能量应该更高。
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And when we talk about any type of ion channel, there are just tons of different kinds of ion channels, and you can characterize them in a few different ways.
而当我们讨论任何一种离子通道时，离子通道有非常多种，你可以用几种不同的方法来描述它们。
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So, when we're talking about the idea of electronegativity, essentially what we're talking about is the ability for an atom to attract electron density from another atom.
那么，当我们在讨论电负性这一概念的时候，本质上我们讨论的是一个原子的吸引能力,用来吸引另一个原子的电子密度的。
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As before, as in the Downs or Hoteling model, we discussed already a few weeks ago, we're going to assume that voters are evenly spread along the line.
像之前一样,就像当斯或霍特林模型,我们几周前讨论的,我们将假设选民,平均分布在这条线上
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What are we talking about when we talk about language?
当我们讨论语言时,我们到底在讲些什么
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There is some reason to believe that in the population known as "psychopaths," a population we'll return to later on when we discuss mental illness, this sort of instinctive empathy is broken and the pain of others just doesn't bother them very much.
我们有理由相信,在一类被称为“精神变态者“的人当中“,我们以后会继续讨论这类人,当我们讲到精神疾病时，他们就没有这种本能的移情,他们对别人的痛苦无动于衷。
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And it turns out that if we're talking about a 2 s orbital in an ion, that means it doesn't have as many electrons in it, so what we're going to see is less shielding.
结果是当我们讨论,一个离子中的，2，s，轨道的时候，这意味着里面没有多的电子，那么电子的屏蔽效应会更小。
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