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We started with gaseous sodium to make gaseous sodium ion and gaseous atomic chlorine to make gaseous chloride ion through electron transfer.
我们从气态的钠开始,得到气态的钠离子,从气态的氯原子,通过电子转移得到氯离子。
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We'll start in the east of London, which is traditionally the cheapest area of London.
我们将从伦敦东部开始，那是传统意义上最便宜的地区。
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You know Bill, we shaped each other up together and known each other since we are 18, 19 years old.
你知道比尔，我们对彼此产生影响,我们算是一起成长，从18，9岁开始。
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So in the case of boron here, what we're starting with is the ion, and now we're going to pull one more electron out.
那么在硼的情况下，我们应该从这个离子开始，现在我们要再拿走一个电子。
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We need to think about solutions to this, right from the start of the class, and we already talked about something.
从一上课开始,我们就应该开始,思考这些问题解决方案,现在我们已经谈论了一些了
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For example, we had a recession that started here -I believe that was '48--and then it ended in '49.
比如我们来看这一次衰退,大概从48年开始,于49年结束
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Well, let's start by-- Plato starts by telling us, reminding us of what it is to remember something.
让我们从这里开始,柏拉图首先告诉我们,提醒我们什么是记起一件事情
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The point I'm trying to make is, fixed-program computers is where we started, but it doesn't really get us to where we'd like to be.
我要指出的一点是，我们从固定程序计算机开始说起，但它并不能让我们到达我们想去的地方。
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Throughout the class, starting next week, we'll take what I called, " "time-ins" as opposed to "time-outs".
在这整个课程中，从下周开始，我们将进行我所说的，“练习时间“，而不是“休息时间。
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We started with this hypothesis of octet stability and I'm talking about properties of ionic crystals.
我们从八隅律的稳定性假设开始,我们讨论到了离子晶体的性质。
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They will start out simple and, as usual, they will get progressively more difficult.
我们从简单的开始,我们照旧循序渐进慢慢加大难度
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We won't have to count quite that long, but even before we count, we've got to figure out what the meter of the music is, so let's start with that now.
我们不用打那么长的拍子,而且在我们打拍子之前,我们需要先弄清楚音乐的拍子是什么,我们从这个开始
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I want to start my lecture today looking back to that handout I gave you -but didn't give you a discussion of--a couple of days ago, ] from that essay Good Readers and Good Writers that I quoted at the very beginning of class this term.
今天我将用几天前发给你们的,却没有进行讨论的资料，开始我们的课程，从那篇叫做“好的作家和好的读者“的文章开始,我曾在本学期课程的最开始引用过它。
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Let's start with carbohydrates. Sugars, in other words.
我们从碳水化合物,即糖类开始
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It was probably produced there in the eighth century, and that is supported by the fact that Deuteronomy has affinities with the writings of some prophets we'll be looking at later from the Northern Kingdom of the eighth century, such as the prophet Hosea, and we'll see this when we look at Hosea's writings.
它也许是在八世纪产生的，这被,申命记与一些先知的作品的紧密联系,这个事实所支持我们稍后会从八世纪的北部王国,开始仔细的讲，例如何西阿先知,我们会在学习何西阿的作品时学习它。
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We began here so at this point in the story the next thing that's going to happen is this line called Print F that says swap exclamation point, right?
我们从这里开始，在这里,下一步将要发生了的事情是,这行叫做printf的代码,打印：“交换完成！“对不？
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So, ideally what we did see was, in fact, it does have enough energy with the UV lamp, it wasn't a dramatic shift you saw because we didn't start very high and then it went to that stuck point.
所以，理想上我们所看到的，事实上，紫外灯没有足够的能力，因为我们没有从非常高开始,所以它没有一个特别显著的移动,然后它又回到了黏着点。
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That's the question, or that's the objection, that we'll turn to at the start of next class.
这就是个问题,或者说反驳意见,我们下次课从这里开始
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Starting next week, we're going to be looking at Plato's dialogue, the Phaedo.
从下周开始,我们要学习柏拉图的对话,斐多篇
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We're going to get down into the weeds in a second here.
一会儿我们就要,从细节开始讲起了。
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When you start out young-- We're unequal at birth, of course, because of our parents and the advantages we have, but relatively equal at a young age.
从你小时候开始-,当然，我们生来就是不平等的，因为我们的父母和其他的优势，但是年幼时相对比较平等。
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Absorption is just the opposite of emission, so instead of starting at a high energy level and dropping down, when we absorb light we start low and we absorb energy to bring ourselves up to an n final that's higher.
吸收就是发射的逆过程,与从一个高能量到低能量不同，当吸收光时，我们从低能量开始,吸收能量到一个更高的能量。
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And we began with the proton number.
我们从质子数开始。
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So the payoff from choosing 1, let's start against 2.
我们先看看我选立场1,我们先从选立场2开始吧
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So, we're going to start with talking about bonding, and any time we have a chemical bond, basically what we're talking about is having two atoms where the arrangement of their nuclei and their electrons are such that the bonded atoms results in a lower energythan for the separate atoms.
那么，下面我们将从成键开始讲起，无论什么时候我们有一个化学键，基本上我们所讨论的,都是如何安排两个原子的原子核的位置,与电子的位置使得成键的两个原子,最终比分开时的能量更低。
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That's where we'll start next time.
我们下节课就从这里开始
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If we go to the oxygen atom, now we're talking about starting with 6 in terms of valence electrons again, but instead of 2, you can see we have 6 lone pair electrons around the oxygen minus 1/2 of 2, so we have minus 1 is our formal charge.
如果我们分析氧原子的话，现在我们讨论的还是,从六个价电子开始，但孤对电子不再是两个了，你会看到氧周围,有六个孤对电子，再减去二的一半，因此我们有一个负的形式电荷。
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The reason in our radial probability distributions we start -- the reason, if you look at the zero point on the radius that we start at zero is because we're multiplying the probability density by some volume, and when we're not anywhere 0 from the nucleus, that volume is defined as zero.
在径向概率密度里，我们开始,如果你们看半径的零点，我们从零点开始,因为我们用概率密,度乘以体积,而当我们，在离核子很近的地方,体积是，所以我们会在这里。
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And in Python, we have two to start with; we have numbers, and we have strings.
在Python里面，我们从两个类型开始说起;,一个是数字另外一个是字符串。
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All right. If that sounds like a really long preamble, it is. Let's start with Python.
好，如果上面听起来像一个很长的序文，他确实是，让我们从Python开始。
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