We change the payoffs, we change what people cared about, and we get a very different game with a very different outcome.
我们改变了收益,我们改变了目的,那我们就改变了博弈,改变了结果
Could we change some of this?
我们能改变这些吗?
Why do we change chords?
为什么改变和弦呢?
So that's the only change we need to make there and watch what happens when we actually run this.
那就是我们需要改变的,并且当我们运行它,会发生什么事情。
So if we have a negative change in energy for any reaction as it's written, what that actually means is we're giving off energy as the reaction proceeds.
如果我们像这里写的这样,在任何一个反应过后,得,到的能量变化为负值,这就意味着我们在这个过程中放出了能量。
This thing better start turning negative soon or we are going to change the way the world works here.
它们很容易一开始就转化成负的,或者我们将取改变那儿工作方式。
It's a state function, so we're at constant temperature and pressure, and now we want to consider some chemical change or a phase transition or you name it.
这就是态函数,我们处于恒定的温度和压强之下,然后考虑某些化学变化或者相变,或者你想考虑的东西。
It's inside the memory of the machine, which means we have access to it, we can change it, we can use it to build new pieces of code, as well as we can interpret it.
它在机器的存储器里面,就是说我们可以进入它,改变它,可以用它来编写新代码,当然也可以翻译它。
In fact,there is research that shows yes genes do matter and they matter a lot, as we'll talk about during the week on change.
事实上,有研究,显示基因很重要,影响甚多,探讨改变的时候我们再谈这问题。
So we realized that and I made the decision: we need to change.
于是我决定:,必须变革。
Then someone says, hey why don't we just change it?
有人提出,为什么不换个方式呢
So perhaps we should change the example.
所以也许我们应该换一个例子。
So what's the assumption we're going to change?
我们将改变哪个假设呢
So we're more sensitive to change.
因此,我们对变化更敏感。
If one chord holds twice as long or only half as long, then we have an irregular harmonic change--irregular rate of harmonic change.
如果某一个和弦持续的时间是其他和弦的两倍或者只有一半,这就是不规则的和声改变。
So now we have a constant volume reversible temperature change.
所以现在我们有一个,等体,可逆的温度变化。
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