Then you might--well let me ask you this, what would happen if Google decided to buy up all of its shares?
你也可能,我来问问你,如果谷歌决定购回它所有的股票会怎么样呢
Then how's that theory if we takes the two halves brain ? into the two people who have both reserves?
那么如果我们把左右半脑,分别放进两个躯干里,情况又会怎么样呢?
If I go on doing this exercise again, and again, and again what am I going to end up with?
如果我不断重复这个过程呢,最后结果会是怎么样的
What if I were able to mix the orbitals?
他说如果将这些轨道混在一起会怎么样呢?
What if the British government promised to pay 10% more each year, how would the market value that?
如果英国政府承诺,每年都支付高于10%的利息会怎么样呢,市场该如何定位它
For a couple of reasons. In some ways, this would be nicer, do expected cases, it's going to tell you on average how much you expect to take, but it tends to be hard to compute, because to compute that, you have to know a distribution on input.
关注最快的情况,在某种意义上来说,因为一些原因这样想挺不错的,当我们处理一个给定的问题,计算平均时间的时候,是很难计算的,因为你并不知道输入的分布情况,这些输入会是怎么样的呢?
If there is no matching socks then what's gonna happen with Philip here?
如果这里没有匹配的袜子,那么飞利浦会怎么样呢?
All right, what if I were able to mix these orbitals and produce what he called hybrid bonds?
如果我可以将这些轨道混合起来,成杂化轨道会怎么样呢?
And, he asked the question, what if we could share -electrons?
他问了一个问题,如果共享电子会怎么样呢?
What if we could share electrons?
如果共享电子会怎么样呢?
What's going to end up being played?
这个博弈最后会怎么样呢
That's what you expect, but what's going to happen if I print L 2?
你们期望的是怎么样的?,我去打印下L2会显示什么呢?
So where is this argument going to go?
那么最终的结果会是怎么样的呢
Now I'll print L 2. Kind of what you'd guess, but here's the interesting question: if I say L 1 is assigned 0, L 1 sub is assigned 4, I'll print L 1.
然后我将显示下L2的内容,你,们猜猜这个有趣的问题:,如果我将L1赋值为4的话,再去显示下L1,会怎么样呢?
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