All you can know is a probability distribution of where it is likely to be.

您所知道的只是它可能所在位置的概率分布。

Anyway, we've done the work, now we're ready to draw a probability distribution.

无论如何，我们已经完成了工作，现在我们准备绘制概率分布。

So this is the probability distribution for what I just described.

这就是我刚才描述的概率分布。

So what can we do? Well, it turns out that one way of understanding a probability distribution.

那么我们能做什么呢 这是理解概率分布的一种方法。

So a discreet random variable like the ones that we had defined at the beginning of these videos, they have a probability distribution.

因此，像我们在这些视频开头定义的那些谨慎的随机变量，它们具有概率分布。

So if I were to draw the probability distribution, and it's going to be a discrete one because there's only two values that any person can take on.

因此，如果我要绘制概率分布，它将是一个离散的， 因为任何人都只能接受两个值。

So what's neat is if I have a 30% chance of making a free throw, that is my probability distribution, my discrete probability distribution of making k shots.

所以，如果我有 30% 的机会罚球，那就是我的概率分布，我的 k 次投篮的离散概率分布。

Your skill as a player will be determined by your ability to predict where the electron is most likely to be, then manipulate the probability distribution by spinning the rods with just the right amount of strength.

玩家的技巧有很大一部分取决于预测电子最可能出现的位置，然后透过转动把手及施力大小影响控制机率的分配。