What's holding it in place is going to be Coulomb's Law.

使其保持原位的是库仑定律。

And so it's going to depend on Coulomb's Law, how big that ionization energy is going to be.

所以这取决于库仑定律，即电离能有多。

What's holding those electrons around that nucleus is going to be Coulomb's Law.

是什么让这些电子围绕着那个原子核, 这就是库仑定律。

And we've talked about it before when we learned about Coulomb's law.

我们在之前学习库仑定律的时就讨论过这个问题。

So once the Coulomb barrier is breached, a new and larger nucleus quickly forms.

所以一旦库仑屏障被突破，一个新的更的原子核就会迅速形成。

A way to look at how we could quantify those charges is Coulomb's Law.

我们可以用库仑定律来量化这些电荷。

It's on Coulomb's Law which is a physics law but also has huge ramifications when it comes to chemistry.

这是库仑定律, 这是一个物理定律, 但在化学方面也有的影响。

And so we can predict data using Coulomb's Law.

因此我们可以使用库仑定律预测数据。

The Mohr-Coulomb constitutive model is used to simulate soft soil.

莫尔-库仑本构模型用于模拟软土。

You could review Coulomb's laws videos in the physics playlist.

你可以查看物理播放列表中的库仑定律视频。

Now how well that solid is held together is based on Coulomb's law.

现在, 固体结合在一起的程度是基于库仑定律。

We can use Coulomb's constant to figure out how great that force is going to be.

我们可以利用库仑常数来计算出这个力的小。

And so we call this Coulomb's constant.

所以我们称这个为库仑常数。

Coulomb's law remember if we have the same charge there's going to be repulsion.

库仑定律记住, 如果我们有相同的电荷, 就会有排斥。

So we want to describe complex situations involving charged particles using more than just Coulomb's Law.

我们想描述复杂的状态，包括粒子 电荷，不仅是库仑定律。

To find F, you just have to use Coulomb's Law.

要计算 F，你只需要使用库仑定律。

And in both cases the constant is 9 times 10 to the ninth Coulombs.

在这两种情况下， 常数都是 9 乘以 10 到第九库仑。

We then multiply it times Coulomb's constant.

然后我们乘以库仑常数。

It’s just that, instead of using kilograms to find Newtons, here we’re using Coulombs to find Newtons.

只是，这里我们不是用千克来求牛顿， 而是用库仑来求牛顿。

And then finally could we use Coulomb's law to explain why dipoles are attracted to ions?

最后, 我们能否用库仑定律来解释为什么偶极子会被离子吸引?