So here is the root mean square.

所以是均方根。

And that variable is the root-mean-squared, or RMS value, of current.

该变量 是电流的均方根或 RMS 。

Find the root mean square of a nitrogen molecule at 0 degrees celsius.

求0摄氏下氮分子的均方根速。

And the root mean square speed is slightly to the right of that.

和均方根速 个右边有点。

What is the root mean square of a nitrogen molecule at 0 degrees celsius?

在0摄氏时，氮分子的均方根速是多少？

Hence the name: root mean square.

均方根。

We plug all of those values in here and then we would find the root mean square of nitrogen.

我们将所有些入此处，然后便可求得氮气的均方根。

The square root of the average squared velocity is what we call the root mean square speed.

速率平方的平方根 是我们所说的均方根速。

Today, you learned about the kinetic theory of gases, and how to calculate the root mean square speed.

今天，我们了解了气体的动力学理论， 以及我们如何计算均方根速。

This is going to be the root mean square, which is going to be the average velocity of all of those molecules.

将是所有些分子的平均速，也是均方根。

The largest value, most probable velocity, but to the right side of that we are going to have what is called the root mean square velocity.

最大的， 即最可能的速，而在其右侧， 我们将遇到所谓的均方根速。

You want to have some basic programming skills, but then you're going to dive into key concepts like reward modeling, supervised fine-tuning, mixture of experts layers, RMS, norm, rope, KV caching and more.

你需掌握一些基础编程技能，随后深入研究诸如奖励建模、监督微调、专家层混合、均方根归一化、旋转位置编码、KV缓存等关键概念。