Therefore, every locker that is a perfect square will remain open.

所以，完全平方数的 後都会保持打开。

There'll just be a lot more square centimeters.

因为平方厘米数增加了。

So there's only 10 perfect squares between one and 100.

也是 1到100之间 只有10个完全平方数。

There's no set square milage, no required population, nothing.

没有设定的平方英里数，没有所需的人口，什么都没有。

(and so on) where you're adding the inverses of the next square number.

（以此类推）， 这里你在相加的是下一个平方数的倒数。

The chemical waste is then sent to ponds, which covers several square miles.

然后将化学废物送往占地数平方英里的池塘。

And so if I take the square root of that, q now equals roughly 0.22.

因此， 如果我取这个数的平方根，现在 q 大约等于 0.22。

Tammy Ma: E equals MC squared. Where that " m" is that differential in mass, we're going to multiply by " c, " the speed of light, a huge, huge number squared, and with that, get a tremendous amount of energy out.

谭米·玛：质方程。这里的“m”是指质量差，我们将它乘以“c”，即光速，一个非常非常大的数的平方，这样放出巨大的量。

And then if you square something close to 0-- remember, these are decimals, they're going to be less than 1, pretty close to 0-- it's going to become even smaller.

然后，如果你对一个接近0的数进行平方——记住， 这些是小数，它们会小于1， 非常接近0——它会变得更小。

For example, to find two numbers that are each the sum of three squares, and whose sum is also the sum of three squares.

例如，寻找两个数，每个数都是三个平方数的和，并且这两个数的和也是三个平方数的和。

That often comes up when we use the UAM equation with the squares  of the final and initial velocities in it.

当我们使用带有终速度和初始速度平方数的UAM方程时, 经常会出现这种情况。

Dijkstra's original algorithm, conceived in 1956, had a complexity of the number of nodes in the graph squared.

Dijkstra初的算法，构思于1956年，其复杂度为图中节点数的平方。

Now, this guy's standard deviation or the standard deviation of the sampling distribution of the sample mean, or the standard error of the mean, is going to the square root of that.

现在，这个家伙的标准差或者样本均值的抽样分布的标准差， 也是均值的标准误差， 是那个数的平方根。

This corresponds with the fact that a ring whose radius is the square root of one of these will never hit any lattice points.

这对应于这样一个事实：一个半径为这些数的平方根的圆永远不会碰到任何格点。

In the middle of the ocean, with more square milage, your hypothetical continent would cost a lot more.

在海洋中央，如果平方英里数更多，您假设的大陆将花费更多。

And let me take an n-- let me take two things it's easy to take the square root of, because we're looking at standard deviations.

让我取一个n——让我取两个容易开平方的数，因为我们是在看标准差。