All right. How does the flow rate in a pipe depend on its diameter?

好吧。管直径如何决定流量？

Don't be surprised if you switch to a precision basket and you see your flow rate suddenly increase.

如果您切换到精密萃取头并看到您的流速突然增加，请不要感到惊讶。

The urethra's diameter also affects flow rate.

尿道的直径也会影响流速。

How's that for a flow rate equivalency?

流量当量如何？

Uh, remember that paper I had published last year on sediment flow rate?

记得我那篇沉积速率论文吗？

But this loss can be overcome if the flow rate in from the glacier aquifer is high enough.

但如果来自冰川含水层的流速足够高，这种损失是可以克服的。

This is called the mass flow rate, and it’s always going to be the same everywhere in the pipe.

这就是所谓的质量流量， 它在管道的任何地方总是一样的。

This is called the mass flow rate, and it's always going to be the same everywhere in the pipe.

这称为质量流量， 它将保持固定在管的每个位置。

See, Einstein's special theory of relativity shows that the rate time flows at depends on how fast you're moving.

看，爱因斯坦的狭义相对论表明，时间流逝的速度取决于你移动的速度。

In doing so, the urethra harnesses the power of Torricelli's Law, which states that flow rate increases with container height.

在这样做时，尿道利用了托里切利定律的力量，该定律指出流量随着容器高度的增加而增加。