Now, let’s look at a special case of Bernoulli’s equation, known as Torricelli’s theorem.

现在，让我们看一下伯努利方程的一个特例， 即托里拆利定理。

Today, you learned about fluids in motion, with a focus on the continuity equation, Bernoulli’s equation, and Torricelli’s theorem.

今天，您学习了运动中的流体，重点是连续性方程、伯努利方程和托里拆利定理。

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。

Torricelli's theorem uses conservation of energy to find the velocity of fluid flowing from a small spout in a container.

他的理论利用能量守恒定律来计算 流体从小喷嘴流入容器的速度。

Torricelli’s theorem uses conservation of energy to find the velocity of fluid flowing from a small spout in a container.

托里切利定理使用能量守恒来计算从容器中的小喷口流出的流体速度。