For 10 points, name this fluid-flow equation formulated by a Swiss physicist.
This equation can be used with a Venturi device to measure flow rate. One term in this equation accounts for the gravitational potential energy of a fluid. This equation, which ignores internal friction and compressibility, holds true because of the work-energy principle. This equation's namesake also names a related effect in which pressure is reduced as flow rate increases. It can be used to calculate the dynamic lift experienced by an object like an airplane wing. For 10 points, name this fluid-flow equation formulated by a Swiss physicist.
This equation can be used with a Venturi device to measure flow rate.
Bernoulli equation