This statement is the general case of Torricelli's law, and Venturi manometers work because of it.
This statement can be derived if one sets the viscosity terms of the Navier-Stokes equations to zero, creating the Euler equations, and then integrates along a streamline. This statement is the general case of Torricelli's law, and Venturi manometers work because of it. This principle follows from the fact that the sum of potential and kinetic energies must [*] remain constant along streamlines. Stating that an increase in speed of flow results in a decrease in pressure or potential energy, for 10 points, name this principle that partially explains how airfoils lift planes, named for one member of a family of Swiss mathematicians.
This statement can be derived if one sets the viscosity terms of the Navier-Stokes equations to zero, creating the Euler equations, and then integrates along a streamline.
{Bernoulli’s} principle [or the {Bernoulli equation}, law, or {effect}]