This equation can be applied when an obstacle is present to yield the Kutta-Zhukovski theorem and the symmetry of this equation results in d'Alembert's paradox, which can be resolved because momentum is transferred in the boundary layer.
This equation can be applied when an obstacle is present to yield the Kutta-Zhukovski theorem and the symmetry of this equation results in d'Alembert's paradox, which can be resolved because momentum is transferred in the boundary layer. Integrating the Euler equation along a streamline derives this equation, which predicts the Venturi effect and Torricelli's theorem. For ten points, name this equation that is applicable when a fluid's viscosity is negligible and the flow is streamline, a form of energy conservation of energy for ideal fluid flow.
This equation can be applied when an obstacle is present to yield the Kutta-Zhukovski theorem and the symmetry of this equation results in d'Alembert's paradox, which can be resolved because momentum is transferred in the boundary layer.
{Bernoulli}’s equation