Dividing through by the acceleration of gravity reformulates this equation in terms of head, which is how it's commonly used in civil engineering, and it can be used to derive the Venturi principle.
This relation's namesake constant must generally be computed for each streamline because it is derived by line-integrating the momentum equation along a streamline with the proper assumptions, the most restrictive of which is the absence of friction. Dividing through by the acceleration of gravity reformulates this equation in terms of head, which is how it's commonly used in civil engineering, and it can be used to derive the Venturi principle. It can be quickly obtained by dividing the energy equation for an ideal fluid element by its volume. FTP, name the equation that states that the sum of static and dynamic pressures and specific gravitational potential is constant and is named after a Swiss physicist.
This relation's namesake constant must generally be computed for each streamline because it is derived by line-integrating the momentum equation along a streamline with the proper assumptions, the most restrictive of which is the absence of friction.
Bernoulli's equation