Intended for experimental study, physics laboratory, and the performance of physics experiments on: Physics. Hydrodynamics. The fundamental principle of hydrostatics, Stevin's principle, with a U-shaped manometer. Measuring pressure in mmH2O, in an open-tube manometer. Measuring the difference in level in mm, in the test tank. Measuring the pressure between two points at different levels in the test tank. The graph of pressure versus level. Stevin's principle. Fluid velocity through an orifice. Using the smaller orifice. Calculation of the fall time of a particle contained in the jet. Calculation of the launch velocity through the orifice. Calculation of the flow rate. Using the larger orifice. Calculation of the fall time of a particle contained in the jet. Calculation of the launch velocity through the orifice. Calculation of the flow rate. Flow of fluid through three small orifices vertically positioned. Calculation and analysis of the Reynolds number, etc.
Physics, fluid dynamics, transport phenomena.