It is derived from the fact that fluids are isotropic in structure such that the stress vector cannot be different for different orientations of the surface normal because there is no preferred direction. This law states that in a static fluid, force is transmitted at the sp
It is derived from the fact that fluids are isotropic in structure such that the stress vector cannot be different for different orientations of the surface normal because there is no preferred direction. This law states that in a static fluid, force is transmitted at the speed of sound throughout the fluid and acts at right angles to any surface boundaries. The principle behind hydraulic devices, this law also states that externally applied pressure is transmitted uniformly in all directions of a confined fluid. FTP, identify this law of fluid dynamics named after a French scientist and philosopher.
It is derived from the fact that fluids are isotropic in structure such that the stress vector cannot be different for different orientations of the surface normal because there is no preferred direction.
{Pascal}’s law