A Treatise on Hydromechanics

action angular velocity axes axis vertical centre of gravity centre of pressure co-ordinates cone constant containing curved surface cylinder density depth determine differential direction distance dy dx elastic fluid equal pressure equilibrium filled with fluid fixed floats fluid at rest fluid displaced fluid pressure force free surface given Hence homogeneous liquid horizontal plane immersed incompressible fluid lamina latus rectum length mass of fluid motion obtained orifice oscillations parallel particles perfect differential perpendicular portion radius ratio resultant pressure rotates uniformly shew solid solid of revolution specific gravity sphere spherical spheroid St John's College standard substance string suppose surfaces of equal taking temperature tension tube unit of weight varies vertex vertical angle vertical plane vessel vibrations volume wave whole pressure