A Treatise on Hydromechanics

acting action angle angular attraction axes axis base body centre of gravity centre of pressure closed co-ordinates College condition cone consider constant containing continuity curve cylinder density depth determine differential direction displaced distance Edition elastic element equal equal pressure equation equilibrium expression fixed floats fluid force function given Hence homogeneous horizontal immersed increase initial length liquid mass measured motion normal observed obtained orifice origin oscillations parallel particles perpendicular placed plane portion position possible pressure produced prove quantity radius ratio respectively rest resultant rotation shew side solid sound sphere string suppose surface surfaces of equal taking temperature tension tube unit varies velocity vertex vertical vessel vibrations volume wave weight whole pressure