RT Journal Article ID 4ef82e535e5949c4 A1 Sharma, Ajay T1 Consequences of Indeterminate Form of Volume of Floating Balloons in Water JF International Journal of Fluid Mechanics Research JO FMR YR 2011 FD 2011-11-03 VO 38 IS 5 SP 444 OP 449 AB It is observed in critical analysis of completely submerged floating balloons in water, that under some feasible conditions, the volume of fluid filled in balloon takes indeterminate form i. e., 0/0 in equations based upon Archimedes principle. These equations became feasible 1935 years after enunciation of the principle in 1685, when Newton defined g in The Principia. If in this case definition of the principle is generalized i. e., upthrust is proportional to the weight of fluid displaced, then results are consistent. Thus, co-efficient of proportionality comes in picture, which accounts for shape of body, viscosity of medium, magnitude of medium etc. Stokes law takes in account the shape of body and viscosity of medium, and is experimentally confirmed, hence generalized form of the principle is justified, however in narrow range. Furthermore some specific experiments have been suggested to confirm effect of coefficient of proportionality. Such specific studies do not mean any comment or conclusion of the established status of the principle. PB Begell House LK https://www.dl.begellhouse.com/journals/71cb29ca5b40f8f8,3b02a11311f01f8d,4ef82e535e5949c4.html