A rectangular vessel of dimension (`lxxbxxh`) and mass `M` contains a liquid of density `rho`. The vessel has an orifice at its bottom at a distance `c` from the rear wall as shown in the figure.

The force F needed to support the liquid of density rho and the vessel on it, in figure, is

A rectangular vessel of dimensions 20 c mxx16 c mxx11 c m . is full of water. This water is poured into a conical vessel. The top of the conical vessel has its radius 10 cm. If the conical vessel is filled completely, determine its height. [Use pi=22//7 ]

A rectangular vessel of dimensions 20 c mxx16 c mxx11 c m . is full of water. This water is poured into a conical vessel. The top of the conical vessel has its radius 10 cm. If the conical vessel is filled completely, determine its height. [Use pi=22//7 ]

A lipuid is poured into a cylindrical vessel of height H and mass M. to what height a liquid of density p should be poured so that the centre of gravity of the vessel + kuqyud ' sustem mat be at the minimum height from the bottom . Negalect the mass of the bottom .the area of cross - section of the vessel of A .