A solid hemisphere of radius `R` is made to just sink in a liquid of density `rho`. Find a. the vertical thrust on the curved surface b. the vertical thrust on the flat surface c. the side thrust on the hemisphere. d. the total hydrostatic force acting on the hemisphere.

A solid hemisphere of radius R is made to just sink in a liquid of density rho find the

A triangular lamina of area A and height h is immersed in a liquid of density rho in a vertical plane with its base on the surface of the liquid. The thrust on the lamina is.

A triangular lamina of area A and height h is immersed in a liquid of density p in a vertical plane with its base on the surface of the liquid. The thrust on the lamina is.

A solid hemisphere of radius a and weight W is floating in liquid and at a point on the base at a distance c from the centre rests a weight w. The tangent of the inclination of the axis of the hemisphere to the vertical for the corresponding position of equilibrium is . [assuming the base of the hemisphere to be entirely out of the fluid]

A tortoise is just sinking in water of density rho The tortoise is assumed to be3 a hemisphere of radius R . Find vertical thrust

A tank of square cross-section of each side is filled with a liquid of height h . Find the thrust experienced by the vertical surfaces and bottom surface of the tank.

A cup ABC is kept in a liquid of density rho as shown in the figure. Find the vertical thrust on the cup by the liquid present in region 2 , if the maximum volume of the liquid that can be kept in the cup is equal to V .

A cup ABC is kept in a liquid of density rho as shown in the figure. Find the vertical thrust on the cup by the liquid present in region 2 , if the maximum volume of the liquid that can be kept in the cup is equal to V .

A hemispherical bowl is made of steel,0.25cm thick.The inner radius of the bowl is 5cm. Find the outer curved surface area of the bowl.

A cylinder of radius R, height H and density simga has a hemispherical cut at its bottom. The top of the cyliner is kept at depth h from the liquid surface. If the density of liquid is rho , find the hydrostatic force acting on the hemispherical surface of the cylinder.