Two solids A and B of density 2.5 g `cm^(-3)` and 0.80g `cm^(-3)` are placed in a liquid L of density 1.2 g `cm^(-3)` Which solid is likely to float and why?

Two spheres A and B, each of volume 100 "cm"^3 are placed on water (density = 1.0 "g cm"^(-3) ). The sphere A is made of wood of density 0.3 "g cm"^(-3) and the sphere B is made of iron of density 8.9 "g cm"^(-3) . which sphere will float? Give reason.

A solid weighs 32 gf in air and 28.8 gf in water. Find the weight of solid in a liquid of density 0.9 "g cm"^(-3)

A body of density 2.5 g//cm^(3) is let free in a liquid of density 1.25 g//cm^(3) . The downward acceleration of the of the body while sinking in the liquid is . _______

Consider two solid spheres P and Q each of density 8gm cm^-3 and diameters 1cm and 0.5cm, respectively. Sphere P is dropped into a liquid of density 0.8gm cm^-3 and viscosity eta=3 poiseulles. Sphere Q is dropped into a liquid of density 1.6gmcm^-3 and viscosity eta=2 poiseulles. The ratio of the terminal velocities of P and Q is

Two spheres A and B, each of volume 100 "cm"^3 are placed on water (density = 1.0 "g cm"^(-3) ). The sphere A is made of wood of density 0.3 "g cm"^(-3) and the sphere B is made of iron of density 8.9 "g cm"^(-3) . Find the upthrust on each sphere.

What is the molality of ammonia in a solution containing 0.85 g of NH^3 in 100 cm of a liquid of density 0.85 g cm^(-3) ?

A piece of iron (density 7.6 g cm^(-3) ) sinks in mercury (density 13.6 g cm^(-3) ).

Volume occupied by 1 mole water (density = 1 g cm^-3 ) is

A cube (side =10 cm ) of density 0.5 g//cm^(3) is placed in a vessel of base area 20 cmxx20 cm . A liquid of density 1.0 g/ cm^(2) is gradually filled in the vessel at a constant rate Q=50 cm^(3)//s If we plot a graph between the normal reaction on cube by the vessel versus time. The graph will be like

Volume occupied by one molecule of water (density = 1 g cm^(-3) )