The readings in a graduated cylinder are`10 cm^(3)` and` 20 cm^(3)`, respectively, before and after a metal alloy piece of mass 200 g is put in it. Thedensity of the material of the alloy is `"________"`kg `m^(-3)`

1 g cm^(-3) = 1000 kg m^(-3)

10 kg m^(-3) =____g cm^(-3)

1 g m_(-3) = __________ kg cm^(-3)

10 kg m^(-3) =_____8 cm^(-3)

Convert 920 kg//m^(3) to g//cm^(3)

A stone of density 5xx 10^(3) Kg m_(-3) and mass 2 kg is immeresed into a liquid, inside a graduted cylinder. The reading on the graduated cylinder. The reading on the graduated cylinder is 1000 cm^(3) before the stone is immersed into it, the reading after the stone is immersed in it is "________" cm^(3) .

Find the weight of a solid cylinder of radius 10.5 cm and height 60 cm if the material of the cylinder weight 5g per cm^(3)

Calculate the moment of inertia of a solid cylinder of length 10 cm and of radius 20 cm about its own axis. Density of the material of the cylinder = 9 g ."cm"^(-3) .

A block of mass 100 g and volume 20 cm^3 is put in a bucket filled with water. Will it float or sink ?