The density of ice is 0.9 × 103kg / m3. When a piece of ice with a volume of 100 & nbsp; cm3 melts into water, the mass of ice is 0.9 × 103kg / m3______ g. The volume is______ When cm3.135 & nbsp; g water forms ice, its mass is______ Kg, the volume is______ cm3．

The density of ice is 0.9 × 103kg / m3. When a piece of ice with a volume of 100 & nbsp; cm3 melts into water, the mass of ice is 0.9 × 103kg / m3______ g. The volume is______ When cm3.135 & nbsp; g water forms ice, its mass is______ Kg, the volume is______ cm3．

The density of ice is 0.9 × 103kg / m3. The volume of a piece is 100cm3, and the mass of ice is m = ρ v = 0.9g/cm3 × 100 & nbsp; cm3 = 90g. Mass is the basic attribute of an object, and the mass has nothing to do with the shape, state and spatial position of the object, so the mass of ice remains the same after melting into water, which is still 90g