Freezing does not change the mass of a liquid. Its density may change, however.
Most solids are denser than their liquid phase. Frozen water, i.e. ice, is less dense, and so floats.
No. It is more dense.
The ball made out of frozen kerosene would likely float on the liquid kerosene since it is less dense than the liquid. When an object is less dense than a liquid, it will float on the surface.
The structure of frozen water (ice) is less dense than the random arrangement of the water molecules in liquid water, thus ice floats because water becomes less dense when it is frozen. Because of buoyancy forces, an object placed in a liquid will float if it is less dense than the liquid and sink if it is more dense.
Because it is a frozen liquid, and since it is frozen it isn't liquid.
Yes, frozen water (ice) is less dense than liquid water, so it actually increases in size when melted. This is why ice cubes float in liquid water.
No, not exactly. Water expands when it is frozen, so a gallon containing only liquid water and a gallon containing a mix of liquid and frozen water will have different volumes when the liquid melts. That is, the second gallon will be less full, as the water contracts when it melts.
It has less because you add a solid and liquid together and you get less.
The frozen liquid that will melt the quickest is the one with the lowest freezing point, such as ice. Other frozen liquids like alcohol or salt water will take longer to melt due to their lower freezing points.
Ice is less dense than liquid water because of the way water molecules arrange themselves in a rigid lattice structure when frozen. This results in ice taking up more space and being less compact than liquid water, causing it to be more spread out.
frozen water being less dense than liquid water
In a micro gravity, if the mass of each are equal they would 'weigh' the same.
Because theres more liquid.