The density of every liquid is not only different, but dependent upon pressure and temperature. As a result, the densities of liquids can only be compared directly, not in general terms. For a list of many different densities, go to:
http://www.simetric.co.uk/si_materials.htm
water expands when it freezes, unlike most substances, so the ice is less dense. it is the same amount of mass as it started with(water), but it has more volume than it started with. Archimedes principle says that in order to float, an object must way less than the amount of water displaced by its volume. ice has more volume than water. that is why ice floats to the top of your drink, or glaciers are at the top of the ocean at the extreme north/south
Strange as it may seem, liquid water is more dense than ice. That's why ice cubes
float in your drink, and icebergs float in the ocean.
It's also the reason why a frozen lake or pond is able to thaw. If ice were more dense,
then only the top of the frozen lake could ever thaw, because the ice lower down could
never float up to the surface to be melted by the sun.
Pretty lucky for human life on earth, eh ? Makes you think.// The reason liquid water is denser than frozen water is: There is air in ice
Floaters have densities lower than that of water.
Sinkers have densities higher than that of water.
Solid water is commonly called ice. It is less dense than water- which is why ice cubes float in your drink.
Water: 1g/ml Rubbing Alchol: 0.79g/ml
Ice is less dense than liquid water.
water
According to Wikipedia:In the liquid phase:The density of liquid water is 1,000 kg/m3 at 1 atm and 4 °C.The density of liquid CO2 is 770 kg/m3 at 56 atm and 20 °C.In the solid phaseThe density of solid water is 917 kg/m3 at 1 atm and −10 °C.The density of solid CO2 is 1,562 kg/m3 at 1 atm and −78.5 °C.So, liquid water is more dense than liquid CO2; solid CO2 is more dense than solid water; and solid CO2 is more dense than liquid water - which is why dry ice chunks sink to the bottom of a bowl of water.
Ice has about 91.5% of the density of water. It floats because it is less dense than water.
The properties of sugar and water alone is a liquid and a solid. The properties of sugar-water solution is a liquid.
water doesnt really contain density, but depending on its state (solid, gas, etc) it has a density. to get the density you would take the mass and divide it by the volume. usually, liquid water has a density of 1 kg/L
Ice is less dense than liquid water.
water
It sinks in the liquid. A steel bolt has a density greater that that of water. Drop it in water, it sinks.
Ice is less dense than liquid water.
It depends on the density of the solid, liquid, or gas. If the density is lower than water it will float. (Water's density is about 1). Also, if the volume of the solid, liquid, or gas is bigger than the mass then it will also float. It will sink if the solid, liquid, or gas's density is higher than water's density. :)
Water can be a solid in the form of ice, a gas in the form of steam or simply liquid water.
According to Wikipedia:In the liquid phase:The density of liquid water is 1,000 kg/m3 at 1 atm and 4 °C.The density of liquid CO2 is 770 kg/m3 at 56 atm and 20 °C.In the solid phaseThe density of solid water is 917 kg/m3 at 1 atm and −10 °C.The density of solid CO2 is 1,562 kg/m3 at 1 atm and −78.5 °C.So, liquid water is more dense than liquid CO2; solid CO2 is more dense than solid water; and solid CO2 is more dense than liquid water - which is why dry ice chunks sink to the bottom of a bowl of water.
Density: Solid > Liquid > Gas most of the times However, in some cases like water: Liquid > Solid > Gas
You think probable to the density, lower than the density of liquid water.
Solid water has greater density than liquid water in general, assuming there is not much dissolved oxygen to cause voids. A solid will always be more dense than a liquid, if it freezes in a manner that does not allow for voids.
Freezing - water moving from a liquid to a solid state.Deposition - water moving from a vapor to a solid state.
This is called specific gravity.