Water is the only liquid known to expand in volume when passing from the liquid state into the solid state called ice. That's why any glass container filled with water or water juice would break if put in a freezer. So do the ice in both poles of the Earth, taking more volume to oceans than the original water volume before freezing. But remember Archimedes law.
add. Silicon, Gallium and Bismuth also share this anomalous expansion as does water!.
A.The normal pattern for most compounds is that as the temperature of the liquid increases, the density decreases as the molecules spread out from each other. As the temperature decreases, the density increases as the molecules become more closely packed. This pattern does not hold true for iceIn liquid water each molecule is hydrogen bonded to approximately 3.4 other water molecules. In ice each each molecule is hydrogen bonded to 4 other molecules.This translates to a more open or expanded structure. The ice structure takes up more volume than the liquid water molecules, hence ice is less dense than liquid water.
It wouldn't have more volume it should have less actually.
bc water has a greater surface area which makes the mass larger
At equal volume the mass of ice is lower than the mass of water.
The density of ice is lower than the density of liquid water.
When water freezes it expands
Liquid is much more tangible than ice if that's what your asking....
As the more energetic form of water -- water vapor -- is formed, the liquid water chills. Thus conservation of energy is preserved. Mass of course remains the same.
the answer to that question is..................... oh yea! it has a fixed mass and volume BUT NO SET SHAPE
The particles spread out and move around more freely due to the extra heat energy and thus the density decreases.
Lower vapor pressure.
It depends on the size of the cube.
It doesn't. You don't have any more water than what you started with' you could take the water and pour it back in the form to refreeze into a cube. This assumes no evaporation.
Yes
This depends on the mass of the liquid.
Less dense. For most substances, the solid form is more dense than the liquid form; water is a notable exception.Less dense. For most substances, the solid form is more dense than the liquid form; water is a notable exception.Less dense. For most substances, the solid form is more dense than the liquid form; water is a notable exception.Less dense. For most substances, the solid form is more dense than the liquid form; water is a notable exception.
Liquid is much more tangible than ice if that's what your asking....
As the more energetic form of water -- water vapor -- is formed, the liquid water chills. Thus conservation of energy is preserved. Mass of course remains the same.
Ice cubes are less dense than liquid water, which is why they float.
Liquid is much more tangible than ice if that's what your asking....
At normal temperature and pressure, it is 767921 kg, approx.The "equivalence" between the volume and mass was scrapped in the 1960s. Besides, the density of water varies by more than 4% over the range of temperatures where it is liquid at normal pressure.
No. Changes of state are physical changes in science. According to the law of conservation of mass, mass is neither created nor destroyed during physical or chemical changes (because atoms are not lost or gained.) Therefore, the solid form of one substance does not have more mass than the same substance in liquid or gas form.
For the same reason it floats in water and other water-based liquids: the ice is less dense than the liquid. When water freezes, the hydrogen bonds force the oxygen atoms farther apart, and this "lattice form" takes up more space than the liquid molecules. So the ice takes up more space for its mass, is less dense, and will float on the surface of water...or milk. The denser the liquid, the higher the ice cube will sit above the top surface.