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Salt is dissolved in a smaller volume of water.
No it increases in volume as it freezes. This desreases the density of ice to that of water, that is why ice floats on water. and This freezing of water as it freezes can crack open pavement or frost heaving.
The volume of water increase under 3,98 oC.
The volume will increase
The volume increase.
At freezing the volume of gas increase.
At freezing the volume of gas increase.
The volume increase, mass does not change.
The increase of the volume of water when it freezes.
Salt is dissolved in a smaller volume of water.
This means that the density of ice is lower than that of water. Its significance is that the density of ice decreases when water undergoes freezing. As density is equal to mass per unit volume, thus this means that there is an increase in volume due to expansion during the freezing process.
Water increases in volume as water expends on freezing.
Usually, when something turns into solid, its volume reduces. Since density is given by mass per unit volume, decrease in volume means higher densities. Water, however has an anomaly, on freezing, its volume, instead of contracting, actually expands. As the mass of the particular quantity under observation remains constant, increase in volume on freezing cause the density to go down, below water in the liquid form. Thus, the density of ice is lower that that of water.
No it increases in volume as it freezes. This desreases the density of ice to that of water, that is why ice floats on water. and This freezing of water as it freezes can crack open pavement or frost heaving.
Increase the water main diameter
An increase in volume or velocity of the water will increase erosion
The volume of water increase under 3,98 oC.