The change in volume of water: temperature increase of 1 degree 32 to 212 degrees F, 0 to 100 C degrees?

The information you require is more readily available in tables of the density of water against temperature. There is a short table in Wikipedia 'Properties of Water' under the sub-heading 'Density of water and ice'.

Since the mass of the water remains constant with temperature, it's easy to convert the density data to either linear or volumetric expansion figures.

F = 9/5 C + 32

http://www.metric-conversions.org/conversion-chart...

water vapor can exist at notably much any temperature and tension. At sea point, under 0 tiers C, it particularly is consistently changing backward and forward between ice and water vapor, although this occurs greater slowly the chillier it gets. by way of fact of this you ice cubes look to evaporate and you get frost on the interior of your freezer--the ice is evaporating and transforming into ice someplace else without ever transforming into liquid (sublimation). in case you look at a triple-factor diagram for water, it is going to look to enable you recognize that water vapor in common terms exists in a small tension-temperature area. although, the triple-factor diagram in common terms tells you the place LIQUID and sturdy states are a risk--water vapor relatively exists via the finished diagram.