Yes, but not at standard pressure. Assuming that the 0 degrees refers to Celsius, the water will begin to freeze at 0 if pressure is standard. Assuming that the 0 degrees is Fahrenheit, the water has already frozen by the time we reach 0.
However, if pressure is increased, this will tend to force ice to melt regardless of the lower-than-normal-freezing-temperature. This is because liquid water is denser than ice and increasing pressure favors denser forms of matter. (It is important to note that this is a unique trait of water. Most chemicals have an increased density in their solid state.)
yes, depending on the speed of the flowing water, and the temperature of the air
0 celsius
32 Fahrenheit
NO
Flowing water can be used to do work by creating a wheel or a turbine that turns a motor. In this manner, flowing water can be used to generate electricity to do work as well.
kinetic
Yes, but the larger the amount of water, the longer it will take for it to freeze.
No. Vodka doesn't freeze ;)
Pure water, at the pressure of 1 atmosphere will freeze at 273.15 K.
Chill it or freeze it.
not at the normal freezing temp for water. the mixture will have a lower freezing temp
it will freeze rite a O if it doesn't have some water in it it is made to react to water and go lower.
0 Celsius or 32 degrees Fahrenheit.
Increase the pressure. Ray
negative 10 degrees Fahrenheit
depends on the temp. needs more information
Water from the air condenses. you get yourself a flippin coat! or you'll freeze It snows
At what temp does pex pipe freeze
It can freeze in mid-air if the temp. is below 32 degrees. Best is when it is below 0 degrees
Salt water freezes at a lower temp than fresh, meaning colder. It may freeze faster when chilled enough be cause the salt would disrupt the plateo of the water so it may freeze faster.
Water freezes at 32 degrees Fahrenheit and 0 degrees Celsius.