0 °C or 32 °F or 273.15 K Under standard conditions, pure water freezes at 0°Celsius, which is the same as 32 °Fahrenheit, which is 273.15 Kelvin.
It actually varies a bit, depending on the pressure and the exact composition of the water - that is to say, impurities as solutes can lower the freezing point. The freezing point for brine established the 0° point on the Fahrenheit scale (-17.8°C).
Zero
It varies from 0 degrees F to 32 degrees F (which = 0 degrees C)
depending on how pure the water is.
Answer For Celsius it is 0. It is 32 degrees Fahrenheit.
alcohol-rubbing alcohol or the stuff you drink-specifically grain alcohol because it has the highest alcohol content of any.
I'm not sure what the correct answer is, but I know it's not alcohol. I can think of any number of things with a higher freezing point, water being the most obvious.
In terms of pure elements, I believe you're looking for Tungsten, which "freezes" at roughly 3500 degrees C. If you're looking for a minimum temperature, you want absolute zero, roughly -273.15 degrees C.
Normally, it is zero degrees Celsius, or 32 degrees Fahrenheit. These temperatures are only approximate, as other factors may come into play, such as impurities present in the water, or supercooling occurring, which can alter the freezing points.
0 degrees is considered a high freezing point. However, many negative temperatures, such as -27 degrees, is also considered a high freezing point.
Freezing point of water is 32 degrees F, zero degrees C
The freezing point of water is 32 degrees Fahrenheit or 0 degrees Celsius.
Other substances have different freezing points.
For water it is 32 degrees Fahrenheit, or 0 degrees Celsius.
At this temperature a liquid become solid.
32 degrees Fahrenheit, 0 degrees Celsius.
50g C2H6O2(1 mol C2H6O2/62g C2H6O2)= .81mol C2H6O2 (.81mol C2H6O2/.085kg H2O)=9.53m Kf=1.86 C/m delta t=(1.86 C /m)(9.53m)= 17.7 C t=(0 C-17.7C)=-17.7 C is the freezing point of the solution.
oxygen's freezing point is 222.65 degrees Celsius
Cerium's freezing point or the melting point is 795 oC.
The freezing point of salt is also its freezing point. This is the case with any substance, as it is the temperature that an element changes from the solid to liquid phase or the liquid to solid phase.
Adding salt to water the freezing point decrease.
The freezing point of the solution depends on the NaCl concentration.
Freezing of H2O is a Physical Change.
H2O(l) --> H2O(g) + heatshows the process of freezing.
As in all things that are matter, they have three forms: steam (H2O boiling point is 212 degrees F), liquid (between boiling point and freezing point), and the freezing solid (H20 is 32 degree F).
This physical process is freezing.
As in all things that are matter, they have three forms: steam (H2O boiling point is 212 degrees F), liquid (between boiling point and freezing point), and the freezing solid (H20 is 32 degree F).
physical, ice is still H2O
Neither. Solid water (water ice) is substance with the formula H2O. The freezing point/melting point of water is a physical property.
freezing
This can be used as a lubricant or a coolant at a temperature below freezing of water, but above the freezing point of the liquid. Also, when ice freezes on sidewalks, salt is spread to prevent slipping on the ice.
50g C2H6O2(1 mol C2H6O2/62g C2H6O2)= .81mol C2H6O2 (.81mol C2H6O2/.085kg H2O)=9.53m Kf=1.86 C/m delta t=(1.86 C /m)(9.53m)= 17.7 C t=(0 C-17.7C)=-17.7 C is the freezing point of the solution.
what is the freezing point of N2O