Complex crystal structure and hydrogen bonding
They are the same, though a liquid's freezing point can vary. For example, magma's freezing point is quite high, and water's freezing point is lower, at 32 degrees Fahrenheit.
Well, when mixed in an ideal solution with water, it has a relatively high boiling point and low freezing point. Also, it doesn't cause rust/corrosion.
D. low freezing point
Salt water freezes at a lower temperature because the high salt content in the water lowers the freezing point but not by a lot.
The boiling point of water is lower at high altitude; the freezing point is practically not affected.
Because of strong hydrogen bonding.
This coolant has a high boiling point of 370 °F and is not corrosive, solving many of water's problems including freezing.
The freezing point of water is 32 degrees Fahrenheit. This is equal to 0 degrees Celsius. The freezing point of platinum is 3,214.9 degrees Fahrenheit, which is equal to 1,768.3 degrees Celsius.
the salt molecules interfere with the intermolecular forces and hydrogen bonds of the water molecules.
The attraction forces or the attraction between the bonds is relatively high as opposed to H2O or water which the bonds aren't as strong giving it a relatively low boiling point (: I feel like that helped :D
well since we as animals are basically made up of water, it takes an abnormally high boiling point because then our bodily organs wouldn't be in a stable temperature environment and we would all die of over heating or freezing.
The freezing point of water, as defined at a standard temperature and pressure (STP) is 0.0 degrees C and the boiling point is 100.0 degrees C. So it could be said that the difference is 100.0 degrees.