not known
Freezing at 32 F and boiling at 212 F
By putting it in a vacuum pump, the vapor pressure of the molecules within the water will be high enough to form bubbles, and the water will start to boil. The boiling process takes higher energy molecules away from the water left, which cools to a lower temperature. As the pressure is further reduced, more and more of the faster remaining slow moving molecules boil away
Salt water exists over a wide range of temperatures; there is no required temperature. It is cold at the poles and warmer at the equator. It can freeze when it is cold enough, and you can boil it on the stove.
Boil the water till its boil . then it will be free from co2. ai bit dau
The temperature is 60,3 oC.
No.
it freezes at 0C and boils at 100C
Freeze=0 Boil=100
Freeze : 0 Boil : 100
Freezing at 32 F and boiling at 212 F
39.8 fareignheight
Water freezes at 0 degrees C and boils at 100 C.
Water freezes at 32o F and boils at 212o F.
Liquids have different forms because when they get above a certain temperature the could boil or freeze.
it will sink and drown. if the river is too cold it will freeze. of the river is too hot it will boil.
NO IT CAN NOT Anti freeze should also be called Anti boil. The same agents that protect the system from freezing in the winter perform the opposite task in the hotter months. Having the proper mixture of Anti freeze (anti boil) allows the temperature of the water to exceed the normal boiling point of 212 degrees. Eventually, water with anti freeze will boil, but usually not until it reaches about 265 degrees.
The chemistry of ununhexium is not known.