This is a strange question. Water boils usually at 100 degrees Celsius and freezes at 0 degrees Celsius. Who understands this question? I think you mean "If a substance changes from solid to liquid when the temperature exceeds 100 degrees, will it change from liquid back to solid when cooled to below 100?" Yes, it will.
Yes. However freezing and melting occur at different energy levels. Water both freezes and melts at 32 degrees Fahrenheit or 0 degrees Centigrade. However, a gram of water must release 80 calories of energy (A calorie, not a food calorie which is 1000 real calories, is that amount of energy necessary to heat one gram of water 1 degree centigrade), in order to freeze, and a gram of ice must absorb 80 calories in order to melt.
If ice is floating in water and assuming the ice is neither melting, or increasing in size, then the temperature must be the freezing point.
A question on one of my high school physics tests in 1967 began "A beaker of ice and water have been sitting on a desk for 10 minutes" . I was unable to answer the question because I needed to know the temperature of the water. Cleverly, my teacher was trying to find out if I knew that water and ice can only co-exist in water at the freezing point.
No. A solid is simply a substance that is at a temperature lower than its freezing point. Gallium, which is solid at room temperature has a melting/freezing point of 30 degrees Celsius while Tungsten, also solid at room temperature has a melting/freezing point of 3422 degrees Celsius.
Yes, the freezing point and melting point of a substance are the same temperature. The link on Enthalpy of Fusion will help explain why the temperatures are the same.
yes it is true. Melting point and Freezing point are same temperatures
Yes, yes it does. With water both freezing point and melting point are 0 degrees Celsius
Anything dissolved in it, pressure that is higher or lower than normal.
yes it melts at 0 degrees Celsius
no
In Celsius, ice will freeze below and melt above 0 degrees.
it really all depends on the temperature if the water is warmer than the ice it would melt in atleast 1 min if the water is freezing cold and colder than the ice then the ice will melt in an hour b/c the water will warm up to room temperature if it5 was boiling water it would obviosly melt in a few seconds or 2
0° Celsius is the temperature at which ice starts to melt.
The adhesive starts to melt in the high 90's
A lot!
yes
Water tend's to crack and melt the ice, depending on the temperature it's at, it could freeze almost instantly.
Salt lowers the temperature at which water freezes which would cause the ice to melt.
The opposite of freeze would be melt, thaw, or liquefy.Melting
a low temperature will freeze the substance, a high temperature will melt or turn the substance into vapor
Technically it's still cold, but not enough to freeze to be icecream.
melt is to freeze as what is to matched.
melting temperature is when something melt in that time what is the temperature of it.
32.5F (melt) 32.4F (freeze) something like 120F (evaporate) idfk about the condensation part though
Well I know for a fact that ice will melt faster depending on how hot the temperature is.
Yes
Melt means to liquify by warmth so an antonym would be freeze, to become hardened by loss of heat.