It gets warmer. So, the water molecules absorb some kinetic energy, and begin to try and overcome to intermolecular attraction between them. Eventually, at 100 deg. C., they are finally able to move apart, and this represents water's boiling point, the point at which the water molecules have enough kinetic energy to no longer be attracted to each other.
The water is evaporated and a small amount of residue remain on the pan.
Evaporation is an endothermic process and absorb heat.
yes, it is true! you little cheater!
apart from raising its temperature - not at all.
The water gets colder. If enough heat is removed, including the heat of fusion, the water will freeze. Removing the heat of fusion does not change the water's temperature.
Separating Salt and Sand Using Solubility Pour the salt and sand mixture into a pan. Add water. ... Heat the water until the salt dissolves. ... Remove the pan from heat and allow it to cool until it's safe to handle. Pour the salt water into a separate container. Now collect the sand.
Radiation
You would remove the pot or pan and wipe up the water. They cook with magnetics instead of applied heat.
Tin pan, because it conducts heat better than a plastic pan.
The cooking that happens after you remove pan from the heat source?
heat the fricken pan
you put the water in a pan and heat it till the water evapourates
It will eventually evaporate. It can't get any hotter than 40 degrees C so it won't boil, but it will evaporate.
Yes
Yes
Both the flame heating the pan and the pan heating the water are examples of conduction. Convection is when the molecules of water heat other molecules of water.
The flame heats up the metal pan because metal conducts heat well. Since the water is in the hot pan, it also gets hot.
it becomes warm