it is done to expand it again after fitting the handle to it
.when it is don the wooden handle is completely tightly fitted to the metal rim
at least 0 degres c or 32 degres f
I think not because cold water is heaver than hot water and hot water rises to the top and cold drops to the bottom.
the hot and cold water become together then they make an equal tempature. warm :)
Isn't cold water already cold? I would say cold water gets cold first. I've heard that hot water freezes faster than cold water.
In hot water
If cold and hot water are poured into the same container, then the cold water will gain energy and the hot water will lose energy, until the water as a whole has the same temperature
choices are: The cold will flow from the metal into the hot water, causing the hot water to warm up and the metal to cool down. b. The energy from the hot water will flow into the cold metal, cooling the water down and heating up the metal. c. The cold will flow from the metal into the hot water, causing the hot water to cool down and the metal to warm up. d. The metal will cool down because the specific heat of water is high.
It depends on the situation. If cold and hot water were mixed roughly together, they will simply mix with each other. However, when hot water is poured over cold water gradually, they will not mix and the hot water will remain on top of the cold water. This always happens when using a large container. In a small container, they will also mix immediately.
warm water will rust metal faster
I think it does because once I dyed warm water red and cold water blue. If you put the red on top, that's where it stays.
100
Cold metal.
the water molecules are getting cold
Depends where you are. In British Columbia, not required.
The hot water will cause the metal screw cap to expand and loosen its grip. If the bottle is straight from the fridge and is very cold, don't dip more than the metal cap briefly into the hot water. Very cold glass can shatter if in sudden contact with hot water.
no
Ice melting -putting a sheet of hot metal into cold water.