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Momentum.

There is no such thing as "cold" and heat travels to the lowest point. Heat travels faster when there is a greater difference in temperature. Water is great at transferring heat.

A car traveling 100 mph over 50 miles will get to the finish faster than a car driving 60 mph over 40 miles.
 
The covalent bonds that are formed to bring the elements (hydrogen and oxygen) together to form water are stretched due to the violent movement in hot water (its kinetic energy), these connectors are cooled at a faster rate when stretched (as opposed to being cool or cold). The cooling of the covalent bonds is quicker, and through negative convection (not the exact same thing but the term fits) the cooling is transferred to the elements forcing the to cool at a more rapid pace creating ice at a pace quicker than a cooled water source. Ta. Freakin. Da.
 
The covalent bonds that are formed to bring the elements (hydrogen and oxygen) together to form water are stretched due to the violent movement in hot water (its kinetic energy), these connectors are cooled at a faster rate when stretched (as opposed to being cool or cold). The cooling of the covalent bonds is quicker, and through negative convection (not the exact same thing but the term fits) the cooling is transferred to the elements forcing the to cool at a more rapid pace creating ice at a pace quicker than a cooled water source. Ta. Freakin. Da.

Dont be stealing my thought...lol
I was thinking of it being stretched allowing more surface.
 
Momentum.

There is no such thing as "cold" and heat travels to the lowest point. Heat travels faster when there is a greater difference in temperature. Water is great at transferring heat.

A car traveling 100 mph over 50 miles will get to the finish faster than a car driving 60 mph over 40 miles.

Ask the AC guy :thumb: here is your answer.
 
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