My high school science teacher explained it this way back in 1981 or so. Warm liquids and gasses have more space between the molecules, allowing for the cooling process to attack them over a wider surface. That 'speeds up' the cooling process. It's not a paradox at all.
Well, if you are not educated it "seems like a paradox". The title is clickbaity though.
The title is clickbaity though.
Considering the source, of course it is. :-D
if you are not educated it "seems like a paradox".
I'm not educated. If you have a warm liquid and cool liquid and you say the warm liquid cools faster than the cooler one, eventually the warm liquid will reach the temperature of the cooler one, at which point you now have two cool liquids. Why would one of them now cool faster?
Whole discussion about it (news.ycombinator.com) (best theory is that hot water develops convection currents that persist even once it reaches temperature of colder water, so it has better heat transfer).