3 ms·
Yup, rate of change, the same reason hot water freezes faster than cold water ... maybe http://www.straightdope.com/columns/read/422/which-freezes-faster-hot-wa
by JacobAldridge 16y ago
Yup, rate of change, the same reason hot water freezes faster than cold water ... maybe http://www.straightdope.com/columns/read/422/which-freezes-faster-hot-water-or-cold-water http://www.straightdope.com/columns/read/422/which-freezes-f...
- niels_olson 16y agoGood effort. However, if you evaporate more of your water, then the remainder freezes faster.
- powrtoch 16y agoIt's not really rate of change... a better statement of this is that there exist some set ups in which a hotter sample of water will freeze faster than a cooler one, because more complex stuff goes on than simply "temperature--". It's not a general rule, and it doesn't rely on any kind of temperature-drop momentum. I know your link doesn't exactly say that it does, but the summary felt kind of misleading.