3 ms·

Would that not increase the chances of things getting burnt at the base?

• ajb 2y ago
  Not really, since milk contains water the max temperature you can reach is 100 degrees (given it has a path to atmospheric pressure). So the bottom can only burn if all the water boils off.
  • BugsJustFindMe 2y ago
    "contains water" is very obviously insufficient for this to be anywhere close to true.
    • ajb 2y ago
      Milk is mainly water as I'm sure you know. If you think it's useful to know what mixtures won't be held to 100 degrees, perhaps you could contribute some information to that effect - as opposed to just snark
      • agos 2y ago
        you should really put your theory to test
  • smoothbran 2y ago
    A beautiful demonstration of the difference between theory and practice.
  • bmacho 2y ago
    Sounds interesting! I wonder what happens, when milk gets burned! - - - I gave it some thought, and a possible explanation is that water evaporates from the bottom of the pot, it leaves some waterless milk there, and that burns. But this assumes that the inside of the pot can be hotter than 100°C, I wonder if that's true, or milk keeps it ~100°C (water is very good at transferring heat after all).
  • krzat 2y ago
    Put some milk on high and see if your theory holds true.
• askvictor 2y ago
  Article says it does the opposite, as it effectively stirs the bottom