The sensation of temperature (hot or cold) depends on the rate of heat flow between an object and your skin, not the actual temperature; materials with higher thermal conductivity (like metal) transfer heat more rapidly, making them feel colder when cooler than your skin and hotter when warmer, while materials with lower thermal conductivity (like plastic) transfer heat more slowly.
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Deep Dive
They're the Same Temperature #physicsAdded:
Take a metal spoon and a plastic spoon, put them somewhere cold and the metal one will feel a lot colder. But why?
It's a lie, they're at the same temperature. Now take those same two spoons, warm them up to 50° and the metal one will feel hotter. But why?
It's a lie, they're at the same temperature. Your sense of how hot or cold something is depends more on the rate of flow of heat than it does on the actual temperature itself. The free electrons inside the metal act like a motorway for heat energy. When the metal is cooler than your finger, it literally sucks energy out of you. When the metal is warmer than your finger, it pushes energy in. This all happens with the plastic, too, but at a much lower rate.
This is why your brain gets totally scrambled if you
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