“What is the reason why metal objects transmit heat so quickly and intensely?” “In other words, this material is to be so permeable How does he do that?”

Bride, the answer to these questions Let’s give it.

Actually, the answer to this question lies in thermal conductivity.

For example, if you’ve ever baked a cake, you know that the cake pan feels warmer than the cake inside. This is because Metal is a much better conductor than cake. For this reason, it transfers thermal energy to your hand much more efficiently.

That is why metal feels much colder or hotter than other materials at the same temperature. The metal has much better thermal conductivity is that it is so.

On the other hand, when a material absorbs heat energy, this energy is absorbed turns into kinetic energy and makes atoms move. But atoms in solids don’t have much room to move, and they start to vibrate among themselves.

As this vibration occurs and the movement continues from the hot part of the substance to the cold part, the heat begins to move downward.

For example, the atoms and molecules of a metal are denser and more compact than those of wood, resulting in more particles hitting each other makes it much easier. Again, the fact that wood is a compound also plays an important role in its low conductivity.

In short, the reason why any metal object feels its heat or cold much faster and more intensely than other materials is that it It has to do with atoms and molecules.

Similarly, the density of molecules in the metal, It makes the thermal conductivity more permeable and observable. brings it to the situation.

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