Question

When thermal conduction is occurring within a solid, what happens to its
particles?

Answer 1

Answer:

Both fast particles and slow particles speed up

Explanation:

Their atoms, or molecules that make them up, are closer together, so they can transfer energy between them much more efficiently. The particles of a solid are packed together tightly in an ordered fashion. There is little movement. The particles of a liquid have a little more freedom, being able to glide over and past each other, but are still relatively close together, so passing energy is easily accomplished. The particles of a gas are spaced far apart. For them to transfer energy, they have to bump into each other.

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Answer 2

Due to thermal conduction the molecules or atoms of the solid gains energy and vibrates since they are tightly packed they transfer energy from one atom or molecules to the other.

What happens to the solids due to thermal conduction?

Due to thermal conduction the molecules or atoms of the solid gains energy and vibrates since they are tightly packed they transfer energy from one atom or molecules to the other.

As we know that the molecules of the solid are closely packed the can not move in the solids just like air. Due to which  after getting energy they vibrates on their position and transfer heat to the other molecules without moving .

Hence Due to thermal conduction the molecules or atoms of the solid gains energy and vibrates and transfer energy from one atom or molecules to the other.

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