Explain conduction of heat in solid on the basis of the kinetic theory of matter
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Answered by
83
Heyya!
Heat in solids is realized because of the thermal vibrations of the atoms. More the kinetic energy of the atoms greater will be the temperature of the solid. Now when a region of the solid is given a heat, the immediate layer of atoms of that regions begins to vibrate about their mean positions. This layer of atoms transfer the vibration to the next layer of atoms and so on. Hence heat flows through the solid which we call conduction.
Hope it helps! :)
Heat in solids is realized because of the thermal vibrations of the atoms. More the kinetic energy of the atoms greater will be the temperature of the solid. Now when a region of the solid is given a heat, the immediate layer of atoms of that regions begins to vibrate about their mean positions. This layer of atoms transfer the vibration to the next layer of atoms and so on. Hence heat flows through the solid which we call conduction.
Hope it helps! :)
Answered by
24
When a solid is heated from one end in fire, its atoms gain heat energy.
The gain of heat energy by the atoms increases their kinetic energy, and
hence, they vibrate about their mean positions with more amplitude. Thus,
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