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What happens to kinetic energy of particles, when heat energy equal to latent heat of fusion is supplied to a solid at its melting point ?Explain.
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HEYY GOOD MORNING GUYS
What happens to kinetic energy of particles, when heat energy equal to latent heat of fusion is supplied to a solid at its melting point ?Explain.
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Explanation:
when a solid particle is experiencing a heat energy equals to the latent heat of fusion is supplied to a solid at its melting point, the increase kinetic energy of particle will increase which will result in weakening the particle attractions in the solid particle.
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Answer:
When a solid particle is experiencing a heat energy equals to the latent heat of fusion is supplied to a solid at its melting point, the increase kinetic energy of particle will increase which will results in weakening the particle-particle attraction in the solid particles.
Explanation:
When a solid particle is experiencing a heat energy equals to the latent heat of fusion is supplied to a solid at its melting point, the increase kinetic energy of particle will increase which will results in weakening the particle-particle attraction in the solid particles.
Because of the weak force, the particles have experienced a low attraction force between them and finally, the solid will melts and changes its state as a liquid.