The heat required per unit mass to change a substance from a solid state to a liquid state, without altering its temperature or pressure, is defined as the latent heat of fusion.
This energy is necessary to break the bonds that hold the molecules in a fixed position within the solid lattice.
The specific latent heat of fusion (\(L_f\)) is calculated using the formula:
\(L_f = \frac{Q}{m}\)where \(Q\) is the heat absorbed and \(m\) is the mass of the substance undergoing the phase change.
It is crucial to differentiate latent heat of fusion from other related terms:
Only the latent heat of fusion specifically addresses the energy needed for the solid-to-liquid transition at constant temperature and pressure.
Which of the following options does NOT represent a property of solids?
Which of the following statements is correct about continuous movement of particles of matter?
Which of the following statement is INCORRECT ?
Which of the following does not increase the rate of evaporation ?
Which of the following options does not represent a property of suspension?
Which of the following non - metals is a liquid ?
Which of the following is an example of heterogeneous solution?
Which is correct statement ?
According to Charle's Law, which of the following is constant?
Which of the following statements is/are correct?
I. Mass vapor is obtained in the air by evaporation and transpiration.
II. Water circulation between the oceans and the water bodies is called the water cycle.
Which gas gives pungent smell to LPG cylinders as a warning of leakage?
If C Sand C Iare the equilibrium concentration of impurities in the solid and liquid near the interface respectively, then for dilute solutions encountered in silicon growth, an equilibrium segregation coefficient k amay be defined as: