what's the SI unit of latent heat of fusion and specific heat capacity
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The specific heat capacity of a substance is the quantity of heat required to produce a unit change in temperature per unit mass of that substance.
Q=mcΔθ
SI unit for specific heat capacity: JKg−1K−1
The specific latent heat of fusion, Lf , is defined as the amount of heat required per unit mass to change a substance from the solid phase to the liquid phase without any change in temperature
Q=mLf
The specific latent heat of vaporization, Lv, is defined as the amount of heat required per unit mass to change a substance from the liquid phase to the vapor phase without any change in temperature.
Q=mLv
SI unit for specific latent heat of fusion/vaporization: JKg−1
Q=mcΔθ
SI unit for specific heat capacity: JKg−1K−1
The specific latent heat of fusion, Lf , is defined as the amount of heat required per unit mass to change a substance from the solid phase to the liquid phase without any change in temperature
Q=mLf
The specific latent heat of vaporization, Lv, is defined as the amount of heat required per unit mass to change a substance from the liquid phase to the vapor phase without any change in temperature.
Q=mLv
SI unit for specific latent heat of fusion/vaporization: JKg−1
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si unit of latent heat of fusion is joule and the si unit of specific heat capacity is joule per kilogram kelvin
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