define the following and state their numerical value in si system
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Answer:
The specific latent heat fusion is the heat energy needed to change 1 kg of the ice in its solid state at its melting point to 1 kg of the ice in its liquid state, and that released when 1 kg of the liquid changes to 1 kg of solid
The specific latent heat fusion is the heat energy needed to change 1 kg of the ice in its solid state at its melting point to 1 kg of the ice in its liquid state, and that released when 1 kg of the liquid changes to 1 kg of solidSpecific heat of fusion of ice is 0.336 MJ/kg
The specific latent heat fusion is the heat energy needed to change 1 kg of the ice in its solid state at its melting point to 1 kg of the ice in its liquid state, and that released when 1 kg of the liquid changes to 1 kg of solidSpecific heat of fusion of ice is 0.336 MJ/kgThe specific latent heat of vaporisation of a water is the heat energy needed to change 1 kg of the water in its liquid state at its boiling point to 1 kg of the water in its gaseous state, and that released when 1 kg of vapour changes to 1 kg of liquid
The specific latent heat fusion is the heat energy needed to change 1 kg of the ice in its solid state at its melting point to 1 kg of the ice in its liquid state, and that released when 1 kg of the liquid changes to 1 kg of solidSpecific heat of fusion of ice is 0.336 MJ/kgThe specific latent heat of vaporisation of a water is the heat energy needed to change 1 kg of the water in its liquid state at its boiling point to 1 kg of the water in its gaseous state, and that released when 1 kg of vapour changes to 1 kg of liquidSpecific heat of vaporisation of water is 2.26 MJ/kg
Explanation:
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