Enthalpy | Specific heat
Enthalpy:-
Enthalpy is a property which is defined as the sum of inter-molecular energy and the product of pressure and volume of a system. It is denoted by symbol ' H '.
H=U+pV
Enthalpy H is an extensive property. The corresponding intensive property, the specific enthalpy h, is defined as
h=u+pv
Specific heat:-
The specific heat of a substance is defined as the amount of heat required to raise a unit mass of the substance through a unit rise in temperature. The symbol ' C ' will be used for specific heat.
Therefore, C= Q/m.∆t J/kg k
Specific heat at constant volume:-
specific heat at constant volume is defined as the change of specific inter-molecular energy with temperature at constant volume.
Enthalpy is a property which is defined as the sum of inter-molecular energy and the product of pressure and volume of a system. It is denoted by symbol ' H '.
H=U+pV
Enthalpy H is an extensive property. The corresponding intensive property, the specific enthalpy h, is defined as
h=u+pv
Specific heat:-
The specific heat of a substance is defined as the amount of heat required to raise a unit mass of the substance through a unit rise in temperature. The symbol ' C ' will be used for specific heat.
Therefore, C= Q/m.∆t J/kg k
Specific heat at constant volume:-
specific heat at constant volume is defined as the change of specific inter-molecular energy with temperature at constant volume.
Post a Comment