Correct Answer - Option 2 : heat
Explanation:
Thermodynamic property:
- It is a property that is measurable, and whose value describes a state of a system. Some e.g of the thermodynamic property are pressure, temperature, viscosity, density. Properties are point function i.e. these do not depend on the path followed.
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There are two types of thermodynamic property namely Intensive and Extensive thermodynamic property.
The difference between Intensive and Extensive thermodynamic properties are,
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Intensive property
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Extensive property
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The properties of the system which are independent of mass under consideration are called intensive properties.
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The properties which depend on the mass of the system under consideration are called extensive properties.
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For example Pressure, Temperature, Density, Composition, Force, Specific Heat Capacity, etc.
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For example Internal Energy, Heat, Enthalpy, Mass, Volume, Entropy.
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Hence, heat is an extensive thermodynamic property.
- Every specific extensive property is an intensive property. eg, specific enthalpy, specific internal energy.
