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Answer:
Temperature is an intensive property, while heat is an extensive property. An intensive property means that the amount of substance present will not change the specific trait. Calorimetry, heat of fusion and heat of vaporization calculations.
The heat of fusion has been dependent on the concentration of the sample, thus it has been an extensive property.
The physical properties of materials can be categorized as intensive and extensive properties based on their dependence on system size.
Extensive properties can be defined as the property that changes with the change in the amount of substance. The extensive property has been dependent on the mass.
The intensive properties are the characteristic of the material that has been independent of the concentration of the sample.
The heat of fusion can be defined as the amount of heat required to convert solid material to a liquid state. The heat of fusion has been dependent on the concentration of the sample, thus it has been an extensive property.
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