Response:
Clarification:
No.
The physical attributes of materials and systems can often be classified into intensive or extensive categories based on how these properties change with system size (or extent). According to IUPAC, an intensive quantity is one whose magnitude does not rely on the system's size, while an extensive quantity is additive among subsystems. This reflects mathematical concepts of average and measure, respectively.
An intensive property is a bulk property, indicating that it is a local physical characteristic of a system that remains unaffected by the system's size or amount of material present. Examples include temperature, T; refractive index, n; density, ρ; and object hardness.
Conversely, extensive properties such as mass, volume, and entropy are additive for subsystems, as they grow or shrink alongside the overall system.
These classifications are not exhaustive, as certain physical properties are not strictly intensive or extensive. For instance, the electrical impedance of two subsystems can be additive only when they are connected in series, whereas connecting them in parallel results in a smaller total impedance compared to that of either subsystem.
Hope this helps!:)
