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Difference Between Intensive and Extensive Properties FAQs
What is the difference of intensive and extensive properties?
Intensive properties are independent of the quantity of matter, while extensive properties depend on the amount of substance.
Examples: Temperature, density, and refractive index are intensive properties, whereas mass, volume, and energy are extensive properties.
Is boiling point extensive or intensive?
Boiling Point: Boiling point is an intensive property. It remains constant for a substance regardless of the quantity.
Is Density an Intensive or Extensive Property?
Density: Density is an intensive property. It is characteristic of the substance and does not change with the quantity.
Is Heat Capacity Intensive or Extensive?
Heat Capacity: Heat capacity is an extensive property. It depends on the amount of substance, as larger quantities require more heat to change temperature.
What are extensive and intensive properties and their examples?
Extensive Properties: Depend on quantity (e.g., mass, volume, energy).
Intensive Properties: Independent of quantity (e.g., temperature, density, refractive index).
Difference Between Intensive and Extensive Properties
Difference between intensive and extensive properties; understanding the difference between intensive and extensive properties is important in gaining knowledge about unique characteristics and quantity-related aspects of substances.
Praveen Kushwah9 Jun, 2025
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Difference Between Intensive and Extensive Properties : An in-depth understanding of matter properties is vital in both chemistry and physics, as it offers valuable insights into substances. Typically, the exploration of a substance begins by investigating its physical properties, which serve as a fundamental aspect of research.
Researchers prioritize developing an understanding of the physical properties of a substance, as it not only broadens its applications but also uncovers essential information about its nature. Within the realm of physical properties, substances are categorized into two types - extensive and intensive properties. For aspiring candidates preparing for NEET exam, understanding the difference between extensive and intensive properties of matter becomes crucial. For developing a foundational understanding of substances it is important to understand these properties, aligning with the requirements of the NEET syllabus .
Difference Between Intensive and Extensive Properties
Intensive and extensive properties are key concepts in understanding matter. Intensive properties, like temperature and density, stay the same. They're like a substance's unique characteristics. On the other hand, the extensive properties of substances like mass and volume, depend on the quantity of it. They change as you have more or less of the material. This difference is crucial in science and especially important for students to grasp. Intensive properties give us insight into the nature of substances, while extensive properties help us understand how substances change in different amounts.
Difference Between Intensive and Extensive Properties Overview
Understanding the difference between intensive and extensive properties is important in gaining knowledge about unique characteristics and quantity-related aspects of substances. These distinctions play a crucial role in scientific analyses. For a concise overview, refer to the table below, summarizing the key differences between intensive and extensive properties.
Difference Between Intensive and Extensive Properties
Property Type
Intensive Properties
Extensive Properties
Definition
Independent of the quantity of matter
Depends on the quantity of matter
Examples
Temperature, density, pressure, refractive index
Mass, volume, energy, length
Observation
Remains constant regardless of the size of the sample
It Changes with the size of the sample
Extensibility
Not additive; does not depend on the amount of substance
Additive; depends on the amount of substance
Equation
Often represented per unit mass or volume
Represents the total amount of the property
Behavior
Homogeneous throughout the substance
Depends on the size or extent of the substance
Notation
Often denoted by lowercase letters (e.g., T, ρ, P)
Typically denoted by uppercase letters (e.g., M, V, E)
What are Intensive Properties?
According to the definition, the intensive properties are the physical properties of a substance that do not depend on the quantity or size of the sample. They remain constant regardless of the amount of substance present.
Examples of Intensive Properties
Temperature : It remains the same regardless of the quantity of the substance.
Density : It is known that the density is the mass per unit volume and is independent of the amount of substance.
Refractive Index : The refractive index of a material remains constant, irrespective of the quantity of the material.
What are Extensive properties?
The Extensive properties of a substance are the properties that depends on the quantity or size of the sample. These properties vary with the amount of substance present.
Examples Extensive properties
Mass : The mass of a substance increases with the quantity of the substance.
Volume : The volume of a substance is directly proportional to the quantity of the substance.
Energy : The total energy of a system is an extensive property and increases with the amount of substance in the system.
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