The Key Difference Between Extensive And Intensive Properties is that extensive property, like a house or a farm. These are properties that are large in size and yield a lot of products or services.
However, there may be instances where you would want to get an intensive property, like an apartment or office building. This blog outlines the differences between the two and how each one can be useful in different scenarios.
What are Extensive Properties?
Extensive properties in chemistry are physical properties of matter that are intensively dependent on the amount of matter present. In simple terms, extensive properties are dependent on the mass or amount of the substance present. These properties include volume, specific heat capacity, and enthalpy.
All of these properties change in the same direction when the mass of a substance changes. For example, the volume of a substance is directly proportional to the amount of it.
Example of Extensive Properties
What are Intensive Properties?
Intensive properties in chemistry are the ones that remain constant even if the quantity of matter is doubled or tripled or tripled. These are also called intensive variables as they do not depend on the quantity of matter.
Examples of Intensive Properties
- Boiling Point
- State of Matter
- Melting Point
- Refractive Index
- Difference Between Acetic Acid And Glacial Acetic
- Difference Between Nuclear Reaction And Chemical Reaction
- Difference Between Sodium Carbonate And Sodium Bicarbonate
- Difference Between Oxidation And Reduction
- Difference Between Herbicides And Pesticides
Major Differences Between Extensive and Intensive
- Extensive and severe addiction depends on the size of the substance, but this addiction is neither extensive nor severe. You don’t have to rely on the amount of substance.
- A wide range of properties cannot be calculated or computed. It is impossible, but advanced and rigorous calculations are possible.
- The scope and severity may vary depending on the situation, but the scope and severity are not subject to change.
- A wide range of properties is not easy to identify, and centralized properties are very easy to identify.
- The difference is that a wide range of properties depends on the size of the substance, but strict properties do not have this dependence.
- Extensive and severe depends on the size of the substance, but this addiction is not extensive and severe. You don’t have to depend on the amount of substance.
- It is not possible to calculate or calculate a wide range of properties. It is impossible, but extensive and rigorous calculations are possible.
- The extensive and severe ones may vary in size depending on the situation, but the extensive and severe ones are not subject to any kind of change.
- It is not easy to identify a wide range of features, although the intensive features are very easy to identify. Both broad and intense properties are physical properties. The difference is that a wide range of properties depends on the amount of the substance, but the severe ones do not have this addiction.
- Broad and extensive is not useful for identifying unknown items, but it is broad and extensive.
- The magnitude and intensity depend on the size of the substance, but the magnitude and intensity are fixed and do not change with the amount of the substance.
As we understood before, broad and intense properties are physical properties of matter. You can examine the physical properties of a substance without changing its chemical properties. Scope and extension are also recognized as great properties. They should not depend on the amount of substance. However, this dependency affects a wide range of properties. That’s why if you want to identify an unrecognized item, you have to move far and wide to find that item.