intensive properties

USAGE SUMMARY

The phrase "intensive properties" is correct and usable in written English.
It is typically used in scientific contexts, particularly in chemistry and physics, to describe properties that do not depend on the amount of substance present. Example: "Temperature and pressure are examples of intensive properties that remain constant regardless of the size of the sample."

✓ Grammatically correct

Academia

Science

Human-verified examples from authoritative sources

Exact Expressions

21 human-written examples

You have extensive properties and intensive properties.

Massachusetts Institute of Technology

Temperature and pressure are intensive properties.

Massachusetts Institute of Technology

For example, pressure and temperature are intensive properties.

Massachusetts Institute of Technology

Intensive properties don't care about the scale of your system.

Massachusetts Institute of Technology

Density, temperature, and pressure are examples of intensive properties.

Integrated Reservoir Asset Management Principles and Best Practices

Intensive properties do not depend on the quantity of matter present.

Massachusetts Institute of Technology

Human-verified similar examples from authoritative sources

Similar Expressions

39 human-written examples

An intensive property is a fluid property that is independent of the amount of material.

Integrated Reservoir Asset Management Principles and Best Practices

Electrical conductivity, an intensive property of materials, has been used in flotation for measuring important process variables such as froth depth, bias rate, solid and gas holdup.

Minerals Engineering

This microstructural, or intrinsic, size governs the mechanical properties and post-elastic material deformation at all sample dimensions, as the classical definition of "ultimate tensile strength" deems it to be "an intensive property, therefore its value does not depend on the size of the test specimen".

Progress in Materials Science

The reason for this possibly unintuitive fact is that temperature is an intensive property, meaning that any body with a temperature is such that all its spatial parts must have the same temperature.[4] This condition can only be established at thermodynamic equilibrium, so bodies only have temperatures when they are in thermodynamic equilibria.

SEP

The main advantage of the FLAP ratio is that it represents a purely intensive property of the cytoplasm.

Plosone

Expert writing Tips

Best practice

When discussing physical or chemical systems, ensure that you clearly differentiate between "intensive properties", which do not depend on system size, and extensive properties, which do.

Common error

Avoid using "intensive properties" when you actually mean extensive properties. Remember that intensive properties, like temperature and pressure, remain the same regardless of the amount of substance.

Linguistic Context

The phrase "intensive properties" functions as a noun phrase, typically used as the subject or object of a sentence. Ludwig AI identifies its primary role in scientific and technical discussions, serving to classify specific attributes of matter.

Expression frequency: Uncommon

Frequent in

Science

50%

Academia

37%

News & Media

13%

Less common in

Wiki

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

In summary, "intensive properties" is a noun phrase used to describe characteristics of a substance that do not depend on the amount of matter present. As Ludwig AI confirms, it's grammatically correct and most frequently found in scientific and academic contexts. When writing, ensure you distinguish it from extensive properties, which do depend on the amount of matter. Use the phrase in scientific and technical writing to precisely classify attributes of matter. While the term is relatively uncommon, using it correctly can enhance the clarity and precision of your scientific communication.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

intrinsic properties

Focuses on the inherent nature of the property, rather than its independence from quantity.

inherent properties

Highlights that the properties are a fundamental part of the substance.

bulk properties

Emphasizes the overall characteristics without referring to the quantity.

concentration-independent properties

Directly states the independence from concentration, specifying the aspect of quantity.

quantity-independent properties

Explicitly mentions that the properties do not change with the amount of substance.

size-independent properties

Emphasizes that the properties are not affected by the size of the system.

properties of the substance itself

Shifts the focus to the substance's characteristics, implying independence from external factors.

material properties

Focuses on the material's inherent characteristics, implying they are not dependent on sample size.

characteristic properties

Indicates properties that are unique and defining for a substance, regardless of quantity.

specific properties

Emphasizes properties that are unique and defining for a substance, regardless of quantity.

FAQs

How do I use "intensive properties" in a sentence?

Use "intensive properties" when describing characteristics of a substance that do not change with the amount of the substance. For example, "Density and temperature are examples of "intensive properties"".

What are some examples of "intensive properties"?

Common examples of "intensive properties" include temperature, pressure, density, and color. These properties do not change if you increase or decrease the amount of the substance.

What is the difference between "intensive properties" and "extensive properties"?

Intensive properties do not depend on the amount of matter, while "extensive properties", such as mass and volume, do.

Can "extensive properties" be converted into "intensive properties"?

Yes, by dividing an "extensive property" by another "extensive property", you can often obtain an "intensive property". For example, density (an intensive property) is calculated by dividing mass (an extensive property) by volume (an extensive property).