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colligative
This term is used exclusively within the domain of chemistry and thermodynamics to describe specific physical properties of solutions. It carries a highly technical register and is never used in casual conversation or general descriptive writing. The term emphasizes a quantitative relationship rather than a qualitative one, focusing on the concentration of particles rather than their specific chemical nature.
Commonly associated with phenomena such as osmotic pressure, boiling point elevation, and freezing point depression, the word functions as a precise classifier. It distinguishes these properties from "intensive" or "extensive" properties that might depend on the identity of the solute.
Meanings
Examples
The professor explained that boiling point elevation is a colligative property.
I wonder if this effect is purely colligative or if the solute identity matters.
Colligative properties depend on the number of particles rather than their nature.
We need to calculate the colligative effects of the salt in this solution.
Is osmotic pressure considered a colligative property in this context?
The freezing point depression is a classic example of a colligative phenomenon.
The freezing point depression is a classic example of a colligative phenomenon.
The lab manual describes the colligative behavior of ideal solutions.
It is a colligative property, so any non volatile solute should work.