Definition: Absolvability, also known as absolute solution or solubility, refers to the ability of a substance to dissolve in pure water at ordinary temperatures. This process occurs when an insoluble material dissolves completely under normal conditions, leaving behind only its soluble form. For example, in chemistry, a substance is said to be 'absolvable' if it can dissolve in pure water without the presence of any precipitate or byproducts. This means that the substance does not form a precipitate (a solid mass left behind when water is added) after being dissolved. The word 'absolvability' has several different meanings, depending on the context and the specific substance in question: 1.

Absolutivity:

The ability of an unknown material to dissolve in pure water at ordinary temperatures. This is a general term that can be applied to many substances, but it's more often used when discussing solubility. 2.

Absoluiton:

The property of an unknown or substance being soluble in any solution prepared by dissolving the substance in water. This could refer to the ability of a compound to dissolve in pure water without changing its chemical structure. 3.

Solubility:

The process by which a solute (a material that can dissolve) dissolves completely in a solvent (a liquid). Solubility is often described as 'absoluteness' or 'absolvability'. 4.

Absoluiton of the substance:

A statement indicating that an unknown substance, being dissolved in pure water at ordinary temperatures, has become soluble. In summary, 'absolvability' refers to the ability of a substance to dissolve completely in pure water without forming precipitates. This property is often used to classify and categorize substances based on their solubility or solvency.

absolvable