[Answer] Which most likely describes a supersaturated solution?

Answer: a hot solution with all of the solute dissolved
Which most likely describes a supersaturated solution?

Supersaturation occurs with a chemical solution when the concentration of a solute exceeds the concentration specified by the value equilibrium solubility. Most commonly the term is applied to a solution of a solid in a liquid. A supersaturated solution is in a metastable state; it may be brought to equilibrium by forcing the excess of solute to separate from the solution. The term can also be applied to a mixture of gases.

Solubility is temperature dependent. A solution containing a higher concentration of solute than the solubility is said to be supersaturated . A supersaturated solution may be induced to come to equilibrium by the addition of a “seed” which may be a tiny crystal of the solute or a tiny solid particle which initiates precipitation.

Supersaturation – Wikipedia

Supersaturation – Wikipedia

Crystallization – Wikipedia

Solid solution – Wikipedia

Most often the solvent is a liquid which can be a pure substance or a mixture. One may also speak of solid solution but rarely of solution in a gas (see vapor–liquid equilibrium instead). Under certain conditions the equilibrium solubility can be exceeded to give a so-called supersaturated solution …

A solid solution describes a family of materials which have a range of compositions e.g. A x B 1-x and a single crystal structure.Many examples can be found in metallurgy geology and solid-state chemistry.The word ” solution ” is used to describe the intimate mixing of components at the atomic level and distinguishes these homogeneous materials from physical mixtures of components.

Precipitation may also occur rapidly from a supersaturated solution . In solids precipitation occurs if the concentration of one solid is above the solubility limit in the host solid due to e.g. rapid quenching or ion implantation and the temperature is high enough that diffusion can lead to segregation into …

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