Mike dissolves equal amounts of potassium chloride (KCl) and table sugar (C12H22O11) in the same container of water.

After both substances fully dissolve, what atoms or molecules remain in the water?

A. molecules of KCl and individual atoms of C, H, and molecules of KCl and individual atoms of C, H, and O , ,

B. individual atoms of K and Cl and molecules of C12 H22 O11 individual atoms of K and Cl and molecules of C12, H22, O11, , ,

C. molecules of KCl and C6 H12 O6 molecules of KCl and C6, H 12, O6, , ,

D. individual atoms of K, Cl, C, H, and O

Molecules of KCl and C6 H12 O6 molecules of KCl and C6, H 12, O6, will be present on dissolving equal amount of potassium chloride (KCl) and table sugar (C12H22O11) in the same container of water.

Dissolving the sugar within the water makes a homogenous aggregate and once dissolved an answer is made by the combination of a solute (sugar) and solvent. If a solute is a strong or liquid, growing the temperature will increase its solubility. as an example, greater sugar can dissolve in warm water than in cold water. If a solute is a gasoline, increasing the temperature decreases its solubility.

The solvent is the substance which commonly determines the physical state of the solution (stable, liquid or gas). The solute is the substance which is dissolved by means of the solvent. as an example, in an answer of salt and water, water is the solvent and salt is the solute.A supersaturated solution is an answer that contains greater than the maximum quantity of dissolved solute than a saturated solution below the identical conditions.

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