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Energy is always given off in solution formation when
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
Ionic solids best dissolve liquid solvents that are
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
Common nonpolar solvents include all of the following except
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
The energy involved in the formation of a solution will be
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
Which of the following's solubility is most affected by pressure?
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
In solution formation, energy is needed to
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
A solution that contains as much solute as can possibly be dissolved under the existing conditions is said to be
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
Supersaturated solutions are characterized by
saturated.
separate the solute particles from each other.
solute particles become attracted to solvent molecules.
having a larger amount of solute than can be dissolved.
polar.
salt water.
exothermic if solvation forces are higher than the forces required to separate solute particles and solvent molecules.
gases
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