Q: vapor pressure
A: it measures the tendency of a liquid to form a gas

Q: solution
A: a solute dissolved in a solvent

Q: an electrolyte which dissociates freely
A: strong

Q: colloid
A: a system which has some solution properties and some suspension properties

Q: suspension
A: a liquid - solid mixture which will settle out

Q: the product of molarity times liters of solution
A: moles

Q: a concentration measure used in calculating vapor pressure changes of solutions
A: mole fraction

Q: molality
A: concentration in moles per kilogram

Q: molarity
A: concentration in moles per liter

Q: osmosis
A: water passing form areas of greater concentration to areas of lesser concentration through a semi permeable membrane

Q: concentration
A: ratio of solute to solution or solvent quantity

Q: as it is elevated, most solids dissolve better
A: temperature

Q: this type of substance generally consists of a metal and a nonmetal
A: ionic

Q: equivalent
A: a mole of hydrogen or hydroxide ions

Q: nonelectrolyte
A: a solute which will not dissociate in solution

Q: solute
A: the dissolved substance

Q: an electrolyte which dissociates poorly in solution
A: weak

Q: it is lowered when a solution is formed from a solvent
A: freezing point

Q: this type of solvent generally dissolves nonelectrolytes well
A: nonpolar

Q: the van't Hoff factor for nonelectrolytes
A: one

Q: his law describes the relationship between the vapor pressure of a solution and its concentration
A: Raoult

Q: this type of molecule dissolves well in water
A: polar

Q: precipitate
A: a solid formed by two previously soluble substances

Q: Henry's Law describes the dissolving behavior of these
A: gases

Q: this procedure will not separate a solute from a solvent
A: filtering

Q: solubility
A: how well a solute dissolves