Aqueous Reactions and Solution Stoichiometry

	4-1	Calculate the density, percent composition, mole fraction, and molarity of a solution [and variations on the theme].
	4-2	Calculate the volume of a more concentrated solution that must be diluted in order to obtain a given quantity of a more dilute solution [and variations on the theme].
	4-3	Identify substances as acids, bases, and salts.
	4-4	Predict whether a substance is a nonelectrolyte, strong electrolyte, or weak electrolyte from its formula.
	4-5	Predict the ions formed by electrolytes when they dissociate or ionize.
	4-6	Identify the spectator ions and write the net-ionic equations for solution reactions starting with their molecular equations.
	4-7	Predict the products of metathesis reactions (including both neutral- ization and precipitation reactions), and write balanced chemical equations for them.
	4-8	Identify the driving force for any metathesis reaction.
	4-9	Use solubility rules to predict whether a precipitate will form when electrolyte solutions are mixed.
	4-10	Given the activity series, predict whether a reaction will occur when a metal is added to an aqueous solution of either a metal salt or an acid; write the balanced molecular and net-ionic equations for the reactions.
	4-11	Perform solution stoichiometry calculations based on titration data.

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