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The learner will be able to recognize when a
system is in equilibrium.
The learner will be able to write equilibrium expressions
for various types of reactions.
The learner will be able to calculate equilibrium
constant values.
The learner will be able to convert Kc to Kp and vice versa.
The learner will be able to list five
characteristics of a system in equilibrium.
The learner will be able to apply LeChatelier’s Principle in predicting changes in
reactions at equilibrium.
The learner will be able to list the properties of
acids and bases.
The learner will be able to experimentally
determine if a solution is acidic or basic by several different methods.
The learner will be able to define Arrhenius, Bronsted/Lowry,
and Lewis acids and bases.
The learner will be able to solve problems
involving Ka, Kb, Kw and Ksp
equilibria.
The learner will be able to calculate the hydrogen
ion concentration in strong and weak acids and bases as well as salt
solutions.
The learner will be able to predict whether a salt
solution will be acidic, basic, or neutral.
The learner will be able to calculate the pH of
acid, base and salt solutions.
The learner will be able to solve various types of
problems involving titration.
The learner will be able to recognize whether a
titration curve is for a strong or weak acid/base.
The learner will be able to carry out an
experiment to establish a titration curve.
The learner will be able to determine the
equivalence point and molar mass of an acid using a titration curve.
The learner will be able to determine what
indicator is appropriate for a given titration.
The learner will be able to define solubility
product.
The learner will be able to predict whether a
precipitate will form when two solutions of given concentration are mixed.
The learner will be able to calculate pH changes
as various acid/base solutions are mixed.
The learner will be able to define and give an
example of a buffer solution.
The learner will be able to calculate the pH of
buffer solutions.
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