Know the properties of acids and bases.
Know how to calculate pH, pOH, [H^{+1}], and [OH^{1}] using formulas given in the reference tables. (pH=log [H^{+1}], pOH=log [OH^{1}], [H^{+1}]=10^{pH}, and [OH^{1}]=10^{pOH} )
Understand the pH an pOH scale
Understand the purpose and use of indicators.
Use lab data and solve problems with concentration molarity and titration data.
Understand the properties of solutions.
Know the concept of solubility and be able to interpret solubility graphs
Understand the nature and energetics of the solution process.

How do I identify acids and bases based on the chemical formula?
How do I identify acids and bases based on chemical and physical properties?
What is the relationship between concentration of solutions and the degree of dissociation?
How is the pH /pOH scale used to determine acidity /basicity of a solution?
How is the pH/pOH related to the concentration of hydrodgen/hydroxide ions in a solution?
How do I use indicators to determine the pH of a solution?
What are the different indicators used to determine the acidity of solutions?
How do I calculate pH, pOH, [H^{+1}], and [OH^{1}] given the formulas provided in the reference tables? (pH=log [H^{+1}], pOH=log [OH^{1}], [H^{+1}]=10^{pH}, and [OH^{1}]=10^{pOH} )
What information do the values of pH, pOH, [H^{+1}], and [OH^{1}] provide about a solution?
How do I calculate the molarity of a solution given grams and the volume of water? (using formula: M= moles of solution / liter of solution)
How do I calculate the grams of solute necessary to make a given volume of solution with a known molarity?(using formula M= moles of solute / liter of solution
How do I solve dilution problems given molarity and volume data?(using formula M_{1}V_{1}=M_{2}V_{2})
How do I solve titration problems for an unknown molarity?(using formula M_{1}V_{1}=M_{2}V_{2})
How are titration curves interpreted to determine the properties of the acid and base titrated?
How can titration curves be used to determine the end point and equivalence point of a titration?
What are the properties of solid, liquid, aqueous, and gaseous solutions?
Why are solutions considered homogenous mixtures?
What are the quantitative characteristics of the solutes and the solvent as compared to the whole solution?
What are the characteristics of electrolytic and nonelectrolytic solutions?
How is the electrical conductivity of a solution determined?
What are colligative properties?
What causes colligative properties?
What are the qualitiative consequences of adding solutes to pure liquids in terms of the vapor pressure, the boiling point, the freezing point, and the osmotic pressure of the resulting solution?
What are the properities that solubility of a substance is dependent on?
How is the solubility of a substance related to the type of compound (ionic or covalent) as the temperature changes?
How is the solubility of a substance related to the state of matter (solid or gas)as the temperature changes?
How can I determine the solubility of a substance using a solubility graph?
How can I use a solubility graph to tell whether a solution is saturated, unsaturated, or supersaturated at a given temperature?
How are the forces of attraction (intermolecular forces) related to the solubility of the solution?
How can I show using particle diagrams the forces of attraction among soluble and insoluble particles that make up solutions?
How is the heat transfer (released or absorbed) related to the dissolving process?
How can I determine whether dissolving is an endothermic or exothermic process?
How is solubility related to the attraction of the solute and solvent as the temperature is changed?
How is the solubility of a gas related to the attraction of the solute and solvent as the pressure is changed?
