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Students perform titrations on weak acids while measuring pH, perform qualitative analysis by determining pKa values of acids, perform quantitative analysis by calculating molar masses, confirm the identities of weak acids, and derive and use the Henderson-Hasselbalch equation.
Use a variety of basic volumetric measuring techniques to distinguish between precision and accuracy, while identifying an unknown liquid by its density.
This calorimetry lab uses reliable reactions as students measure temperature changes, determine the calorimeter constant and ultimately calculate the molar enthalpy of formation for magnesium oxide using Hess's Law.
Students create and analyze four different equilibrium systems, allowing manipulation of a variety of stresses to show how systems respond by shifting in the direction that reduces stress.
Loaded with important concepts and techniques for the AP chemistry student; determine the equilibrium constant using Le Chatelier's principle and Beer's Law (using spectrophotometry) to determine equilibrium concentrations of reactants and products.
Analyze oxidation-reduction (redox) reactions and become familiar with the activity series of metals and its importance in predicting the products of replacement reactions.