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Chemical Reactions
Module 1
Predicting and Representing Reactions
1
Writing Net Ionic Equations for Precipitation and Neutralization
Construct net ionic equations for aqueous precipitation and strong acid–strong base neutralization reactions.
2
Balancing Redox Equations in Acidic Solution and Identifying Oxidizing and Reducing Agents
Balance redox equations in acidic solution using the half-reaction method and identify the oxidizing and reducing agents.
Module 2
Energetics and Reaction Direction
3
Calculating Gibbs Free Energy and Predicting Reaction Spontaneity
Calculate Gibbs free-energy changes from enthalpy, entropy, and temperature data to predict whether a reaction is thermodynamically spontaneous.
4
Predicting Reaction Direction Using Q and K
Compare the reaction quotient Q with the equilibrium constant K to predict the direction in which a reaction mixture will shift.
Module 3
Reaction Pathways and Rates
5
Interpreting Reaction-Coordinate Diagrams and Catalysis
Analyze a reaction-coordinate diagram to identify activation energies, transition states, intermediates, the rate-determining step, and the effect of a catalyst.