# π General Chemistry Exam (Equilibrium and Thermodynamics) - Study Guide ## π Course Structure ``` π General Chemistry βββ π Chapter 1: Dynamic Equilibrium and Reaction Extent β βββ πΉ The Concept of Dynamic Equilibrium β βββ πΉ Equilibrium Constant (K) and its Significance β βββ πΉ ICE Tables and Equilibrium Calculations βββ π Chapter 2: Predicting and Manipulating Equilibrium Shifts β βββ πΉ Reaction Quotient (Q) and Predicting Equilibrium Shifts β βββ πΉ Le ChΓ’telier's Principle: Responding to Stress β βββ πΉ The Effect of Temperature on K βββ π Chapter 3: Thermodynamics: Enthalpy, Entropy, and Gibbs Free Energy β βββ πΉ Enthalpy (ΞH) and Heat Flow β βββ πΉ Entropy (ΞS) and Disorder β βββ πΉ Gibbs Free Energy (ΞG) and Spontaneity βββ π Chapter 4: Kinetics and Thermodynamics: Reaction Mechanisms and Temperature Effects βββ πΉ Collision Theory and Reaction Rates βββ πΉ Reaction Progress Diagrams and Activation Energy βββ πΉ Kinetic vs. Thermodynamic Control ``` ## π Chapter 1: Dynamic Equilibrium and Reaction Extent **What this chapter covers:** This chapter introduces the concept of dynamic equilibrium, where forward and reverse reactions occur at equal rates, resulting in constant macroscopic concentrations. It defines the equilibrium constant (K)
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