Chemistry 213: Course Outline/Summary Chemical Kinetics Acid-Base Equilibria Chemical Equilibrium Chemistry of the Environment Chemical Thermodynamics.

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Presentation transcript:

Chemistry 213: Course Outline/Summary Chemical Kinetics Acid-Base Equilibria Chemical Equilibrium Chemistry of the Environment Chemical Thermodynamics Organic/Biological Chemistry Electrochemistry Coordination Compounds Nuclear Chemistry 7/7/2016

Chemical Kinetics Rates of Reaction Zeroth-OrderFirst-Order Rate Laws (IRL, DRL, t1/2) TemperatureKM-Model CatalysisMechanism Nuclear Chemistry Arrhenius Second-Order [A] t = [A] o e -kt 1/[A] t = kt + 1/[A] t [A] t = -kt + [A] o

Chemical Equilibrium Concept of Dynamic Equilibrium Heterogeneous Equilibrium Equilibrium Constant Applications Le Chatelier’s Principle TemperatureReactants/ProductsPressure/Volume Homogeneous Equilibrium

Acid-Base Equilibria Arrhenius Definition Autoionization of Water Bronsted-Lowry Acids-Bases Weak Acids Strong Acids/Bases Chemical Structure Salt Solutions Lewis Acids/Bases Weak Bases pH Scale Conjugate Acid-Base Pairs

Aqueous Equilibria - Additional Aspects Common-Ion Effect Capacity & pH Buffers Acid-Base Titrations Weak-Strong Strong- Strong Polyprotics Henderson- Hasselbalch

Chemistry of the Environment Atmospheric Chemistry Photochemical Smog Stratospheric Ozone Water Quality GreenHouse Effect DDTRadon Waste Water Treatment Acid Rain Environmental Chemistry Presentations – Laboratory Groups

Chemical Thermodynamics Spontaneous Processes Reversible Processes Review First Law Second LawEntropy Temperature Dependence Gibbs Free Energy Equilibrium Constant Third Law Irreversible Processes

Electrochemistry Redox Oxidation States Voltaic Cells Balancing Equations Concentration Cells Nernst Equation CorrosionBatteriesElectrolysis Equilibrium Cell EMF Oxidation is the loss of electrons

Organic & Biological Chemistry Chemistry of Life Alkanes (Saturated HC’s) Hydrocarbons Alcohols Ethers Functional Groups Biochemistry CarbohydratesProteinsNucleic Acids Chirality Alkenes (Unsaturated HC’s) Saturated compounds have only  bonds. Unsaturated compounds have both  and  bonds.

Chemical Kinetics Acid-Base Equilibria Chemical Equilibrium Chemistry of the Environment Chemical Thermodynamics Organic/Biological Chemistry Electrochemistry Coordination Compounds Nuclear Chemistry Chemistry 213: Course Outline/Summary