Unit 1. Solutions and Colligative Properties

1. Introduction and Review of Thermodynamics

3. Osmotic Pressure

4. Vapor Pressure

5. Melting/Boiling

Unit 2. Kinetics

6. Reaction Rates

7. Experimental Rate Laws

8. Integrated Rate Laws

9. Temperature and Rate

10. Reaction Mechanisms and Catalysis

Unit 3. Nuclear Chemistry

11. Radioactive Decay

12. Rates of Decay, Radiodating

13. Fission and Fusion

14. Biological Effects

Unit 4. Equilibrium and Thermodynamics

15. Equilibrium Constants

16. Reaction Quotients and Le Chatelier

17. Equilibrium Calculations

18. Review of Thermodynamics Calculations

19. ΔG and Q, ΔG° and K

20. Temperature Dependence of K

Unit 5. Acids, Bases, and Buffers

21. Acids and Bases

22. Autoionization and pH Calculations

23. Weak Acids and Bases

24. Polyprotic Acids

25. pH of Salt Solutions

27. DBL Acid Base

28. Titrations I

29. Titrations II

Unit 6. Solubility and Complex Ion Equilibria

30. Solubility Equilibria

31. Complex Ion Equilibria

32. Chelation, Biological Effects

33. Crystal Field Theory

34. Isomerism, Equilibria and Biological Systems

Unit 7. Electrochemistry and Solids

35. Redox, Electrochemical Cells

36. Cell Potentials

37. Nernst Equation

38. Batteries and Fuel Cells

39. Metals, Alloys and Semiconductors

40. Covalent Network Solids, Salts, Polymers

Unit 7

Electrochemistry and Solids

Redox, Electrochemical Cells Cell Potentials Nernst Equation Batteries and Fuel Cells Metals, Alloys and Semiconductors Covalent Network Solids, Salts, Polymers

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