Coursera Advanced Chemistry by Dr Allison Soult Dr Kim Woodrum

1. 01_Kinetics/01_1._The_Rate_of_Chemical_Reactions__10-12.mp413.01MB
2. 01_Kinetics/02_2._Comparing_Rate_of_Change_for_Reactants_and_Products__13-52.mp414.22MB
3. 01_Kinetics/03_3._The_Rate_Law__9-01.mp47.85MB
4. 01_Kinetics/04_4._Obtaining_a_Rate_Law_from_Experimental_Data__16-38.mp414.86MB
5. 01_Kinetics/05_5._First-Order_Kinetics_and_the_Integrated_Rate_Law__9-16.mp47.73MB
6. 01_Kinetics/06_6._First-Order_Kinetics_and_the_Half-Life__9-32.mp48.23MB
7. 01_Kinetics/07_7._Second-Order_Reactions__8-18.mp46.89MB
8. 01_Kinetics/08_8._Collision_Theory__13-13.mp411.78MB
9. 01_Kinetics/09_9._The_Arrhenius_Equation__15-32.mp413.2MB
10. 01_Kinetics/10_10._Reaction_Mechanisms__12-45.mp416.28MB
11. 01_Kinetics/11_11._Catalysis__4-23.mp43.86MB
12. 02_Chemical_Equilibrium/01_1._Dynamic_Equilibrium__6-28.mp415MB
13. 02_Chemical_Equilibrium/02_2._Law_of_Mass_Action__7-34.mp415.28MB
14. 02_Chemical_Equilibrium/03_3._Law_of_Mass_Action_for_Combined_Reactions__4-36.mp410.13MB
15. 02_Chemical_Equilibrium/04_4._Relationship_Between_Kc_and_Kp__6-51.mp414.23MB
16. 02_Chemical_Equilibrium/05_5._Calculating_the_Equilibrium_Constant__13-09.mp430.29MB
17. 02_Chemical_Equilibrium/06_6._Reaction_Quotient__5-55.mp413.24MB
18. 02_Chemical_Equilibrium/07_7._Calculating_Equilibrium__12-54.mp428.06MB
19. 02_Chemical_Equilibrium/08_8._Le_Chateliers_Principle_Part_A__9-55.mp47.56MB
20. 02_Chemical_Equilibrium/09_9._Le_Chateliers_Principle_Part_B__21-45.mp425.95MB
21. 03_Acid-Base_Equilibria/01_1._Acids_and_Bases__9-15.mp46.92MB
22. 03_Acid-Base_Equilibria/02_2._pH_and_Kw__13-32.mp410.19MB
23. 03_Acid-Base_Equilibria/03_3._Acid_Strength__6-34.mp44.88MB
24. 03_Acid-Base_Equilibria/04_4._Finding_pH__10-25.mp47.85MB
25. 03_Acid-Base_Equilibria/05_5._Strong_and_Weak_Bases__12-51.mp410.11MB
26. 03_Acid-Base_Equilibria/06_6._Ions_as_Acids_and_Bases__18-15.mp413.75MB
27. 03_Acid-Base_Equilibria/07_7._Polyprotic_Acids__4-46.mp43.7MB
28. 03_Acid-Base_Equilibria/08_8._Types_of_Acids__12-06.mp49.08MB
29. 04_Aqueous_Equilibria/01_1._Buffers_and_the_Common_Ion_Effect__10-01.mp47.87MB
30. 04_Aqueous_Equilibria/02_2._pH_of_Buffer_Solutions__14-04.mp410.83MB
31. 04_Aqueous_Equilibria/03_3._Buffer_Action__25-21.mp420.16MB
32. 04_Aqueous_Equilibria/04_4._Buffer-_Preparation_and_Capacity__8-45.mp47MB
33. 04_Aqueous_Equilibria/05_5._Strong_Acid_-_Strong_Base_Titration__17-20.mp413.84MB
34. 04_Aqueous_Equilibria/06_6._Titrations_Involving_Either_a_Weak_Acid_or_a_Weak_Base__34-28.mp447.32MB
35. 04_Aqueous_Equilibria/07_7._Polyprotic_Acid_Titrations__5-53.mp44.58MB
36. 04_Aqueous_Equilibria/08_8._Indicators__10-19.mp417.18MB
37. 04_Aqueous_Equilibria/09_9._Solubility_Equilibria__4-50.mp43.69MB
38. 04_Aqueous_Equilibria/10_10._Molar_Solubility_and_the_Solubility_Product__10-37.mp48.48MB
39. 04_Aqueous_Equilibria/11_11._Molar_Solubility_and_the_Common_Ion_Effect__7-20.mp45.88MB
40. 04_Aqueous_Equilibria/12_12._The_Effect_of_pH_on_Solubility__7-07.mp410.66MB
41. 04_Aqueous_Equilibria/13_13._Precipitation_Reaction_and_Selective_Precipitation__18-03.mp412.64MB
42. 05_Thermodynamics/01_0._Review_of_Thermochemistry__8-29.mp422.05MB
43. 05_Thermodynamics/02_1._Spontaneous_vs._Nonspontaneous__7-25.mp45.76MB
44. 05_Thermodynamics/03_2._The_Second_Law_of_Thermodynamics__2-58.mp42.43MB
45. 05_Thermodynamics/04_3._Entropy__5-03.mp44.07MB
46. 05_Thermodynamics/05_4._Entropy_of_the_Universe__8-52.mp46.92MB
47. 05_Thermodynamics/06_5._Gibbs_Free_Energy__8-12.mp46.18MB
48. 05_Thermodynamics/07_6._The_Third_Law_of_Thermodynamics__6-42.mp45.26MB
49. 05_Thermodynamics/08_7._Calculating_Standard_Entropy_Change__6-13.mp45.22MB
50. 05_Thermodynamics/09_8._Calculating_Standard_Free_Energy_Change__11-21.mp49.35MB
51. 05_Thermodynamics/10_9._Standard_versus_Nonstandard_Free_Energy_Change__15-13.mp412.06MB
52. 05_Thermodynamics/11_10._Comparing_G_and_K__18-50.mp414.64MB