Chemistry

1. 9. Other Periodic Table Trends.mp4110.17MB
2. 6. Valence Electrons.mp4108.36MB
3. 72. Carnot Cycle and Carnot Engine.mp4105.42MB
4. 3. More on orbitals and electron configuration.mp4102.07MB
5. 1. Introduction to the atom.mp4101.54MB
6. 64. Macrostates and Microstates.mp497.61MB
7. 23. Partial Pressure.mp497.58MB
8. 45. pH of a Weak Acid.mp496.43MB
9. 73. Proof Volume Ratios in a Carnot Cycle.mp494.95MB
10. 66. First Law of Thermodynamics Internal Energy.mp491.36MB
11. 11. Molecular and Empirical Formulas.mp490.79MB
12. 31. Vapor Pressure.mp488.23MB
13. 77. Entropy Intuition.mp488.19MB
14. 7. Groups of the Periodic Table.mp483.63MB
15. 49. Buffers and Hendersen-Hasselbalch.mp483.39MB
16. 2. Orbitals.mp481.49MB
17. 80. Efficiency of a Carnot Engine.mp481.33MB
18. 69. PV-diagrams and Expansion Work.mp479.86MB
19. 70. Proof U=(32)PV or U=(32)nRT.mp477.53MB
20. 86. Gibbs Free Energy and Spontaneity.mp475.93MB
21. 85. Hess's Law and Reaction Enthalpy Change.mp475.87MB
22. 81. Carnot Efficiency 2 Reversing the Cycle.mp474.53MB
23. 17. Stoichiometry Limiting Reagent.mp473MB
24. 32. Suspensions. Colloids and Solutions.mp472.58MB
25. 5. Electron Configurations 2.mp472.43MB
26. 4. Electron Configurations.mp470.98MB
27. 34. Boiling Point Elevation and Freezing Point Supression.mp470.87MB
28. 47. Conjugate Acids and Bases.mp470.59MB
29. 52. Half Equivalence Point.mp469.9MB
30. 35. Introduction to Kinetics.mp468.1MB
31. 13. Formula from Mass Composition.mp467.83MB
32. 57. Redox Reactions.mp467.06MB
33. 83. Enthalpy.mp466.6MB
34. 28. Phase Diagrams.mp466.43MB
35. 42. Introduction to pH. pOH. and pKw.mp466.15MB
36. 92. Limiting Reactant Example Problem 1.mp462.92MB
37. 91. Stoichiometry Example Problem 2.mp462.07MB
38. 24. States of Matter.mp462.03MB
39. 33. Solubility.mp461.55MB
40. 20. Ideal Gas Equation Example 2.mp461.46MB
41. 36. Reactions in Equilibrium.mp461.1MB
42. 88. More rigorous Gibbs Free Energy Spontaneity Relationship.mp460.87MB
43. 50. Strong Acid Titration.mp460.32MB
44. 60. Half-Life.mp459.56MB
45. 59. Types of Decay.mp458.75MB
46. 75. Thermodynamic Entropy Definition Clarification.mp458.49MB
47. 84. Heat of Formation.mp457.79MB
48. 82. Carnot Efficiency 3 Proving that it is the most efficient.mp457.07MB
49. 46. pH of a Weak Base.mp455.07MB
50. 48. pKa and pKb Relationship.mp454.61MB
51. 61. Exponential Decay Formula Proof (can skip. involves Calculus).mp453.5MB
52. 10. Ionic. Covalent. and Metallic Bonds.mp451.75MB
53. 41. Le Chatelier's Principle.mp451.05MB
54. 44. pH. pOH of Strong Acids and Bases.mp449.81MB
55. 102. Vapor Pressure Example.mp449.77MB
56. 53. Titration Roundup.mp449.13MB
57. 93. Empirical and Molecular Formulas from Stoichiometry.mp447.41MB
58. 15. Balancing Chemical Equations.mp446.49MB
59. 94. Example of Finding Reactant Empirical Formula.mp443.25MB
60. 19. Ideal Gas Equation Example 1.mp442.92MB
61. 101. Hess's Law Example.mp441.11MB
62. 98. Acid Base Titration.mp436.47MB
63. 100. Spectrophotometry Example.mp436.05MB
64. 90. Stoichiometry Example Problem 1.mp434.28MB
65. 105. Carbon 14 Dating 2.mp427.26MB
66. 97. Molecular and Empirical Forumlas from Percent Composition.mp427.14MB
67. 76. Reconciling Thermodynamic and State Definitions of Entropy.mp426.79MB
68. 99. Spectrophotometry Introduction.mp425.67MB
69. 96. Another Stoichiometry Example in a Solution.mp420.81MB
70. 103. Change of State Example.mp419.43MB
71. 95. Stoichiometry of a Reaction in Solution.mp418.66MB
72. 104. Carbon 14 Dating 1.mp418.53MB
73. 54. Introduction to Oxidation States.mp416.36MB
74. 74. Proof S (or Entropy) is a valid state variable.mp415.44MB
75. 43. Acid Base Introduction.mp415.11MB
76. 71. Work Done by Isothermic Process.mp414.56MB
77. 55. More on Oxidation States.mp414.45MB
78. 58. Galvanic Cells.mp414.36MB
79. 39. Keq derivation intuition (can skip; bit mathy).mp413.88MB
80. 26. Specific Heat. Heat of Fusion and Vaporization.mp412.51MB
81. 65. Quasistatic and Reversible Processes.mp412.2MB
82. 8. Periodic Table Trends Ionization Energy.mp411.54MB
83. 78. Maxwell's Demon.mp49.64MB
84. 67. More on Internal Energy.mp49.46MB
85. 38. Keq Intuition (mathy and not necessary to progress).mp49.37MB
86. 29. Van Der Waals Forces.mp49.36MB
87. 87. Gibbs Free Energy Example.mp49.15MB
88. 68. Work from Expansion.mp49.08MB
89. 27. Chilling Water Problem.mp48.99MB
90. 16. Stoichiometry.mp48.92MB
91. 12. The Mole and Avogadro's Number.mp48.37MB
92. 62. Introduction to Exponential Decay.mp48.31MB
93. 51. Weak Acid Titration.mp47.84MB
94. 30. Covalent Networks. Metallic. and Ionic Crystals.mp47.48MB
95. 18. Ideal Gas Equation PV=nRT.mp47.32MB
96. 89. A look at a seductive but wrong Gibbs Spontaneity Proof.mp46.44MB
97. 14. Another mass composition problem.mp46.22MB
98. 40. Heterogenous Equilibrium.mp46.11MB
99. 79. More on Entropy.mp45.78MB
100. 63. More Exponential Decay Examples.mp45.54MB
101. 25. States of Matter Follow-Up.mp45.41MB
102. 21. Ideal Gas Equation Example 3.mp44.37MB
103. 22. Ideal Gas Example 4.mp43.96MB
104. 37. Mini-Video on Ion Size.mp43.19MB
105. 56. Hydrogen Peroxide Correction.mp41.19MB