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Subject: Free Content
Instructor: David Tompkins
Overview:
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Videos Included:
1. Hybridization and Structural Analysis
2. Resonance
3. Resonance: Application
4. Acid-Base: Application II
5. Stereochemistry
6. IUPAC Nomenclature & Stereochemistry
7. Polar Reactions
8. The Reaction Coordinate Diagram
9. Alkene Reactions: Intro
10. Reactions of Alkenes with HX
11. Alkene Reactions: Carbocations
12. Dienes and Delocalization
13. Conjugated Dienes: MO's, 1,2/1,4 Additions, and K vs. T
14. Conjugated Dienes: Diels Alder
15. Alkyne Reactions: Intro
16. SN2
17. Competition between SN1 and SN2
18. 1H NMR: Chemical Shift
19. 1H NMR: Topicity & Equivalence
20. 1H NMR: Chemical Equivalence
21. 1H NMR: Integration
22. 1H NMR: Splitting
23. 1H NMR: Solving Spectra: Techniques
24. 1H NMR: Structural Elucidation I
25. 1H NMR: Structural Elucidation II
26. 1H NMR: Structural Elucidation III
27. 1H NMR: Structural Elucidation IV
28. Alkyne Reactions: Intro
29. Dienes and Delocalization
30. Conjugated Dienes: MO's, 1,2/1,4 Additions, and K vs. T
31. Diels Alder
32. Trends in Carbonyl Reactivity
33. Carbonyl Reactivity: Reduction with Hydrides
34. Acetal Formation & Fischer Esterification
35. Condensation Reactions of Aldehydes & Ketones
36. Intramolecular Wittig Olefination
37. Synthesis via Carbonyls
38. Enolate Named Reactions: Aldol, Claisen, Michael, and Robinson
39. Acid-Base: Electrolytic Compounds
40. Acid-Base: Leveling Effect
41. Acid-Base: Mass Balance
42. Acid-Base: Charge Balance
43. Acid-Base: Systematic Treatment of Equilibria
44. Amino Acids: Structure, Titrations, Buffers, and Ion-Exchange Chromatography
45. Amino Acids: pI and Chirality
46. Amino Acids: Structures and Characteristics
47. Amino Acids: Polyprotic Acids and Equilibria
48. Amino Acids: Structure, Titrations, Buffers, and Ion-Exchange Chromatography
49. Primary Structure and the Peptide Bond
50. Sample #1
51. Sample #2
52. Sample #3
53. Sample #4
54. Sample #5
55. Sample #6
56. Sample #1
57. Sample #2
58. Sample #3
59. Sample #4
60. Sample #5
61. Sample #6
62. Sample #1
63. Sample #2
64. Sample #3
65. Sample #4
66. Sample #5
67. Sample #6
68. Sample #1
69. Sample #2
70. Sample #3
71. Sample #4
72. Sample #5
73. Sample #6
74. Sample #1
75. Sample #2
76. Sample #3
77. Sample #4
78. Sample #5
79. Sample #6
80. Enzyme Kinetics
81. Modes of Enzymatic Inhibition
82. SN1 vs. SN2 vs. E1 vs. E2
83. Reaction Mechanisms
84. Elimination
85. Nucleophiles, Leaving Groups, and Solvents
86. Electrochemistry: Vocabulary of Redox
87. Electrochemistry: Oxidation States
88. SN1 vs. SN2 vs. E1 vs. E2
89. Reaction Mechanisms
90. Elimination
91. Nucleophiles, Leaving Groups, and Solvents
92. Amine Synthesis via SN2
93. Activation & Substitution of Alcohols
94. Acid-Catalyzed Hydration & Dehydration
95. Alcohol Substitution & Synthesis
96. Synthesis via Alkenes, Alkynes, Alcohols, and Ethers
97. Structure & Stability of Radicals
98. Aldol Reactions: Crossed, Intramolecular, and Retro
99. Enolates 5: Claisen Condensations
100. Claisen and Dieckmann Condensations II
101. Michael Addition & Robinson Annulation
102. Enolate Retrosynthesis
103. Basicity of Nitrogen-Containing Compounds
104. Amine Synthesis via SN2
105. Metabolic Themes I: Reversible vs Irreversible Reactions
106. Metabolic Themes II: Anabolism vs. Catabolism
107. Metabolic Themes III: Oxidative Decarboxylation
108. Metabolic Themes IV: Thioester Intermediates
109. Metabolic Themes V: Succinate Dehydrogenase
110. Metabolic Themes VI: Oxidative Phosphorylation
111. IMF's Intro
112. IMF's Intro KEY
113. Equilibrium & Free Energy
114. Equilibrium & Free Energy KEY
115. Predict pH of Electrolytic Solutions
116. Predict pH of Electrolytic Solutions KEY
117. Ideal Gases Problem Solving I
118. Ideal Gases Problem Solving I KEY
119. Thermodynamics of Solvation
120. Thermodynamics of Solvation KEY
121. Phase Diagram Concepts
122. Phase Diagram Concepts KEY
123. Mechanisms & The Reaction Coordinate I
124. Mechanisms & The Reaction Coordinate I KEY
125. Voltaic Cells Concepts I
126. Voltaic Cells Concepts I KEY
127. RNA Structure & Metabolism
128. Transcription
129. Translation
130. Lipids Intro
131. Lipids Overview
132. Unit Conversions & Nomenclature
133. Precipitation Reactions & Stoichiometry
134. Combustion, Stoichiometry, and Molecular/Empirical Formulae
135. Thermochemistry: Combustion & Calorimetry
136. Thermochemistry: Enthalpy of Dissolution
137. Thermochemistry: Enthalpy of Formation & Decomposition
138. Quantum Numbers, Electronic Configurations, and Periodic Trends
139. Covalent Bonding: Lewis Structures, Resonance Contributors, Formal Charge, and Bond Order
140. Hybridization and Structural Analysis
141. Lewis Structures, Bonding, Hybridization, Resonance, and Geometry
142. Structure, Bond Order, Formal Charge, Oxidation State & Resonance
143. Thermochemistry: Bond Dissociation Energies & Enthalpy of Reaction
144. Spectroscopy: EM Radiation
145. Spectroscopy: Energy, Wavelength, and Frequency Calculations
146. Acid-Base: Electrolytic Compounds
147. Acid-Base: Leveling Effect
148. Acid-Base: Mass Balance
149. Acid-Base: Charge Balance
150. Acid-Base: Systematic Treatment of Equilibria
151. Acid-Base: Weak Monoprotic Equilibria
152. Acid-Base Monoprotic Titration I: Titration Curve
153. Acid-Base Monoprotic Titration I: Initial pH
154. Acid-Base Monoprotic Titration I: Buffer Region
155. Acid-Base Monoprotic Titration I: Equivalence Point
156. Acid-Base Monoprotic Titration I: Beyond Equivalence Point
157. Acid-Base: Fraction of Association & Dissociation (Monoprotic)
158. Acid-Base: Determining Keq & Autoprotolysis
159. Acid-Base: Determining Keq (Monoprotic)
160. Electrochemistry: Vocabulary of Redox
161. Electrochemistry: Oxidation States
162. Electrochemistry: Balancing Aqueous Redox Reactions
163. Electrochemistry: Voltaic Cell
164. Electrochemistry: Standard Reduction Potentials
165. Electrochemistry: Mathematical Concepts
166. Electrochemistry: Electrochemistry Problem Solving
167. Electrochemistry: Equilibrium, Free Energy, and Potential
168. Electrochemistry: Nernst Equation Calculations I
169. Electrochemistry: Nernst Equation Calculations II
170. Electrochemistry: Relating Ksp and Potential
171. Electrochemistry: Standard Hydrogen Electrode
Preview
Testimonials
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"I highly recommend David for organic chemistry tutoring. He is extremely knowledgeable and great at explaining both the essential foundations and tricky, higher-level concepts."
"Coming up with hundreds of exam-like questions on the spot, David has challenged me to think critically and comprehensively about chemistry. He has helped me to believe in myself and has instilled a sense of confidence in my ability to excel in chemistry that I didn't have before knowing him. Never being condescending, David will answer all of your questions, going above and beyond what any professor ever will."
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“David can actually teach - not just answer questions like most tutors. You can come to him with a topic you are struggling with and he will run with it, coming up with problems on the fly and making sure you truly understand the material. He took me from a student who got a 50 on my first orgo exam to an A- student.”
"Working with David has completely changed how I view the subject of Chemistry. A class like Orgo once intimidated me, but having him in my corner gave me the skills and confidence to conquer the course."
