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General Chemistry

by The Ohio State University

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This course material is only available in the iTunes U app on iPhone or iPad.

Course Description

This General Chemistry course covers the first nine chapters of the 12th Edition of Chemistry: The Central Science by Brown, LeMay, Bursten, Murphy, and Woodward text and is designed for science and engineering majors. Topics covered include: dimensional analysis, atomic structure, the mole, stoichiometry, chemical reactions, thermochemistry, electron configuration, periodicity, bonding, and molecular structure.

Click on the following link to purchase access to the Mastering eText for Brown/LeMay/Bursten/Murphy/Woodward, Chemistry: The Central Science, 12th edition. Once you have purchased access, click the following link to download the Pearson eText from the App Store, which will allow you to view the eText from your iPad.

Name Description Time Price

1 General Chemistry Introduction -- 7:50 Free View in iTunes

2 15.3.2 Manipulating Equilibrium Constants -- 8:15 Free View in iTunes

3 23.6.5 Crystal Field Theory and Color -- 9:14 Free View in iTunes

4 15.2.2 Equilibrium Expressions Involving Gases -- 7:49 Free View in iTunes

5 Section 1.3 Properties of Matter -- 10:25 Free View in iTunes

6 Section 1.4 Units of Measurement -- 5:39 Free View in iTunes

7 Section 1.5 Significant Figures -- 8:00 Free View in iTunes

8 Section 1.6 Dimensional Analysis -- 8:37 Free View in iTunes

9 Section 1.5 Significant Figures in Calculations -- 5:22 Free View in iTunes

10 Section 2.3 Atomic Structure Part 1 -- 5:54 Free View in iTunes

11 Section 2.3 Atomic Structure Part 2 -- 7:00 Free View in iTunes

12 Section 2.4 Isoptopes and Relative Atomic Mass Part 2 -- 4:07 Free View in iTunes

13 Section 2.4 Isoptopes and Relative Atomic Mass Part 1 -- 7:09 Free View in iTunes

14 Section 3.4 Avagadros Constant and the Mole -- 7:05 Free View in iTunes

15 Section 2.6 Molecules and Molecular Compounds -- 4:19 Free View in iTunes

16 Section 2.7 Ions and Ionic Compounds -- 8:16 Free View in iTunes

17 Section 2.3 Ions -- 5:32 Free View in iTunes

18 Section 2.8 Nomenclature Part 1 -- 7:29 Free View in iTunes

19 Section 2.8 Nomenclature Part 2 -- 5:20 Free View in iTunes

20 Section 2.8 Nomenclature Part 3 -- 12:16 Free View in iTunes

21 Section 2.8 Nomenclature Part 4 -- 7:47 Free View in iTunes

22 Section 3.1 Chemical Reactions -- 7:03 Free View in iTunes

23 Section 3.1 Balancing Chemical Reactions -- 9:15 Free View in iTunes

24 Section 3.2 Patterns of Chemical Reactivity -- 7:47 Free View in iTunes

25 Sections 3.3-3.4 Formula Weight and Molar Mass -- 6:32 Free View in iTunes

26 Section 3.4 Grams to Moles Example Problem -- 2:22 Free View in iTunes

27 Section 3.4 Grams to Atoms Example -- 3:44 Free View in iTunes

28 Section 3.4 Percent Mass Example Problem -- 4:13 Free View in iTunes

29 Section 3.5 Empirical Formula -- 2:57 Free View in iTunes

30 Section 3.5 Empirical Formula Calculation -- 4:48 Free View in iTunes

31 Section 3.5 Molecular Formula -- 2:15 Free View in iTunes

32 Section 3.5 Molecular Formula Example Problem -- 5:40 Free View in iTunes

33 Section 3.6 Stoichiometry -- 9:32 Free View in iTunes

34 Section 3.6 Stoichiometry at the Atomic Level -- 4:07 Free View in iTunes

35 Section 3.7 Limiting Reactants -- 6:25 Free View in iTunes

36 Section 3.7 Excess Reactant Remaining Example Problem -- 4:36 Free View in iTunes

37 Section 3.7 Percent Yield -- 4:18 Free View in iTunes

38 Chapter 3 Cumulative Example Problem #1 -- 5:54 Free View in iTunes

39 Chapter 3 Cumulative Example Problem #2 -- 7:12 Free View in iTunes

40 Section 4.1 Reactions in Aqueous Solutions Overview -- 4:48 Free View in iTunes

41 Section 4.1 Electrolytes -- 8:31 Free View in iTunes

42 Section 4.2 Precipitation Reactions -- 5:44 Free View in iTunes

43 Section 4.2 Metathesis and Net Ionic Equations -- 9:03 Free View in iTunes

44 Section 4.3 Acids and Bases -- 8:41 Free View in iTunes

45 Section 4.3 Neutralization Reactions and Gaseous Products -- 8:40 Free View in iTunes

46 Section 4.4 Oxidation-Reduction Reactions and Assigning Oxidation Numbers Part 1 -- 7:13 Free View in iTunes

47 Section 4.4 Oxidation Reduction Reactions and Assigning Oxidation Numbers Part 2 -- 6:08 Free View in iTunes

48 Section 4.4 Examples of Assigning Oxidation Numbers -- 10:00 Free View in iTunes

49 Section 4.4 Oxidation of Metals by Acids and Salts -- 6:52 Free View in iTunes

50 Section 4.5 Concentrations of Solutions Example Problems -- 5:41 Free View in iTunes

51 Section 4.5 Concentrations of Solutions -- 7:24 Free View in iTunes

52 Section 4.5 Dilution -- 8:36 Free View in iTunes

53 Section 4.6 Solution Stoichiometry and Chemical Analysis -- 4:43 Free View in iTunes

54 Section 4.6 Titrations -- 7:50 Free View in iTunes

55 Section 5.1 The Nature of Energy -- 7:05 Free View in iTunes

56 Section 5.2 Heat Relationship Example Problem -- 7:09 Free View in iTunes

57 Section 5.2 Thermochemical Reactions -- 5:41 Free View in iTunes

58 Section 5.3 Enthalpy -- 9:26 Free View in iTunes

59 Section 5.6 Hess's Law Example -- 6:37 Free View in iTunes

60 Section 5.6 Hess's Law Example #2 -- 8:52 Free View in iTunes

61 Section 5.7 Standard Enthalpy of Formation -- 5:57 Free View in iTunes

62 Section 5.7 Standard Enthalpy of Formation Part 2 -- 3:45 Free View in iTunes

63 Section 5.7 Enthalpy and Reaction Stoichiometry -- 5:57 Free View in iTunes

64 Section 5.8 Estimating Enthalpy from Bond Enthalpies -- 5:33 Free View in iTunes

65 Section 6.1 Electronic Structure of Atoms Overview -- 7:04 Free View in iTunes

66 Section 6.1 The Electromagnetic Spectrum -- 6:46 Free View in iTunes

67 Section 6.1 Energy-Frequency-Wavelength Example Problem -- 2:05 Free View in iTunes

68 Section 6.2 Wave Particle Duality -- 8:01 Free View in iTunes

69 Section 6.3 The Bohr Model of the Hydrogen Atom Part 1 -- 5:40 Free View in iTunes

70 Section 6.3 The Bohr Model of the Hydrogen Atom Part 2 -- 10:02 Free View in iTunes

71 Section 6.4 The Wave Behavior of Matter -- 4:06 Free View in iTunes

72 Section 6.5 Quantum Mechanics -- 9:03 Free View in iTunes

73 Section 6.5 Atomic Orbitals -- 7:56 Free View in iTunes

74 Section 6.5 Atomic Orbital Energies -- 6:19 Free View in iTunes

75 Section 6.8 Electron Configuration and Block Diagrams Overview -- 6:11 Free View in iTunes

76 Section 6.8 Electron Configurations and Block Diagrams Elements 1-18 -- 8:53 Free View in iTunes

77 Section 6.8 Electron Configurations and Block Diagrams Elements 19-30 -- 10:32 Free View in iTunes

78 Section 6.8 Electron Configurations of Ions -- 3:46 Free View in iTunes

79 Section 6.5 Quantum Numbers -- 8:22 Free View in iTunes

80 Section 6.5 Assigning Quantum Numbers to N -- 5:30 Free View in iTunes

81 Section 6.5 Assigning Quantum Numbers to Cr -- 4:15 Free View in iTunes

82 Section 7.1 Development of the Periodic Table -- 5:29 Free View in iTunes

83 Section 7.1 Main Group and Transition Metals -- 5:57 Free View in iTunes

84 Section 7.3 Atomic Radii -- 4:51 Free View in iTunes

85 Section 7.3 Ionic Radii -- 5:34 Free View in iTunes

86 Section 7.3 Isoelectronic Species -- 4:27 Free View in iTunes

87 Section 7.4 Ionization Energy Part 1 -- 4:44 Free View in iTunes

88 Section 7.4 Ionization Energy Part 2 -- 8:52 Free View in iTunes

89 Section 7.5 Electron Affinity -- 5:04 Free View in iTunes

90 Section 8.4 Electronegativity -- 2:17 Free View in iTunes

91 Section 7.6 Magnetism -- 4:14 Free View in iTunes

92 Section 8.1 Chemical Bonding Overview -- 5:22 Free View in iTunes

93 Section 8.1 Lewis Theory -- 6:53 Free View in iTunes

94 Section 8.2 Ionic Bonding -- 8:10 Free View in iTunes

95 Section 8.3 Covalent Bonding -- 10:14 Free View in iTunes

96 Section 8.4 Bond Polarity and Electronegativity -- 8:07 Free View in iTunes

97 Section 8.4 Ionic vs Covalent Bonding -- 3:57 Free View in iTunes

98 Section 8.4 Dipole Moments -- 6:48 Free View in iTunes

99 Section 8.5 Drawing Lewis Structures Part 2 -- 3:06 Free View in iTunes

100 Section 8.5 Drawing Lewis Structures Part 1 -- 11:07 Free View in iTunes

101 Section 8.5 Examples of Lewis Structures -- 4:30 Free View in iTunes

102 Section 9.1-9.2 Molecular Shapes and VSEPR -- 9:12 Free View in iTunes

103 Section 9.2-9.3 AXn Molecular Shapes X=H, X, OH -- 9:09 Free View in iTunes

104 Section 9.2-9.3 AXn Molecular Shapes X=H, X, OH Part 2 -- 7:08 Free View in iTunes

105 Section 9.2-9.3 AXn Molecular Shapes X=H, X, OH Part 3 -- 8:07 Free View in iTunes

106 Section 9.2-9.3 AXn Molecular Shapes X=O, S -- 7:43 Free View in iTunes

107 Sections 9.2-9.3 AXn Molecular Shapes: both O and X, H, OH -- 5:18 Free View in iTunes

108 Section 9.2-9.3 AXn Molecular Shapes: Double Bond Required Part 1 -- 9:59 Free View in iTunes

109 Section 9.2-9.3 AXn Molecular Shapes: Double Bond Required Part 2 -- 8:37 Free View in iTunes

110 Section 9.2-9.3 AXn Molecular Shapes_Double Bond Required Part 3 -- 4:13 Free View in iTunes

111 Section 9.2-9.3 Formal Charge vs Octet Rule -- 3:48 Free View in iTunes

112 Section 9.4 Quantum Mechanics and Chemical Bonding -- 7:45 Free View in iTunes

113 Section 9.4 Orbital Overlap in Covalent Bonding -- 8:37 Free View in iTunes

114 Section 9.5 Hybrid Orbitals -- 8:34 Free View in iTunes

115 Section 9.6 Multiple Bonds -- 11:41 Free View in iTunes

116 Section 9.7 Molecular Orbital Theory -- 10:46 Free View in iTunes

117 Section 9.7 Molecular Orbital Diagrams -- 11:06 Free View in iTunes

118 Section 9.7 2nd Row Diatomic MO Energy Difference -- 6:54 Free View in iTunes

119 8.8 Estimating Enthalpy from Bond Enthalpies -- 5:33 Free View in iTunes

120 Section 10.1 Characteristics of Gases -- 5:06 Free View in iTunes

121 Section 10.2 Pressure -- 7:07 Free View in iTunes

122 Section 10.3 The Gas Laws -- 5:51 Free View in iTunes

123 Section 10.4 The Ideal Gas Equation -- 6:20 Free View in iTunes

124 Section 10.4.1 Gas Laws Ex Problem #1 -- 3:26 Free View in iTunes

125 Section 10.4.2 Gas Laws Example Problem #2 -- 2:53 Free View in iTunes

126 10.4.3 Gas Laws Example Problem #3 -- 5:06 Free View in iTunes

127 10.5.1 Ideal Gas Law Example Problem #1 -- 5:00 Free View in iTunes

128 10.5.2 Ideal Gas Example Problem #2 -- 5:05 Free View in iTunes

129 10.5.3 Ideal Gas Law Example Problem #3 -- 3:16 Free View in iTunes

130 10.5.4 Ideal Gas Law Problem #4 -- 2:40 Free View in iTunes

131 10.5.5 Ideal Gas Law Problem #5 -- 7:36 Free View in iTunes

132 10.6 Gas Mixtures and Partial Pressures -- 5:13 Free View in iTunes

133 10.6.2 Gas Mixtures and Partial Pressures Ex #1 -- 1:36 Free View in iTunes

134 10.6.3 Gas Mixtures and Partial Pressures Ex #2 -- 1:50 Free View in iTunes

135 10.6.4 Collecting Gases Over Water -- 2:27 Free View in iTunes

136 10.6.4 Collecting Gas Over Water Example Problem -- 5:02 Free View in iTunes

137 10.7 Kinetic Molecular Theory of Gases -- 4:46 Free View in iTunes

138 10.7.2 Distribution of Molecular Speeds -- 5:16 Free View in iTunes

139 10.8 Molecular Effusion and Diffusion -- 6:12 Free View in iTunes

140 10.8.1 Rate of Effusion Example Problem -- 3:05 Free View in iTunes

141 10.9 Real Gases_Deviations from Ideal Behavior -- 3:50 Free View in iTunes

142 11.2 Intermolecular Forces -- 6:59 Free View in iTunes

143 11.2.1 Types of Intermolecular Forces -- 8:07 Free View in iTunes

144 11.3 Some Properties of Liquids -- 4:31 Free View in iTunes

145 11.4 Phase Changes -- 9:59 Free View in iTunes

146 11.5.1 The Clausius Clapeyron Equation -- 5:02 Free View in iTunes

147 11.5 Vapor Pressure -- 9:42 Free View in iTunes

148 11.6 Phase Diagrams -- 5:39 Free View in iTunes

149 12.2 Structures of Solids -- 3:17 Free View in iTunes

150 12.2.1 Unit Cells and Crystal Lattices -- 6:27 Free View in iTunes

151 12.3 Strucutres of Metallic Solids -- 9:27 Free View in iTunes

152 12.3.2 Density Example Problem -- 6:58 Free View in iTunes

153 12.3.3 Close Packing -- 7:48 Free View in iTunes

154 12.4 Bonding in Solids -- 6:44 Free View in iTunes

155 13.1 Properties of Solutions -- 3:55 Free View in iTunes

156 13.1.2 The Solution Process -- 8:15 Free View in iTunes

157 13.2 Saturated Solutions and Solubility -- 6:56 Free View in iTunes

158 13.3 Factors Affecting Solubility -- 7:21 Free View in iTunes

159 13.3.2 Miscible -- 5:29 Free View in iTunes

160 13.3.3 Pressure Effects on Gas Solubility -- 4:18 Free View in iTunes

161 13.3.4 Pressure Effects Example Problem -- 3:31 Free View in iTunes

162 13.4 Expressing Concentration -- 6:47 Free View in iTunes

163 13.4.2 Concentration Example Problem -- 5:31 Free View in iTunes

164 13.5 Colligative Properties -- 7:50 Free View in iTunes

165 13.5.2 Colligative Properties Example #1 -- 4:49 Free View in iTunes

166 13.5.3 Colligative Properties Example Problem #2 -- 3:29 Free View in iTunes

167 14.1 Factors That Affect Reaction Rates -- 3:04 Free View in iTunes

168 14.2 Reaction Rates -- 4:52 Free View in iTunes

169 14.2.2 Reaction Rates Example Problem -- 10:15 Free View in iTunes

170 14.3 Concentrations and the Rate Law -- 5:28 Free View in iTunes

171 14.3.2 Concentrations and the Rate Law Ex #1 -- 7:50 Free View in iTunes

172 14.3.3 Concentrations and Rate Law Ex #2 -- 9:27 Free View in iTunes

173 14.4 1st Order Integrated Rate Law -- 8:18 Free View in iTunes

174 14.4.2 Half Life for 1st Order Reactions -- 2:48 Free View in iTunes

175 14.4.3 1st Order Half Life Example Problem -- 4:19 Free View in iTunes

176 14.4.4 2nd Order Integrated Rate Law Expression -- 3:21 Free View in iTunes

177 14.5 Temperature and Rate -- 2:13 Free View in iTunes

178 14.5.2 The Collision Model -- 4:37 Free View in iTunes

179 14.5.3 The Orientation Factor -- 4:27 Free View in iTunes

180 14.5.3.1 Transition State Theory -- 9:55 Free View in iTunes

181 14.5.4 The Arrhenius Equation -- 5:53 Free View in iTunes

182 14.5.5 The Arrhenius Equation Example Problems -- 5:01 Free View in iTunes

183 14.6 Reaction Mechanisms -- 2:53 Free View in iTunes

184 14.6.2 Proposing a Mechanism -- 5:48 Free View in iTunes

185 14.6.3 Proposing a Mechanism Example #2 -- 2:32 Free View in iTunes

186 14.6.3.1 Proposing a Mechanism Example #3 Part A -- 5:41 Free View in iTunes

187 14.6.3.2 Proposing a Mechanism Example #3 Part B -- 6:57 Free View in iTunes

188 14.7 Catalysis -- 2:41 Free View in iTunes

189 15.1 Chemical Equilibrium -- 3:08 Free View in iTunes

190 15.2 Equilibrium Expressions Involving Gases -- 7:49 Free View in iTunes

191 15.2 The Equilibrium Constant -- 5:44 Free View in iTunes

192 15.3 Magnitude of Equilibrium Constants -- 5:50 Free View in iTunes

193 15.3.3 Combining Equilibrium Constants -- 6:46 Free View in iTunes

194 15.4 Heterogeneous Reactions -- 4:42 Free View in iTunes

195 15.6 Thr Reaction Quotient Q -- 6:44 Free View in iTunes

196 15.6.2 Calculating Equilibrium Concentrations Ex #1 -- 9:44 Free View in iTunes

197 15.6.3 Calculating Equilibrium Concentrations Ex #2 -- 5:45 Free View in iTunes

198 15.7 Le Chatlier's Principle -- 2:46 Free View in iTunes

199 15.7.2 The Effect of Changing Concentration -- 4:57 Free View in iTunes

200 15.7.3 Effect of Pressure Changes -- 4:20 Free View in iTunes

201 15.7.4 Effect of an Inert Gas Temperature and Catalyst -- 5:17 Free View in iTunes

202 16.1 Acid-Base Equilibria -- 4:09 Free View in iTunes

203 16.2 Bronsted-Lowry Acids and Bases -- 6:22 Free View in iTunes

204 16.2.2 Conjugate Acid-Base Pairs -- 5:37 Free View in iTunes

205 16.2.3 Relative Stregths of Acids and Bases -- 7:23 Free View in iTunes

206 16.2.4 Relative Acid Strength Example Problem -- 3:12 Free View in iTunes

207 16.3 The Autoionization of Water -- 5:25 Free View in iTunes

208 16.4 The pH Scale -- 4:41 Free View in iTunes

209 16.5 pH of Strong Acids -- 5:23 Free View in iTunes

210 16.6 pH of Weak Acids Ex #1 -- 4:48 Free View in iTunes

211 16.6.2 Weak Acids Ex #2 -- 9:34 Free View in iTunes

212 16.6.3 Polyprotic Acids -- 5:58 Free View in iTunes

213 16.6.4 Percent Ionization -- 4:58 Free View in iTunes

214 16.7 Weak Bases -- 4:33 Free View in iTunes

215 16.8 Relationship Between Ka and Kb -- 4:30 Free View in iTunes

216 16.9 Acid-Base Properties of Salt Solutions -- 5:02 Free View in iTunes

217 16.9.2 Acid Base Properties of Salt Solutions Part 2 -- 5:22 Free View in iTunes

218 16.9.3 pH of Salt Solution Example Problem -- 5:42 Free View in iTunes

219 16.10 Acid-Base Behavior and Chemical Structure -- 4:36 Free View in iTunes

220 16.10.2 Oxyacids -- 5:53 Free View in iTunes

221 16.10.3 Carboxylic Acids -- 4:37 Free View in iTunes

222 16.11 Lewis Acids and Bases -- 3:12 Free View in iTunes

223 17.1 The Common Ion Effect -- 5:44 Free View in iTunes

224 17.2 Buffer Solutions -- 3:42 Free View in iTunes

225 17.2.2 How Buffers Work -- 5:35 Free View in iTunes

226 17.2.3 Calculating pH of Buffer Solutions -- 5:51 Free View in iTunes

227 17.2.4 Buffer Example Problem -- 10:50 Free View in iTunes

228 17.2.5 Choosing the Proper Buffer Solution -- 7:56 Free View in iTunes

229 17.2.6 Buffer Example Problem -- 4:21 Free View in iTunes

230 17.3 Acid-Base Titrations -- 11:54 Free View in iTunes

231 17.3.2 Weak Acid Strong Base Titration pH Before Base is Added -- 2:38 Free View in iTunes

232 17.3.3 Weak Acid - Strong Base Titration pH Add Base -- 3:51 Free View in iTunes

233 17.3.4 Weak Acid - Strong Base Titration pH Add More Base -- 2:41 Free View in iTunes

234 17.3.5 Weak Acid - Strong Base Titration pH at Endpoint -- 6:04 Free View in iTunes

235 17.3.6 Weak Acid Strong Base Titration pH Beyond End Point -- 3:53 Free View in iTunes

236 17.3.7 Weak Acid Strong Base Titration Curve -- 4:53 Free View in iTunes

237 17.4 Overview of Solubility -- 6:07 Free View in iTunes

238 17.4.2 The Solubility Product Constant -- 8:45 Free View in iTunes

239 17.4.3 Solubility Example Problem -- 7:46 Free View in iTunes

240 17.4.4 Ranking the Solubility of Slightly Soluble Salts -- 9:13 Free View in iTunes

241 17.4.5 Ranking the Solubility of Slightly Soluble Salts Part II -- 12:47 Free View in iTunes

242 17.6 Criteria for Precipitation -- 11:48 Free View in iTunes

243 17.6.2 If Two Solutions are Mixed Will a ppt Form -- 7:30 Free View in iTunes

244 17.6.3 Selective Precipitation Minimum Conc Needed to Facilitate ppt -- 14:56 Free View in iTunes

245 17.5 Common Ion Effect -- 11:32 Free View in iTunes

246 17.5.2 pH Effects -- 4:25 Free View in iTunes

247 17.5.3 How Does Adding Acid-Base Influence Solubility -- 11:00 Free View in iTunes

248 17.5.4 Does zinc hydroxide follow rules -- 4:27 Free View in iTunes

249 17.5.5 Complex Ion Formation and Coordination Complexes -- 7:32 Free View in iTunes

250 17.5.6 Re-analyzing Zinc Hydroxide -- 5:53 Free View in iTunes

251 17.5.7 Solubility of Zinc Hydroxide in 15 M NH3 -- 11:54 Free View in iTunes

252 17.5.8 Determining conc of free metal cations in solution -- 13:24 Free View in iTunes

253 17.5.9 Amphoterism -- 6:10 Free View in iTunes

254 17.5.10 Solubility of Al(OH)3 in 15 M NH3 -- 13:55 Free View in iTunes

255 17.5.11 Solubility of Al(OH)3 in 15 M NH3 Part II -- 10:28 Free View in iTunes

256 17.5.12 Amphoteric Effects on Solubility -- 4:10 Free View in iTunes

257 17.7 Applied Qualitative Analysis -- 14:07 Free View in iTunes

258 17.7.2 Group I Separations -- 12:48 Free View in iTunes

259 17.7.3 Why Does our HCl Need to be Cold and Dilute? -- 4:03 Free View in iTunes

260 17.7.4 Group I Analysis -- 12:41 Free View in iTunes

261 17.7.5 Group II and III Sulfide Solubility -- 5:14 Free View in iTunes

262 17.7.6 At What pH will FeS ppt? -- 7:57 Free View in iTunes

263 17.7.6 Will FeS ppt? -- 8:53 Free View in iTunes

264 19.1 Thermodynamics -- 11:12 Free View in iTunes

265 19.1.2 Spontaneous Process and Entropy -- 10:58 Free View in iTunes

266 19.2 Mathematical Definition of Entropy -- 9:10 Free View in iTunes

267 19.3 Macro and Micro States -- 13:03 Free View in iTunes

268 19.3.2 Comparing Entropy of Various Systems -- 6:39 Free View in iTunes

269 19.3.3 2nd Law of Thermodynamics -- 11:42 Free View in iTunes

270 19.3.4 3rd Law of Thermodynamics -- 9:57 Free View in iTunes

271 19.5 Gibbs Free Energy -- 9:06 Free View in iTunes

272 19.5.2 Predicting the Sign of Delta G -- 5:06 Free View in iTunes

273 19.6 Free Energy Under Non-Standard Conditions -- 14:39 Free View in iTunes

274 19.6 Thermochemistry of the Haber Process -- 14:33 Free View in iTunes

275 20.1 Electrochemistry Observations -- 11:21 Free View in iTunes

276 20.1.2 Electrochemistry -- 11:43 Free View in iTunes

277 20.3 Silver-Copper Voltaic Cell Part 1 -- 7:15 Free View in iTunes

278 20.3.2 Silver-Copper Voltaic Cell Part 2 -- 10:22 Free View in iTunes

279 20.3.3 Silver Iron Voltaic Cell -- 6:21 Free View in iTunes

280 20.3.4 Voltaic Cells -- 11:19 Free View in iTunes

281 20.2 Balancing Redox Reactions -- 14:42 Free View in iTunes

282 20.5 Free Energy and Redox Reactions Part 1mp4 -- 10:27 Free View in iTunes

283 20.5.2 Free Energy and Redox Reactions Part 2 -- 5:23 Free View in iTunes

284 20.6 Cell Potential and Concentration -- 8:33 Free View in iTunes

285 20.6.2 Application of Nerst Equation -- 7:50 Free View in iTunes

286 20.9 Electrolysis -- 2:53 Free View in iTunes

287 20.9.2 Stoich of Electrolytic Processes -- 4:50 Free View in iTunes

288 20.9.3 Electrolysis Example -- 3:33 Free View in iTunes

289 20.9.4 Electrolysis of H2O -- 8:38 Free View in iTunes

290 20.9.5 Calculating Concentration in Electrolysis -- 5:34 Free View in iTunes

291 23.1 Transition Metals and Coordination Complexes -- 4:34 Free View in iTunes

292 23.1.2 Electromagnetic Spectrum and Color -- 6:05 Free View in iTunes

293 23.1.3 Orbital Energies -- 9:06 Free View in iTunes

294 23.1.4 UV-Vis Spectrometer Part 1 -- 7:11 Free View in iTunes

295 23.1.5 UV-Vis Spectrometer Part 2 -- 9:28 Free View in iTunes

296 23.1.6 Electron Configurations of TM Complexes -- 9:05 Free View in iTunes

297 23.2 Chemistry of Coordination Complexes -- 9:23 Free View in iTunes

298 23.2.1 Coordination Complexes Before 1893 -- 7:36 Free View in iTunes

299 23.2.2 Modern TM Formulas -- 8:23 Free View in iTunes

300 23.4 Isomers Introduction -- 15:01 Free View in iTunes

301 23.4.2 Isomer Overview -- 3:53 Free View in iTunes

302 23.4.3 Linkage -- 6:06 Free View in iTunes

303 23.4.4 Coordination Sphere -- 3:49 Free View in iTunes

304 23.4.5 Geometric -- 8:17 Free View in iTunes

305 23.4.6 Optical -- 13:49 Free View in iTunes

306 23.2.4 Complex Formation The Metal-Ligand Bond -- 3:10 Free View in iTunes

307 23.2.5 Ox State TM, CN, and Geometry -- 5:51 Free View in iTunes

308 23.2.6 Stereochemistry -- 1:36 Free View in iTunes

309 23.2.7 Td vs Sq Planar -- 1:40 Free View in iTunes

310 23.2.8 Example Td vs Sq Planar -- 6:43 Free View in iTunes

311 23.3 Ligands -- 7:15 Free View in iTunes

312 23.6.1 Bonding Theories of TM Complexes -- 3:38 Free View in iTunes

313 23.6.3 Shapes of d Orbitals -- 7:38 Free View in iTunes

314 23.6.4 Orbital Overlap CFT Orbital Energies -- 10:25 Free View in iTunes

315 23.6.2 Crystal Field Theory -- 5:50 Free View in iTunes

316 23.6.6 Spectrochemical Series -- 12:05 Free View in iTunes

317 23.6.7 High-Low Spin Co Complexes -- 7:32 Free View in iTunes

318 23.6.8 Oh vs Td Field Splitting -- 8:51 Free View in iTunes

319 23.6.9 Sq Planar vs Oh Field Splitting -- 7:37 Free View in iTunes

320 23.3.2 Chelate Effect -- 10:46 Free View in iTunes

321 dr_fus_intro_final-1.mp4 (iPad, iPhone 4 & Apple TV) -- 0:39 Free View in iTunes

Customer Reviews

Great help

by iTunes stafff

easy to follow and well laid out.

Chem2

by Jen-chem

Pls make a chem 2 avail- same text. That would be amazing.

Thank you!

by Biff892

Thanks so much for making these lectures available! I was struggling with chem but these videos have helped immensely. The prof really has a teaching style that connected with me. Would give 10^5 stars if I could. :)

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Category: Chemistry
Language: English

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