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UC Davis: Chem 2A General Chemistry I

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UC Davis: Chem 2A General Chemistry I

Chemistry 2A covers Periodic table, stoichiometry, chemical equations, physical properties and kinetic theory of gases, atomic and molecular structure and chemical bonding. Laboratory experiments in stoichiometric relations, properties and collection of gases, atomic spectroscopy, and introductory quantitative analysis.

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  1. AGENDA
  2. 3.7 Essential Skills 2
  3. 10.9 Essential Skills 5
  4. Agenda
  5. 3.7 Essential Skills 2
  6. 10.9 Essential Skills 5
  7. Grading on a Curve (Chem 2A - Madsen)
  8. Grading on a Curve (Chem 2A - Madsen)
  9. Homework
  10. Exercise Solutions
  11. Exercise 01
  12. Exercise 02
  13. Exercise 03
  14. Exercise 04
  15. Exercise 05
  16. Exercise 06
  17. Exercise 07
  18. Exercise 08
  19. Exercise 09
  20. Solution Set 10
  21. Exercises
  22. Exercise 01A
  23. Exercise 01B
  24. Exercise 01C
  25. Exercise 02
  26. Exercise 03
  27. Exercise 04
  28. Exercise 05
  29. Exercise 06
  30. Exercise 07
  31. Exercise 08
  32. Exercise 09
  33. Exercise 10
  34. Homework
  35. Homework Solutions
  36. Homework Solutions 1
  37. Homework Solutions 2
  38. Homework Solutions 3
  39. Homework Solutions 4
  40. Homework Solutions 5
  41. Homework Solutions 6
  42. Homework Solutions 7
  43. Homework Solutions 8
  44. Homework Solutions 9
  45. Homework Solutions 10
  46. Homework 1
  47. Homework 2
  48. Homework 3
  49. Homework 4
  50. Homework 5
  51. Homework 6
  52. Homework 7
  53. 2014)
  54. Homework 8
  55. Text
  56. Unit 0: Primer
  57. 1.0: Chemistry in the Modern World
  58. 1.1: The Scientific Method
  59. 1.2: Properties of Matter
  60. 1.3: Classification of Matter
  61. 1.4: Measurement of Matter: SI (Metric Units)
  62. 1.5: Density and Percent Composition
  63. 1.6: Uncertainties in Scientific Measurements
  64. 1.7: Significant Figures
  65. 1.9: Essential Skills 1
  66. Unit I: Atomic Theory and Chemical Compounds
  67. 2: Atoms and the Atomic Theory
  68. 2.1: Early Chemical Discoveries and Atomic Theory
  69. 2.2: Electrons and other Discoveries
  70. 2.3: The Nuclear Atom
  71. 2.4: Chemical Elements
  72. 2.5: Atomic Mass
  73. 2.6: Introduction to the Periodic Table
  74. 2.7: The Concept of Mole and the Avogadro Constant
  75. 2.8: The Mole and Molar Masses
  76. 3: Chemical Compounds
  77. 3.1a: Chemical Compounds
  78. 3.1b: Chemical Formulas
  79. 3.3: Composition of Chemical Compounds
  80. 3.4: Oxidation States
  81. 3.5: Importance of Nomenclature
  82. 3.6: Names and Formulas of Inorganic Compounds
  83. 3.7: Saturated Hydrocarbons
  84. Unit II: Chemical Reactions
  85. 4: Chemical Reactions
  86. 4.1: Chemical Reactions and Chemical Equations
  87. 4.2: Chemical Equations and Stoichiometry
  88. 4.3: Solution Concentrations
  89. 4.4: Determining the Limiting Reactant
  90. 4.5: Other Practical Matters in Reactions
  91. 5: Reactions in Aqueous Solutions
  92. 5.1: The Nature of Aqueous Solutions
  93. 5.2: Precipitation Reactions
  94. 5.3: AcidBase Reactions
  95. 5.4: Principles of Oxidation-Reduction Reactions
  96. 5.5: Balancing Oxidation-Reduction Reactions
  97. 5.6: Oxidizing and Reducing Agents
  98. 5.7: Quantitative Analysis Using Titration
  99. Unit III: Physical Properties of Gases
  100. 06.01: Properties of Gases
  101. 06.02 Gas Pressure
  102. 06.03 Relationships among Pressure Temperature Volume and Amount
  103. 06.04 The Ideal Gas Law
  104. 06.05 Mixtures of Gases
  105. 06.06 Gas Volumes and Stoichiometry
  106. 06.07 Kinetic Molecular Theory of Gases
  107. 6.8: Connecting Gas Properties to Kinetic Molecular Theory
  108. 6.9: Chapter Problems
  109. Unit IV: Electronic Structure and Bonding
  110. 07: Electrons in Atoms
  111. 7.1: Electromagnetic Radiation
  112. 7.2: Atomic Spectra
  113. 7.3: Quantum Theory
  114. 7.4: The Bohr Atom
  115. 7.5: Leading to New Quantum Mechanics
  116. 7.6: Wave Mechanics
  117. 7.9: Electron Spin (A Fourth Quantum Number)
  118. 08: The Periodic Table
  119. 8.1: Classifying the Elements (Periodicity)
  120. 8.3: Sizes of Atoms and Ions
  121. 8.4: Ionization Energy
  122. 8.5: Electron Affinity
  123. 8.6: Magnetic Properties
  124. 8.7: Periodic Properties of the Elements
  125. 09: Chemical Bonding I: Basic Concepts
  126. 9.01: Lewis Theory: An Overview
  127. 9.02: Covalent Bonding: An Introduction
  128. 9.03: Polar Covalent Bonds and Electrostatic Maps
  129. 9.04: Writing Lewis Structures
  130. 9.05: Resonance
  131. 9.06: Exceptions to the Octet Rule
  132. 9.07: The Shapes of Molecules
  133. 9.08: Bond Order and Bond Lengths
  134. 9.09: Bond Energies
  135. 10: Bonding II: Additional Aspects
  136. 10.1: Bonding Theories
  137. 10.2: Introduction to Valence Bond Theory
  138. 10.3: Hybridization of Atomic Orbitals
  139. 10.4: Multiple Covalent Bonds
  140. 10.5: Molecular Orbital Theory
  141. 10.6: Exercises
  142. Videos
  143. Worksheets
  144. Worksheet 0A: Scientific Notation
  145. Worksheet 0B: Significant Figures
  146. Worksheet 1A: Atoms Ions and Naming Compounds
  147. Worksheet 1B: Formulas and Masses
  148. Worksheet 1C: Percent Mass Moles and Avogadros Number
  149. Worksheet 2A: Nomenclature Worksheet
  150. Worksheet 2B: Balancing Chemical Equations
  151. Worksheet 2C: Stoichiometry
  152. Worksheet 2D: Limiting Reagents
  153. Solutions
  154. Worksheet 3A: Balancing Redox Reactions
  155. Worksheet 3B: Net Ionic Equations
  156. Net Ionic Equations Solutions
  157. Worksheet 3C: Reactions in Aqueous Solution
  158. Worksheet 3D: Titrations
  159. Solutions
  160. Worksheet 4A: Gas Laws I
  161. Worksheet 4B: Gas Laws II
  162. Worksheet 4C: Kinetic Molecular Theory
  163. Worksheet 5A: Quantization
  164. Worksheet 8A: VSEPR
  165. Worksheet 8B: Hybridization and Resonance Structures