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Interactive Chemistry

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Interactive Chemistry

This online learning system been created specifically to support Chemistry 109 students at the University of Wisconsin-Madison. It is more than a textbook and includes more than chemistry. We hope that it helps you learn chemistry and learn how to succeed in this and other challenging courses.

General ChemistryChemistry
Author
John Moore, Jia Zhou, and Etienne Garand
Publisher
University of Wisconsin
Source
LibreTexts
License
CC BY-NC-SA
Language
EN
Category
Basic Sciences
Read online Download PDF (open licence)
Contents· 64 sections
  1. 01: Unit One
  2. 1.01: Day 1- Chemistry Matter Energy Models
  3. 1.02: Day 2- Atomic Spectra and Atomic Orbitals
  4. 1.03: Day 3- Orbital Energy and Electron Configuration
  5. 1.04: Day 4- Periodic Trends Forces between Atoms
  6. 1.05: Day 5- Ionic Compounds Covalent Bonding
  7. 1.06: Day 6- Molecular Orbitals Lewis Structures
  8. 1.07: Day 7- Covalent Molecular Substances Hydrocarbons
  9. 02: Unit Two
  10. 2.01: Day 9- Bond Properties Valence Bond Theory
  11. 2.02: Day 10- Hybrid Orbitals Molecular Geometry
  12. 2.03: Day 11- Molecular Structure- Isomers
  13. 2.04: Day 12- Intermolecular Forces Functional Groups
  14. 2.05: Day 13- Alcohols Carboxylic Acids Amines Amides Hydrogen Bonding
  15. 2.06: Day 14- Macromolecules
  16. 2.07: Day 15- Condensation Polymers Proteins
  17. 2.08: Day 16- DNA and Lipids
  18. 03: Unit Three
  19. 3.01: Day 18- Reaction Rate
  20. 3.02: Day 19- Integrated Rate Law
  21. 3.03: Day 20- Rate of Radioactive Decay
  22. 3.04: Day 21- Reaction Energy Diagram and Arrhenius Equation
  23. 3.05: Day 22- Elementary Reactions
  24. 3.06: Day 23- Reaction Mechanisms
  25. 3.07: Day 24- Enzymes and Enzyme Catalysis
  26. 3.08: Day 25- Homogeneous and Heterogeneous Catalysis
  27. 04: Unit Four
  28. 4.01: Day 27- Thermochemistry and Enthalpy
  29. 4.02: Day 28- Entropy Gibbs Free Energy
  30. 4.03: Day 29- Gibbs Free Energy Chemical Equilibrium
  31. 4.04: Day 30- ICE Table Reaction Quotient Le Chateliers Principle
  32. 4.05: Day 31- Le Chateliers Principle Equilibrium and Gibbs Free Energy
  33. 4.06: Day 32- Gibbs Free Energy and Work Kinetic Metastability
  34. 4.07: Day 33- Acids and Bases
  35. 4.08: Day 34- Acid-Base Reactions
  36. 05: Unit Five
  37. 5.01: Day 36- Buffer Solutions
  38. 5.02: Day 37- Acid-Base Titration
  39. 5.03: Day 38- Oxidation-Reduction Reactions Voltaic Cells
  40. 5.04: Day 39- Voltaic Cells Half-Cell Potentials
  41. 5.05: Day 40- Thermodynamic Properties of Voltaic and Electrolytic Cells
  42. 5.06: Day 41- Electrolysis Commercial Batteries
  43. 06: Appendix
  44. 6.01: Atomic Weights
  45. 6.02: Elemental Abundances
  46. 6.03: Electron Configuration
  47. 6.04: Radius
  48. 6.05: Ionization Energies
  49. 6.06: Electron Affinity
  50. 6.07: Common Polyatomic Ions
  51. 6.08: Bond Enthalpy and Length
  52. 6.09: Electronegativity
  53. 6.10: Amino Acids
  54. 6.11: Solubility Product Constant
  55. 6.12: Acid-Base Ionization Constant
  56. 6.13: Thermodynamic
  57. 6.14: Standard Potential
  58. 6.15: Basics of Organic Nomenclature
  59. 07: Review Section
  60. 7.01: Review- Waves
  61. 7.02: Review- Photons
  62. 7.03: In Depth- Atomic-scale Particles and Waves
  63. 7.04: In Depth- The Heisenberg Uncertainty Principle
  64. 7.05: In Depth- In-Phase and Out-of-Phase