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UC Davis Chem 110A Physical Chemistry I

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UC Davis Chem 110A Physical Chemistry I

Libretexts for Chem 110A at UCD. Introduction to the postulates and general principles of quantum mechanics. Approximations based on variational method and time independent perturbation theory. Application to harmonic oscillator, rigid rotor, one-electron and many-electron atoms, and homo-and hetero-nuclear diatomic molecules.

Chemistry
Author
Kristie Koski
Publisher
University of California, Davis
Source
LibreTexts
License
CC BY-NC-SA
Language
EN
Category
Basic Sciences
Read online Download PDF (open licence)
Contents· 75 sections
  1. AGENDA (Koski)
  2. Assignments
  3. Homework 0: Basics
  4. Homework 8B - IR and Raman Calculations
  5. Homework 8B - IR and Raman Calculations Key
  6. Homework (2016)
  7. Homework 00
  8. Homework 01
  9. Homework 02
  10. Homework 03
  11. Homework 04
  12. Homework 05
  13. Homework 06A
  14. Homework 06B: ab initio Calculations
  15. Homework 07A
  16. Homework 08
  17. Homework 09
  18. Homework 10
  19. Homework 11A
  20. Homework (2017)
  21. Homework 0: Basics
  22. Homework 1
  23. Homework 2
  24. Homework 3
  25. Homework 3 (Larsen)
  26. Homework 3 (Larsen) Key
  27. Homework 4 (Koski)
  28. Homework 4 (Larsen)
  29. Homework 4 Key (Larsen)
  30. Homework 6A
  31. Homework 6B: ab initio Calculations
  32. Homework 7A (Koski)
  33. Homework 7A (Larsen)
  34. Homework 7B: ab initio Calculations
  35. Homework 8A
  36. Homework 8B: ab initio Calculations
  37. Homework 9
  38. Text
  39. Worksheets
  40. Worksheet 00: Introduction to Complex Numbers
  41. Worksheet 00: Vectors and Coordinate Systems
  42. Worksheet 00 Solutions
  43. Worksheet 01: Continuous Distributions
  44. Worksheet 1 Solutions
  45. Worksheet 02: Separation of Variables
  46. Worksheet 2 Solutions
  47. Worksheet 03A: Operators and Eigenvalues
  48. Worksheet 3A Solutions
  49. Worksheet 03B: Particle in a Box
  50. Worksheet 3B Solutions
  51. Worksheet 04A: Introduction to the Quantum Harmonic Oscillator
  52. Worksheet 4A Solutions
  53. Worksheet 4B Solutions
  54. Worksheet 04B: Even and Odd Functions
  55. Worksheet 4B Solutions
  56. Worksheet 05: Vibrational Spectroscopy
  57. Worksheet 5A Solutions
  58. Worksheet 06A: Rotational Spectroscopy
  59. Worksheet 6A Solutions
  60. Worksheet 06B: Angular Momentum and Commutators
  61. Worksheet 6B Solutions
  62. Worksheet 07A: The Probabilistic Interpretation of Atomic Orbitals
  63. Worksheet 7A Solutions
  64. Worksheet 07B: Variational Method I
  65. Worksheet 7B Solutions
  66. Worksheet 08: Variational Method II
  67. Worksheet 8 Solutions
  68. Worksheet 09A: Determinants
  69. Worksheet 9A Solutions
  70. Worksheet 09B: Multi-Electron Wavefunctions
  71. Worksheet 9B Solutions
  72. Worksheet 10A: Adding Angular Momenta in Multi-Electron Atoms
  73. Worksheet 10A Solutions
  74. Worksheet 10B: The Dihydrogen Cation
  75. Worksheet 10B Solutions