Thư viện Trường Đại học Phú Xuân
Understanding Organic Chemistry Through Computation

Nguồn ngoài

Understanding Organic Chemistry Through Computation

This online textbook works to clarify challenging concepts in introductory organic chemistry by applying tools from computational chemistry to validate fundamental principles. Utilizing open-access computational resources, students are guided through a set of exercises where core concepts of organic reactivity are explored and visualized.

Tác giả
Nicholas Boaz and Orion Pearce
Nhà xuất bản
North Central College
Nguồn
LibreTexts
Giấy phép
CC BY-NC-SA
Ngôn ngữ
EN
Danh mục
Khoa học cơ bản
Mục lục· 59 mục
  1. 01: Introduction to Avogadro
  2. 1.01: Overview
  3. 1.02: Background
  4. 1.03: Computational Instructions
  5. 1.04: Exercise Questions
  6. 02: Bond Lengths and Resonance
  7. 2.01: Overview
  8. 2.02: Background
  9. 2.03: Computational Instructions
  10. 2.04: Exercise Questions
  11. 03: Visualizing Molecular Orbitals with Avogadro and Orca
  12. 3.01: Overview
  13. 3.02: Background
  14. 3.03: Computational Instructions
  15. 3.04: Exercise Questions
  16. 04: Measuring Equilibrium on Cyclohexane Chair Structures
  17. 4.01: Overview
  18. 4.02: Background
  19. 4.03: Computational Instructions
  20. 4.04: Exercise Questions
  21. 05: Computing and Visualizing Infrared Spectra of Organic Molecules
  22. 5.01: Overview
  23. 5.02: Background
  24. 5.03: Computational Instructions
  25. 5.04: Exercise Questions
  26. 06: Manipulating of Molecules in Three Dimensions
  27. 6.01: Overview
  28. 6.02: Background
  29. 6.03: Computational Instructions
  30. 6.04: Exercise Questions
  31. 07: Thermodynamics Kinetics and the Reaction Coordinate Diagram
  32. 7.01: Overview
  33. 7.02: Background
  34. 7.03: Computational Instructions
  35. 7.04: Exercise Questions
  36. 08: Understanding the Effect of Solvation on E2 Reactions
  37. 8.01: Overview
  38. 8.02: Background
  39. 8.03: Computational Instructions
  40. 8.04: Exercise Questions
  41. 09: Calculating Bond Dissociation Enthalpy and Analyzing the Radical Chlorination of Norbornane
  42. 9.01: Overview
  43. 9.02: Background
  44. 9.03: Computational Instructions
  45. 9.04: Exercise Questions
  46. 10: Examining the Synthesis of Naturally Occurring Cyclobutane Compounds
  47. 10.01: Overview
  48. 10.02: Background
  49. 10.03: Computational Instructions
  50. 10.04: Exercise Questions
  51. 11: Examining the Energetics of Selectivity in Electrophilic Aromatic Substitution
  52. 11.01: Overview
  53. 11.02: Background
  54. 11.03: Exercise Questions
  55. 12: Measuring the influence of ring strain in ether substitution
  56. 12.01: Overview
  57. 12.02: Background
  58. 12.03: Computational Instructions
  59. 12.04: Exercise Questions