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Thermodynamics

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Thermodynamics

A book to accompany the Thermodynamics activities from Thermodynamics, Statistical Mechanics & Kinetics: A Guided Inquiry by Tricia D. Shepherd, Sean Garrett-Roe, Alexander Grushow, and Richard S. Moog.

Physical and Theoretical Chemistry Textbook MapsChemistry
Author
Andrea Allgood Carter
Publisher
Meredith College
Source
LibreTexts
Language
EN
Category
Basic Sciences
Read online Download PDF (open licence)
Contents· 74 sections
  1. 01: Fundamental 1 - Measurable Properties
  2. 1.01: Non-Ideal Gas Behavior
  3. 1.02: Virial Equations
  4. 02: Extension 1.1 - Kinetic Molecular Theory
  5. 2.01: Kinetic Molecular Theory
  6. 03: Extension 1.2 - Microscopic Gas Models
  7. 3.01: Van der Waals' Equation
  8. 04: Fundamental 2 - Counting Configurations
  9. 4.01: The Distribution Function as a Summary of Experimental Results
  10. 4.02: Outcomes Events and Probability
  11. 4.03: Some Important Properties of Events
  12. 4.04: Applying the Laws of Probability
  13. 4.05: Combinatorics and Multiplicity
  14. 05: Fundamental 4 - Heat Transfer
  15. 5.01: Energy Basics
  16. 06: Fundamental 5 - Entropy
  17. 6.01: Entropy
  18. 07: Extension 5 - Temperature
  19. 7.01: The Molecular Basis for Understanding Simple Entropy Change
  20. 08: Fundamental 6 - Work
  21. 8.01: Work
  22. 8.02: Gas Expansion
  23. 09: Fundamental 7 - Variable Changes
  24. 9.01: Partial Differentiation
  25. 9.02: Functions of Two Independent Variables
  26. 9.03: The Total Differential
  27. 10: Extension 7 - Path Dependence
  28. 10.01: Exact Differentials
  29. 11: Fundamental 8 - Energy Transformations
  30. 11.01: Internal Energy
  31. 11.02: Total Differential of the Internal Energy
  32. 12: Fundamental 10 - Processes
  33. 12.01: Reversible and Irreversible Pathways
  34. 13: Extension 10 - Cycles
  35. 13.01: Carnot Cycle
  36. 13.02: Entropy
  37. 14: Fundamental 11 - Boundary Changes
  38. 14.01: Helmholtz Energy
  39. 15: Extension 11 - Legendre Transforms
  40. 15.01: Differential Forms of Fundamental Equations
  41. 16: Fundamental 12 - Laboratory Conditions
  42. 16.01: Expressions for Heat Capacity
  43. 16.02: The Third Law of Thermodynamics
  44. 17: Extension 12 - Working Equations
  45. 17.01: The Maxwell Relations
  46. 18: Fundamental 13 - Composition Changes
  47. 18.01: Partial Molar Quantities
  48. 18.02: Chemical Potential
  49. 18.03: rG is the rate at which the Gibbs Free Energy Changes with The Extent of Reaction
  50. 18.04: Molar Reaction Enthalpy
  51. 19: Extension 13 - More Cycles
  52. 19.01: How The Enthalpy Change for a Reaction Depends on Temperature
  53. 20: Fundamental 14 - Reaction Equilibrium
  54. 20.01: Prelude to Chemical Equilibria
  55. 20.02: Chemical Potential
  56. 21: Extension 14 - Temperature Dependence of Equilibrium
  57. 21.01: Temperature Dependence of Equilibrium Constants - the vant Hoff Equation
  58. 22: Fundamental 15 - Phase Equilibrium
  59. 22.01: Fundamentals of Phase Transitions
  60. 22.02: Phase Diagrams
  61. 23: Extension 15 - Phase Rule
  62. 23.01: Criterion for Phase Equilibrium
  63. 24: Fundamental 16 - Solution Equilibrium
  64. 24.01: Ideal Solutions - Raoult's Law
  65. 24.02: Thermodynamics of Mixing
  66. 25: Extension 16 - Vapor-Solution Phase Diagrams
  67. 25.01: Raoult's Law and Ideal Mixtures of Liquids
  68. 25.02: Phase Diagrams for Binary Mixtures
  69. 25.03: Liquid-Vapor Systems - Raoults Law
  70. 26: Fundamental 17 - Colligative Properties
  71. 26.01: Colligative Properties
  72. 27: Extension 17 - Solid-Solution Phase Diagrams
  73. 27.01: Solid-Liquid Systems - Eutectic Points
  74. 27.02: Cooling Curves