The mathematical form of the equilibrium constant derives from chemical thermodynamics
Chemical thermodynamics provides the foundational framework and energetic derivations for the mathematical form of the equilibrium constant.
The retrieved literature, particularly papers discussing chemical equilibrium and statistical mechanics (e.g., [0], [7]), directly supports the premise that equilibrium constants derive from thermodynamic principles like free energy minimization and partition functions.
Greg M. Anderson, David A. Crerar. The Equilibrium Constant. 1993. https://doi.org/10.1093/oso/9780195064643.003.0017
Paper [0] shows how chemical equilibrium states and constants derive from minimizing thermodynamic energy potentials and equating chemical potentials.
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Raffa RB. Two Routes to the Same Equation: Kinetic and Statistical-Thermodynamic Derivations of the Classical Drug-Receptor Occupancy Relationship.. 2026. https://doi.org/10.7759/cureus.112912
Paper [7] demonstrates that the mathematical form of equilibrium constants (like the dissociation constant) fundamentally derives from equilibrium statistical thermodynamics.
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