The functions were deduced on the basis of the thermodynamic principle that the chemical potentials of the reactants and products of a physicochemical reaction should be equal in the equilibrium state and, consequently, the change in the Gibbs' free energy between the initial and equilibrium states...
(a) w= -1993 J/mol (b) I thought ΔU should be zero because it's isothermal and the reaction is reversible? Thus q= 1993J/mol? Nov 1, 2011 #8 I like Serena Homework Helper MHB 16,336 258 chocolatepie said: So I got: (a) w= -1993 J/mol Yep! chocolatepie said...
Gibbs free energyKineticsRedox potentialThermodynamicsThermodynamics is central to our understanding of the ecology and physiology of microbial ecosystems. In physiological research, thermodynamics is used to determine the directionality of a reaction or the feasibility of a pathway. In ecological research, ...
Marsh K.N.,“A general method for calculating the excess Gibbs free energy from isothermal vapour-liquid equilibria ”,The Journal of Chemical Thermodynamics, 9, 719 (1977)Marsh, K.N., 1977. A general method for calculating the excess Gibbs free energy from isothermal vapour-liquid equilibria....
The functions were deduced on the basis of the thermodynamic principle that the chemical potentials of the reactants and products of a physicochemical reaction should be equal in the equilibrium state and, consequently, the change in the Gibbs' free energy between the initial and equilibrium states...
GIBBS' free energyCopper slag is a good valuable material resource with high iron content in the form of fayalite. Biomass as reduction reducer was proposed in this paper. For the basic research of the reduction in biomass, the biomass reducer was simplified as molding compou...