Question

derive van t Hoff reaction isochore

Answer 1

An equation formulated by van't Hoff for the variation of equilibrium constant with temperature:(d loge K)/dT=ΔH/RT 2, where K is the equilibrium constant, R is the gas constant, T is the thermodynamic temperature, and ΔH the enthalpy of the reaction.

(d loge K)/dT=ΔH/RT 2

Answer 2

Van t Hoff response isochore:

Explanation:

• An equation formulated with the aid of using van't Hoff for the variant of the equilibrium steady with temperature:
• (d loge K)/dT=ΔH/RT 2, wherein K is the equilibrium steady, R is the fuel line steady, T is the thermodynamic temperature, and ΔH is the enthalpy of the response.
• (d loge K)/dT=ΔH/RT²Van’t Hoff Equation-Temperature Effect on Equilibrium: Van’t Hoff equation connecting chemical equilibrium steady and temperature with the aid of using thermodynamics relation of Gibbs-Helmholtz loose electricity equation.
• The well-known chemical equilibrium steady of the endothermic and exothermic reactions relies upon temperature.
• Calculate the ratio of the discovered osmotic stress to the predicted value. Multiply this wide variety with the aid of using the wide variety of ions of solute according to method unit, after which use Equation 13.9. 1 to calculate the van't Hoff factor.

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