Question

what is chemical thermodynamics

Answer 1

Explanation:

Chemical thermodynamics is the study of the interrelation of heat and work with chemical reactions or with physical changes of state within the confines of the laws of thermodynamics.

Answer 2

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$\large\underline\mathrm\blue{Thermodynamics}$ $\large\underline\mathrm\blue{is}$ $\large\underline\mathrm\blue{concerned}$ $\large\underline\mathrm\blue{with}$ $\large\underline\mathrm\blue{the}$ $\large\underline\mathrm\blue{equilibrium}$ $\large\underline\mathrm\blue{states}$ $\large\underline\mathrm\blue{of}$ $\large\underline\mathrm\blue{the}$ $\large\underline\mathrm\blue{system}$. $\large\underline\mathrm{An}$$\large\underline\mathrm{equilibrium}$$\large\underline\mathrm{states}$$\large\underline\mathrm{is}$$\large\underline\mathrm{one}$$\large\underline\mathrm{in}$$\large\underline\mathrm{which}$$\large\underline\mathrm{the}$$\large\underline\mathrm{macroscopic}$$\large\underline\mathrm{property}$$\large\underline\mathrm{of}$$\large\underline\mathrm{the}$$\large\underline\mathrm{system,}$$\large\underline\mathrm{such}$$\large\underline\mathrm{as}$$\large\underline\mathrm{it's}$$\large\underline\mathrm{temperature,}$$\large\underline\mathrm{density}$$\large\underline\mathrm{and}$$\large\underline\mathrm{chemical}$ $\large\underline\mathrm{composition,}$$\large\underline\mathrm{are}$$\large\underline\mathrm{well}$$\large\underline\mathrm{defined}$$\large\underline\mathrm{and}$$\large\underline\mathrm{do}$$\large\underline\mathrm{not}$$\large\underline\mathrm{change}$$\large\underline\mathrm{with}$$\large\underline\mathrm{time.}$ $\large\underline\mathrm\orange{Thus,}$$\large\underline\mathrm\orange{the}$$\large\underline\mathrm\orange{subject}$$\large\underline\mathrm\orange{of}$$\large\underline\mathrm\orange{thermodynamics}$$\large\underline\mathrm\orange{does}$$\large\underline\mathrm\orange{not}$$\large\underline\mathrm\orange{concern}$$\large\underline\mathrm\orange{itself}$$\large\underline\mathrm\orange{with}$$\large\underline\mathrm\orange{the}$$\large\underline\mathrm\orange{time}$$\large\underline\mathrm\orange{elements}$$\large\underline\mathrm\orange{in}$$\large\underline\mathrm\orange{any}$$\large\underline\mathrm\orange{transformation}$$\large\underline\mathrm\orange{and,}$$\large\underline\mathrm\orange{therefore,}$$\large\underline\mathrm\orange{has}$$\large\underline\mathrm\orange{no}$$\large\underline\mathrm\orange{valid}$$\large\underline\mathrm\orange{application}$$\large\underline\mathrm\orange{in}$$\large\underline\mathrm\orange{the}$$\large\underline\mathrm\orange{study}$$\large\underline\mathrm\orange{of}$$\large\underline\mathrm\orange{reaction}$$\large\underline\mathrm\orange{kinetics.}$

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