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EXCEL and/or WolframAlpha can be used

ANALYTICAL SOLUTION (EXCEL and/or WolframAlpha can be used) The conversion of -hydroxybutyric acid (B) in aqueous solution to its corresponding lactone (L) is a reversible reaction. BH2O+L In aqueous solution, the concentration of water can be considered constant, in such a way that the reversible reaction follows first-order kinetics. Use the following data to determine the reaction rate constants. Data Temperature =25C Initial acid concentration =182.3 moles /m3 ANALYTICAL SOLUTION (EXCEL and/or WolframAlpha can be used) The conversion of -hydroxybutyric acid (B) in aqueous solution to its corresponding lactone (L) is a reversible reaction. BH2O+L In aqueous solution, the concentration of water can be considered constant, in such a way that the reversible reaction follows first-order kinetics. Use the following data to determine the reaction rate constants. Data Temperature =25C Initial acid concentration =182.3 moles /m3