6. A mixed flow reactor is being used to determine the kinetics of a reaction whose...

 

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6. A mixed flow reactor is being used to determine the kinetics of a reaction whose stoichiometry is A → B. For this purpose various flow rates of an aqueous solution of 100 mmole A/liter are fed to a 1-liter reactor, and for each run the outlet concentration of A is measured. Find a rate equation to represent the following data. Also assume that reactant alone affects the rate. Voliter/min 1 6 24 CA, mmole/liter 4 20 50 6. A mixed flow reactor is being used to determine the kinetics of a reaction whose stoichiometry is A → B. For this purpose various flow rates of an aqueous solution of 100 mmole A/liter are fed to a 1-liter reactor, and for each run the outlet concentration of A is measured. Find a rate equation to represent the following data. Also assume that reactant alone affects the rate. Voliter/min 1 6 24 CA, mmole/liter 4 20 50

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