Pure gaseous A (120 mmol/lit) at about 3 atm and 30C is fed to a mixed...

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Pure gaseous A (120 mmol/lit) at about 3 atm and 30°C is fed to a mixed reactor of volume 1 lit at various flow rates. In the reactor, A decomposes as per the stoichiometry A→ 3R and the exit concentration of A is measured for each flow rate. Find the kinetic equation for the decomposition ofA using the following data: (Graphical Approach) (Variable Volume). vo (lit/min) CA (mol/lit) 0.06 0.48 1.5 8.1 30 60 80 105 Pure gaseous A (120 mmol/lit) at about 3 atm and 30°C is fed to a mixed reactor of volume 1 lit at various flow rates. In the reactor, A decomposes as per the stoichiometry A→ 3R and the exit concentration of A is measured for each flow rate. Find the kinetic equation for the decomposition ofA using the following data: (Graphical Approach) (Variable Volume). vo (lit/min) CA (mol/lit) 0.06 0.48 1.5 8.1 30 60 80 105