E5.5 The reversible second-order (direct and reverse) reaction 2C₂H5NCO-C₂H5N2 (C=O)C₂H5 is conducted in a 5 mL continuo

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E5.5 The reversible second-order (direct and reverse) reaction 2C₂H5NCO-C₂H5N2 (C=O)C₂H5 is conducted in a 5 mL continuo

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E5 5 The Reversible Second Order Direct And Reverse Reaction 2c H5nco C H5n2 C O C H5 Is Conducted In A 5 Ml Continuo 1
E5 5 The Reversible Second Order Direct And Reverse Reaction 2c H5nco C H5n2 C O C H5 Is Conducted In A 5 Ml Continuo 1 (83.92 KiB) Viewed 37 times
E5.5 The reversible second-order (direct and reverse) reaction 2C₂H5NCO-C₂H5N2 (C=O)C₂H5 is conducted in a 5 mL continuous reactor (PFR) at 25°C. Under these conditions, the equilibrium constant is 0.125. Pure reactant with a concentration of 0.2 mol/L is introduced at 0.36 L/h and the final conversion is 70% of the equilibrium conversion. Calculate the direct and reverse specific rate.
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