2. The gas phase reaction; (A + 3B 2C) is carried out isothermal mixed flow...

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2. The gas phase reaction; (A + 3B → 2C) is carried out isothermal mixed flow reactor (CSTR) at 2 atm. Feed stream includes 15% A, 60%B and 25% inerts in moles. a) Define the steady-state exit volumetric flow rate (v) as a function of conversion. b) Define the volume of CSTR for the conversion of XA-0.6 if initial concentration of A is 0.1 mol/L and volumetric flow rate of feed (vo) is 100 L/min. The rate expression is defined as -TA-3CACB mol/L.min for this reaction. 2. The gas phase reaction; (A + 3B → 2C) is carried out isothermal mixed flow reactor (CSTR) at 2 atm. Feed stream includes 15% A, 60%B and 25% inerts in moles. a) Define the steady-state exit volumetric flow rate (v) as a function of conversion. b) Define the volume of CSTR for the conversion of XA-0.6 if initial concentration of A is 0.1 mol/L and volumetric flow rate of feed (vo) is 100 L/min. The rate expression is defined as -TA-3CACB mol/L.min for this reaction.

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