A gas-phase reaction of 0.25 Q + 0.5 P --> 0.25 G is carried out in...

 

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A gas-phase reaction of 0.25 Q + 0.5 P --> 0.25 G is carried out in a plug flow reactor that is operating isothermally. The initial concentrations of Q and P are both 2.33 mol L-1, and the total volumetric flowrate is 10 L min 1. What is the molar flowrate of Q exiting the reactor when the conversion of the limiting reactant is 80.3%. Please express your answer in mol/min, to one decimal place. A gas-phase reaction of 0.25 Q + 0.5 P --> 0.25 G is carried out in a plug flow reactor that is operating isothermally. The initial concentrations of Q and P are both 2.33 mol L-1, and the total volumetric flowrate is 10 L min 1. What is the molar flowrate of Q exiting the reactor when the conversion of the limiting reactant is 80.3%. Please express your answer in mol/min, to one decimal place.