A gaseous feed of pure A(1molL1) enters a continuous stirred-tank reactor (CSTR) with a volume of 250L and reacts as follows: 2AR,(rA)=0.05CA2molL1s1 Assuming that the volumetric flow rate follows a linear relationship with conversion: i) Starting from the general definition of conversion for gas-phase systems, show that in this case, conversion is given by: XA=(CA0+AXA)(CA0CA) ii) Find the volumetric feed rate (in litres per min) that will give an outlet concentration of CA=0.25molL1. A gaseous feed of pure A(1molL1) enters a continuous stirred-tank reactor (CSTR) with a volume of 250L and reacts as follows: 2AR,(rA)=0.05CA2molL1s1 Assuming that the volumetric flow rate follows a linear relationship with conversion: i) Starting from the general definition of conversion for gas-phase systems, show that in this case, conversion is given by: XA=(CA0+AXA)(CA0CA) ii) Find the volumetric feed rate (in litres per min) that will give an outlet concentration of CA=0.25molL1