A gas mixture consists of 40%A and 60% Inert gas at 10atm. The gas mixture enters the reactor with a flow rate of 10dm3/s at 200C. Using the data above calculate reactor volumes necessary to reach X=0.8 using 2 CSTR reactors in series. The conversion from the first reactor is 0.7 . You can assume gas mixture as ideal gas. Your result should include only FAO and 2 reactor volumes with units such as FAO= V1=..,V2=.(R=0.082dm3atm/(molK)) A gas mixture consists of 40%A and 60% Inert gas at 10atm. The gas mixture enters the reactor with a flow rate of 10dm3/s at 200C. Using the data above calculate reactor volumes necessary to reach X=0.8 using 2 CSTR reactors in series. The conversion from the first reactor is 0.7 . You can assume gas mixture as ideal gas. Your result should include only FAO and 2 reactor volumes with units such as FAO= V1=..,V2=.(R=0.082dm3atm/(molK))