A PBR reactor project was made with a reaction 2A B with 40% conversion (X=0.4)....

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A PBR reactor project was made with a reaction 2A → B with 40% conversion (X=0.4). the catalyst mass was W=1733.33 g, knowing that, do the same in case there is a pressure drop, remembering that the method must be developed by the Ergun equation, finally use Python to solve the ODE. mol mol Given: CA, = 0,2- ; FA = 4,0- ; k= 0,03- dm3 m g.mol.s ;8=- 1 2 A PBR reactor project was made with a reaction 2A → B with 40% conversion (X=0.4). the catalyst mass was W=1733.33 g, knowing that, do the same in case there is a pressure drop, remembering that the method must be developed by the Ergun equation, finally use Python to solve the ODE. mol mol Given: CA, = 0,2- ; FA = 4,0- ; k= 0,03- dm3 m g.mol.s ;8=- 1 2 A PBR reactor project was made with a reaction 2A → B with 40% conversion (X=0.4). the catalyst mass was W=1733.33 g, knowing that, do the same in case there is a pressure drop, remembering that the method must be developed by the Ergun equation, finally use Python to solve the ODE. mol mol Given: CA, = 0,2- ; FA = 4,0- ; k= 0,03- dm3 m g.mol.s ;8=- 1 2 A PBR reactor project was made with a reaction 2A → B with 40% conversion (X=0.4). the catalyst mass was W=1733.33 g, knowing that, do the same in case there is a pressure drop, remembering that the method must be developed by the Ergun equation, finally use Python to solve the ODE. mol mol Given: CA, = 0,2- ; FA = 4,0- ; k= 0,03- dm3 m g.mol.s ;8=- 1 2 A PBR reactor project was made with a reaction 2A → B with 40% conversion (X=0.4). the catalyst mass was W=1733.33 g, knowing that, do the same in case there is a pressure drop, remembering that the method must be developed by the Ergun equation, finally use Python to solve the ODE. mol mol Given: CA, = 0,2- ; FA = 4,0- ; k= 0,03- dm3 m g.mol.s ;8=- 1 2 A PBR reactor project was made with a reaction 2A → B with 40% conversion (X=0.4). the catalyst mass was W=1733.33 g, knowing that, do the same in case there is a pressure drop, remembering that the method must be developed by the Ergun equation, finally use Python to solve the ODE. mol mol Given: CA, = 0,2- ; FA = 4,0- ; k= 0,03- dm3 m g.mol.s ;8=- 1 2

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Answer import numpy as np from scipyintegrate import odeint Given data CA0 ... View the full answer