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- Chemical Reaction Engineering problem - Make sure to draw a graph using the Polymath program Make sure to draw a graph using the Polymath
- Chemical Reaction Engineering problem -
Make sure to draw a graph using the Polymath program
Make sure to draw a graph using the Polymath program Please write neatly so that I can read it easily
The following reactions are carried out isothermally in a 50dm3 PFR: A+2BC+D2D+3AC+EB+2CD+FrD1=kD1CACB2rE2=kE2CACDrF3=kF3CBCC2 Additional information: Liquid phase kD1kE2kF3=0.25dm6/mol2min=0.1dm3/molmin=5.0dm6/mol2minv0=10dm3/minCA0=1.5mol/dm3CB0=2.0mol/dm3 Rework this problem for the case when the reaction is a gas-phase reaction. We will keep the constants the same so you won't have to make too many changes in your Polymath program, but we will make v0=100 dm3/min,CT0=0.4mol/dm3,V=500dm3 and an equimolar feed of A and B. Plot the molar flow rates and SCID and SE/F down a PFR. The following reactions are carried out isothermally in a 50dm3 PFR: A+2BC+D2D+3AC+EB+2CD+FrD1=kD1CACB2rE2=kE2CACDrF3=kF3CBCC2 Additional information: Liquid phase kD1kE2kF3=0.25dm6/mol2min=0.1dm3/molmin=5.0dm6/mol2minv0=10dm3/minCA0=1.5mol/dm3CB0=2.0mol/dm3 Rework this problem for the case when the reaction is a gas-phase reaction. We will keep the constants the same so you won't have to make too many changes in your Polymath program, but we will make v0=100 dm3/min,CT0=0.4mol/dm3,V=500dm3 and an equimolar feed of A and B. Plot the molar flow rates and SCID and SE/F down a PFRStep by Step Solution
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