- Please Give The Solution Of Part A With Matlab Fsolve 1 (528.4 KiB) Viewed 15 times
Please give the solution of part a with MATLAB. (fsolve)
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Please give the solution of part a with MATLAB. (fsolve)
Please give the solution of part a with MATLAB. (fsolve)
210081 PRIVITI Statemen The following reactions are taking place in a constant volume, gas-phase batch reactor: A+B C+D B+C X+Y sido da to A+X+Zsiasdqmpdortulon moldoxq sirlf A system of algebraic equations describes the equilibrium of the preceding reactions. The nonlinear equilibrium relationships utilize the thermodynamic equilibrium expressions, and the linear relationships have been obtained from the stoichiometry of the reactions. Bisig Jon ob gio Hib CCCD CACBrub KC2= KCI Ideg CzX10 T CxCylos KC3 CACY ] CBCc Св= Сво-Ср-Cy CACAO-CD-Cz Cc = CD-Cy Shamen (3-32) AM CAOdatd oldon not Cy = Cx+Cz qqA In this equation set CA. CB. CC, CD. Cx, Cy and Cz are concentrations of the various species at equilibrium resulting from initial concentrations of only CAO and CB0. The equilibrium constants Kc1, Kc2, and Kc3 have known values. Solve this system of equations when CAO Kc2= 2.63, and KC3 = 5 starting from three sets of initial estimates. Cao = 1.5, Kct = 1.06, (a) CD= Cx = Cz = 0 (b) CD= Cx = Cz = 1 (c) CD= Cx = Cz = 10 =
210081 PRIVITI Statemen The following reactions are taking place in a constant volume, gas-phase batch reactor: A+B C+D B+C X+Y sido da to A+X+Zsiasdqmpdortulon moldoxq sirlf A system of algebraic equations describes the equilibrium of the preceding reactions. The nonlinear equilibrium relationships utilize the thermodynamic equilibrium expressions, and the linear relationships have been obtained from the stoichiometry of the reactions. Bisig Jon ob gio Hib CCCD CACBrub KC2= KCI Ideg CzX10 T CxCylos KC3 CACY ] CBCc Св= Сво-Ср-Cy CACAO-CD-Cz Cc = CD-Cy Shamen (3-32) AM CAOdatd oldon not Cy = Cx+Cz qqA In this equation set CA. CB. CC, CD. Cx, Cy and Cz are concentrations of the various species at equilibrium resulting from initial concentrations of only CAO and CB0. The equilibrium constants Kc1, Kc2, and Kc3 have known values. Solve this system of equations when CAO Kc2= 2.63, and KC3 = 5 starting from three sets of initial estimates. Cao = 1.5, Kct = 1.06, (a) CD= Cx = Cz = 0 (b) CD= Cx = Cz = 1 (c) CD= Cx = Cz = 10 =