- #1
maistral
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How do you make a differential equation for such?
Say for example. I have two reactions in series, A → R and R → S going in a gas-phase reaction. If I'm correct, the ODE for the conversion of A is
dXA/dt = kA*[(NAo/vo)*(1-XA)/(1+δA*YAo*XA)]*[(vo/NAo)*(1+δA*YAo*XA)].
I don't know now how to get the differential equation for R since it's a series reaction - or is there another method for me to get the values of A, R, and S simultaneously? Please keep it simple. Thanks.
Say for example. I have two reactions in series, A → R and R → S going in a gas-phase reaction. If I'm correct, the ODE for the conversion of A is
dXA/dt = kA*[(NAo/vo)*(1-XA)/(1+δA*YAo*XA)]*[(vo/NAo)*(1+δA*YAo*XA)].
I don't know now how to get the differential equation for R since it's a series reaction - or is there another method for me to get the values of A, R, and S simultaneously? Please keep it simple. Thanks.