Question: Diffusion- convection - reaction problems often provide a differential equation of the following general form de KL ? d dz L dz LD dz LD

 Diffusion- convection - reaction problems often provide a differential equation of

Diffusion- convection - reaction problems often provide a differential equation of the following general form de KL ? d dz L dz LD dz LD / C = 0 where a is the dimensionless concentration and 2 is the dimensionless distance . Assume ULID and KL?/D ance constants. Assume that C = 1 at 2=0 and C=0 when 2= L. Solve the above differential equation and Provide an exact analytical equation for e = f (2). [ Hint: note that the above differential equation is a and ordere constant - coefficient unforced equation

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