The following reactions take place, where the desired species for production is B: Reaction 1: A...

 

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The following reactions take place, where the desired species for production is B: Reaction 1: A B Rate: 1 = kC with k = 8E-4 dm/mol. s Reaction 2: A C Reaction 3: B-D Rate: r = k CA Rate: 1 = k with k = 1.5E-4 s-1 with k3 1E-5 mol/dm.s The initial concentration of A is 2.0 M. The reaction takes place in a batch reactor over the span of 90 minutes. Provide the following plots: a.) Concentration profile of all 4 species. b.) Conversion profile of A. c.) Instantaneous & Overall Selectivity of B to C & D: SB/CD' d.) Instantaneous & Overall Yield of B. Note: for selectivities and yield, the initial value will be infinite because the denominator is 0. That is not physically true, only a mathematical anomaly. To avoid it, add a small non-zero number to the denominator, such as 1E-7. The following reactions take place, where the desired species for production is B: Reaction 1: A B Rate: 1 = kC with k = 8E-4 dm/mol. s Reaction 2: A C Reaction 3: B-D Rate: r = k CA Rate: 1 = k with k = 1.5E-4 s-1 with k3 1E-5 mol/dm.s The initial concentration of A is 2.0 M. The reaction takes place in a batch reactor over the span of 90 minutes. Provide the following plots: a.) Concentration profile of all 4 species. b.) Conversion profile of A. c.) Instantaneous & Overall Selectivity of B to C & D: SB/CD' d.) Instantaneous & Overall Yield of B. Note: for selectivities and yield, the initial value will be infinite because the denominator is 0. That is not physically true, only a mathematical anomaly. To avoid it, add a small non-zero number to the denominator, such as 1E-7.

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To create the requested plots we need to solve the differential equations that describe the concentrations of each species over time The rate equation... View the full answer