Question: Determine the matrix inverse for the system described in Prob. 8.9. Use the matrix inverse to determine the concentration in reactor 5 if the inflow
Determine the matrix inverse for the system described in Prob. 8.9. Use the matrix inverse to determine the concentration in reactor 5 if the inflow concentrations are changed to c01 = 10 and c03 = 20.
Data From Problem 8.9
Five reactors linked by pipes are shown in Fig. P8.9. The rate of mass flow through each pipe is computed as the product of flow (Q) and concentration (c). At steady state, the mass flow into and out of each reactor must be equal. For example, for the first reactor, a mass balance can be written as
Q01c01 + Q31c3 = Q15c1 + Q12c1

3 4 R = 100 www R = 50 www R = 150 2 5 R = 50 R = 100 ww R = 20 V= 200 V OV6 = 0 V 6
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The system of equations for this problem must be set up using the mass balances for each reactor and the concentrations must then be found via matrix ... View full answer
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