A process consists of two stirred tanks with input q and outputs T_(1) and T_(2) (see the Figure below). To test the hypothesis that the dynamics in each tank are basically first-order, a step change in q is made from 31 to 34(L)/(m)in, with output response given in the Table below. Use computer software (preferably Excel Solver) to find the values of au _(1) and au _(2). Plot the experimental data (as discrete points) and the model (as continuous curve).
able[[t(min),T_(2)(deg C)
2) A process consists of two stirred tanks with input q and outputs T, and T (see the
Figure below). To test the hypothesis that the dynamics in each tank are basically
first-order, a step change in q is made from 31 to 34 L/min, with output response
given in the Table below. Use computer software (preferably Excel Solver) to find
the values of t, and t.Plot the experimental data (as discrete points) and the model
(as continuous curve).
t(min) T2(C) 0 20.00 2 20.40 4 20.99 6 21.80 8 22.51 10 23.32 12 23.80 14 24.29 16 24.70 18 24.90 20 25.16 22 25.35 24 25.49 26 25.61 28 25.70 30 25.76 32 25.82 34 25.85 36 25.89 38 25.91 40 25.92 42 25.93 44 25.94 46 25.95 48 25.96 56 25.97 100 25.98
T1
T2
Tank 1
Tank 2
