Question

Here are the equations: dt dr where Ca and Cain are concentrations of A (moles A/L) in the reactor and in the feed respectively. Likewise Cs and Csn are concentrations of B (moles B/L) The manipulated input, D, is the dilution rate in min. The rate constant used is k- 14 1/(moles A/L)Xmoles B/L)min) Cain is 15 moles A/L. Cu is 20 moles B/L. Simulate for 30 minutes. If used sample time of 0.5 minutes. % Simulation Parameter t end-30; % total simulation time minutes % Initial Conditions Ca(1)-1.0; Cb(1)-2.0; Cc(1)-0.7 k 1 = 1.4% inmoles AL)(moles BL7min). Cain= 15;% moles A/L Cbin= 20;% moles BL D-1.5% dilution rate l/min Generate one figure. a. Title should state: "Continuous Chemical Reactor Three plots one above the other: b. Top plot is time vs. concentration of A c. Middle plot is time vs concentration of B d. Bottom Plot is time vs. concentration of C a. Y-axis should have Ca moles A/L a. Y-axis should have "Cb moles of B/L a Y-axis should have "Cc moles of C/L b. X-axis should have Time (minutes)" Paste your figure and code here (both your main program and ode function file)

Answer 1

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subplot (3, 1, s) Xlabel 'time (minutes) ylabel (cc molej fil suptrlle Continuou chemi al or da sUptilie ChemiCa

Continuous Chemical Reactor O 0.9 10 15 20 25 2 1.5 0 1 10 15 20 25 10 O 0 10 15 20 25 Time (minutes)
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