Question-4 (Use MATLAB The overall model for a continues tired krct includes masses and energy bales for the car and cooling jacket. The resulting models are given below erpi- des - FC.-C.-C. (*) 4.-)(-a) V-Cak exp(-4) 14" (7-7) -AHWA7T T. PG V. p.5 VS The parameters needed for the above system of equations are lised is Table 1. All the its * consistent for this system Ta CSTR Parameters Folow rate 0.025 3000 mo Polaco 0.25 m's Cooling Jacket Parameter Flowinjaku 0.005 W/Vojacket 0.04 A 500 S 5000 LEK E 37413 1000 R ok (hear capacity) 2500 K - 250000 350 K 298 K 20000 Using the information above 1. Solve the above system for the CAT, and T against time and plot the results in two subplots Subplot 1 (Cast) and subplot 2 (T.T, t) Given that the initial conditions are (0) - 100: TO)- 600: T,(0) - 500; and tspan- [ 40 seconds 2. Find out the steady state concentration (C), T, and T, by taking dat didt-T/-0. You may take initial guess as 500, 600, 500 for CT, and respectively Question-4 (Use MATLAB The overall model for a continues tired krct includes masses and energy bales for the car and cooling jacket. The resulting models are given below erpi- des - FC.-C.-C. (*) 4.-)(-a) V-Cak exp(-4) 14" (7-7) -AHWA7T T. PG V. p.5 VS The parameters needed for the above system of equations are lised is Table 1. All the its * consistent for this system Ta CSTR Parameters Folow rate 0.025 3000 mo Polaco 0.25 m's Cooling Jacket Parameter Flowinjaku 0.005 W/Vojacket 0.04 A 500 S 5000 LEK E 37413 1000 R ok (hear capacity) 2500 K - 250000 350 K 298 K 20000 Using the information above 1. Solve the above system for the CAT, and T against time and plot the results in two subplots Subplot 1 (Cast) and subplot 2 (T.T, t) Given that the initial conditions are (0) - 100: TO)- 600: T,(0) - 500; and tspan- [ 40 seconds 2. Find out the steady state concentration (C), T, and T, by taking dat didt-T/-0. You may take initial guess as 500, 600, 500 for CT, and respectively