Solve using MATLAB

MATLAB Example: 2 Vessel model Two compartment model z4 k, -Concentration fiow rate between two vesselis c, Concentration in circulatory system (vessel c2-Concentration in muscular system (Vesse Immediately after Administration Ater distrib Before Administration The "equations of motion". d c d t d c 4. For the two vessel problem k2 0.5: bo - 0.3 a) Plot the concentration of the drug in both vessels for 20 seconds if the initial concentration in both vessels is 30. Also, what is the concentration in both vessels as 1-0? What is the concentration in boch vessels as t.o if ko 02 b) Assume there is no concentration of drugs in either vessel initially, use trial and error to determine what input u is required to maintain a steady-state concentration of 4 in the masculature system c) What is the value of the input u necessary if the initial concentration in each vessel is 5? d ouwnesuot Repeat part b) to find u that provides a final concentration of 10 in vessel 2, but you mast USE determine value for you (ie. you can't just do trial and error by hand) ANOTHER iastinebsain your MATLAB program to automatically METHO b u MATLAB Example: 2 Vessel model Two compartment model z4 k, -Concentration fiow rate between two vesselis c, Concentration in circulatory system (vessel c2-Concentration in muscular system (Vesse Immediately after Administration Ater distrib Before Administration The "equations of motion". d c d t d c 4. For the two vessel problem k2 0.5: bo - 0.3 a) Plot the concentration of the drug in both vessels for 20 seconds if the initial concentration in both vessels is 30. Also, what is the concentration in both vessels as 1-0? What is the concentration in boch vessels as t.o if ko 02 b) Assume there is no concentration of drugs in either vessel initially, use trial and error to determine what input u is required to maintain a steady-state concentration of 4 in the masculature system c) What is the value of the input u necessary if the initial concentration in each vessel is 5? d ouwnesuot Repeat part b) to find u that provides a final concentration of 10 in vessel 2, but you mast USE determine value for you (ie. you can't just do trial and error by hand) ANOTHER iastinebsain your MATLAB program to automatically METHO b u