Search 11:12 AM Fri Apr 3 HW15 (z transfer, upload) due 4/1 14% and is remained at this value, calculate the following at t=0+: a. Error (E)= b. Rate of change of error E= c. Accumulated Error = 6. Assume that the outflow rate remains at 0.8 m/min (due to the outflow controller). Calculate the following after 15 minutes: a. Error (E) = b. Percentage of error c. Rate of change of error E= d. Accumulated Error = 7. Draw graph of E vs time. Search 11:12 AM Fri Apr 3 HW15 (z transfer, upload) due 4/1 Assignment 8 CPEG 404 Name Application of Engineering Principle 1. Tank Level Controller System-Consider the following cylindrical container with the base area of 5m and height of 10 meters. Assume that initially the level of fluid in the tank is set at 2 meter (set value). The inflow controller is operation at 16% output. This causes an inflow fluid rate of is 0.8 meter/Minute. The outflow has a constant rate is 0.8 /min which is controlled by the outflow controller. Valve Controller 2. Draw block diagram of the system 3. Write mathematical model for the process 4. Find the initial value of a. Error (E)- Search 11:12 AM Fri Apr 3 HW15 (z transfer, upload) due 4/1 14% and is remained at this value, calculate the following at t=0+: a. Error (E)= b. Rate of change of error E= c. Accumulated Error = 6. Assume that the outflow rate remains at 0.8 m/min (due to the outflow controller). Calculate the following after 15 minutes: a. Error (E) = b. Percentage of error c. Rate of change of error E= d. Accumulated Error = 7. Draw graph of E vs time. Search 11:12 AM Fri Apr 3 HW15 (z transfer, upload) due 4/1 Assignment 8 CPEG 404 Name Application of Engineering Principle 1. Tank Level Controller System-Consider the following cylindrical container with the base area of 5m and height of 10 meters. Assume that initially the level of fluid in the tank is set at 2 meter (set value). The inflow controller is operation at 16% output. This causes an inflow fluid rate of is 0.8 meter/Minute. The outflow has a constant rate is 0.8 /min which is controlled by the outflow controller. Valve Controller 2. Draw block diagram of the system 3. Write mathematical model for the process 4. Find the initial value of a. Error (E)