A liquid of constant density is fed at a constant volumetric rate F o into a conical tank of height H max and maximal radius R max . Conical Tank System. Obtain a dynamic model which describes the height of liquid in the tank. Next, put R max back to 5 ft and check the effects of changing valve coefficient K v to 0.9, 1.0 and 1.1.
V is the volume of liquid in the tank.
F is the volumetric flow rate in and out of the tank. C A is the concentration of A in the tank while C Ain is the conentration of A in the feed. The time constant t is a very useful indicator of the speed of response. Second Order Systems. Suppose you are given a system described by where z is a parameter of the system.