DO NOT COPY OTHER ANSWER. I NEED ANOTHER VERSION

Take a look at the following water storage tank system. Cylindrical tank. The assumption, that the density of the liquid is constant. F is the volumetric flow rate (m3/men), vi, v2 is the volume of liquid in tank 1 and tank 2. h1 and h2 = liquid level (m). R1, R2 = flow resistance. F Pi Vi hi h2 P 1 R F2 R2 F3 . The relationship between the flow rate out of the liquid from tank 1 and tank 2 with the fluid level (h): F2 = (hi-h2) Ri F3 = (h58)/RE a. Show derivative equations of the mathematical model of the system to describe the relationship of the fluid levels h1 and h2 as a function of time (t). b. Linearization of the model equations you get ws