Urgently needed please. Solve with detailed explanation and necessary assumption made

2. A 25 U-IIter tank used tor liquid storage is contigured so that its mathematical model and its dynamic behaviour are as in a teedback control system The cross-sectional area of the tank is 0.25m2 and it may be assumed uniform. The outlet valve resistance, which we shall assume to be linear for simplicity, has a value c=0.1 m/min. I he entre system was ntally at steady state with the inlet towrater, at 3 /Iters /m In (U.U3/ m/m In). Now answer the tollowing questions: 1. Draw the process diagramme of this system. 2. What is the initial value of the liquid level in the tank? 3. If the inlet flow rate was suddenly changed to 87 liters /min(0.087m3/min), obtain an expression for how the liquid level in the tank will vary with time. 4. When will the liquid level in the tank be at the 0.86 Page 1 of 4 m mark? And to what final value will the liquid level ultimately settle? 5. Will the tank overflow? 6. Draw the block diagramme of this feedback system. 2. A 25 U-IIter tank used tor liquid storage is contigured so that its mathematical model and its dynamic behaviour are as in a teedback control system The cross-sectional area of the tank is 0.25m2 and it may be assumed uniform. The outlet valve resistance, which we shall assume to be linear for simplicity, has a value c=0.1 m/min. I he entre system was ntally at steady state with the inlet towrater, at 3 /Iters /m In (U.U3/ m/m In). Now answer the tollowing questions: 1. Draw the process diagramme of this system. 2. What is the initial value of the liquid level in the tank? 3. If the inlet flow rate was suddenly changed to 87 liters /min(0.087m3/min), obtain an expression for how the liquid level in the tank will vary with time. 4. When will the liquid level in the tank be at the 0.86 Page 1 of 4 m mark? And to what final value will the liquid level ultimately settle? 5. Will the tank overflow? 6. Draw the block diagramme of this feedback system