Consider the storage tank. Assume that flow rates of all free streams are linear function of corresponding liquid leve It is known that F, =2 (ft³) xh (ft) uSEngen eeee ft-min. Flow rates given in the figure are steady state values ft³ F; = 3- min min genusEngeniuSEngeniusEngenjus h igenusEngenuSEngenusEngenus Pump A = 2ft? If a transfer function is developed between Ħ (s) = TpS+1 K, {F(6) + F()} it Then Kp = 1, Tp = ; 2 - Kp = ;,Tp 2 ● Kp = ,Tp Tp = 2 = 1 genu 3 ° Kp = = 1, Tp | 2 ||

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A: Given, Gauge pressure at the bottom of the tank, P=242 kPa=242000 Pa

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