- Dont Paste Or Copy The Solution That Already Exist Here In Chegg Its Incorrect 1 (63 KiB) Viewed 29 times
Dont paste or copy the solution that already exist here in answers, its incorrect.
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answerhappygod
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Dont paste or copy the solution that already exist here in answers, its incorrect.
Dont paste or copy the solution that already exist here inchegg, its incorrect.
Mathematical Modelling: Transfer Function 1.- The Liquid-Level system shown in Fig. 1 has a cross section area A = 2 [m²]. Furthermore, the output valve presents a flow resistance R = 2 [min/m²]. Considering that the tank is empty at t ≤0 [s], answer the following points: qi h R 90 Fig. 1 Liquid-Level system. a) Obtain the transfer function which relates the input flow qi(t) (input of the system) and the output flow qo(t) (output of the system). b) Applying an input step 3 [m³/min], Which is the final value of the liquid level height at steady state? c) Applying an input step 15 [m³/min], Which is the final value of the output flow at steady state?
Mathematical Modelling: Transfer Function 1.- The Liquid-Level system shown in Fig. 1 has a cross section area A = 2 [m²]. Furthermore, the output valve presents a flow resistance R = 2 [min/m²]. Considering that the tank is empty at t ≤0 [s], answer the following points: qi h R 90 Fig. 1 Liquid-Level system. a) Obtain the transfer function which relates the input flow qi(t) (input of the system) and the output flow qo(t) (output of the system). b) Applying an input step 3 [m³/min], Which is the final value of the liquid level height at steady state? c) Applying an input step 15 [m³/min], Which is the final value of the output flow at steady state?