In the reservoir feed system as depicted in the diagram below (Figure 3), draw a block...

 

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In the reservoir feed system as depicted in the diagram below (Figure 3), draw a block diagram showing the essential elements and how they are related to one another. Tililili R₁ * 2) Figure 3 3) R2 Reduce the block diagram to obtain the transfer function relating qi to h₂, that is H₂ (8) Q:(s) % TO USERS Obtain the time constants of the time domain solution, that is, look for the roots of s in the characteristic equation. Show: 1) That there is no possibility that oscillatory motion will occur when the system is driven with impulses, steps and ramps. That the areas A are important in determining how fast the system settles after being perturbed. An increase in A will lengthen the time to settling after disturbances have occurred, all other factors remaining the same. In the reservoir feed system as depicted in the diagram below (Figure 3), draw a block diagram showing the essential elements and how they are related to one another. Tililili R₁ * 2) Figure 3 3) R2 Reduce the block diagram to obtain the transfer function relating qi to h₂, that is H₂ (8) Q:(s) % TO USERS Obtain the time constants of the time domain solution, that is, look for the roots of s in the characteristic equation. Show: 1) That there is no possibility that oscillatory motion will occur when the system is driven with impulses, steps and ramps. That the areas A are important in determining how fast the system settles after being perturbed. An increase in A will lengthen the time to settling after disturbances have occurred, all other factors remaining the same.

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