what would be the roots of the characteristic equation?

If you consider a derivative control action only, what would be the roots of the characteristic equation? Is the system stable? If yes, determine the range of the derivative controller gain Kd? Can you apply final value of theorem of Laplace Transform to find the steady state error?


Is it possible to apply a proportional-derivative (PD) control to convert the marginally stable system considered above to a stable system (i.e., roots having negative real parts.)? Determine the steady state error. Is it possible to meet the desired performance requirements with a PD controller? If yes, what would be the range of the proportional gain Kp and derivative gain Kd? (Hint. by looking at the location of roots on the s-plane or applying the Routh-Hurwitz criterion)

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Is the treatment effect of availability of the web portal higher for the members who receive a higher number (amount) of claims during the experiment?

Ace Health Insurance Inc. (AHI) offers health insurance to millions of customers in the US. The AHI management is concerned about the rising customer support costs at their call center…..

Is there anything wrong with how Jake managed the business right from the start?

CASE STUDY Jake created a small video games company that specializes in creating fighting games similar to Mortal Kombat and Street Fighter and action games like Medal of Honor and….

How Important are Trade Unions in the Modern World?

BUSM016 COURSEWORK 2: REFLECTIVE ESSAY INSTRUCTIONS Please choose one of the four options noted below to write your reflective essay. Option 1: How Important are Trade Unions in the Modern….