Question The following is the closed loop transfer of a system. C(3) R(S) 33+ 12 s2 - 12s + 12 +995 +98 +48 + 20 s+ 365 +36 Based on the system stability analysis, which one is a completely true. A. System is stable B. System is marginal stable c. All poles of system are in the left side of s-plane. D. System is unstable E. There two sign changes in the first coloumn of Routh-Hurwitz stability array F. There are two poles in the right half of 5-plane. G. A and C H. D, E and F 1. Band E J. B, E and F K. All false

FPC6AR The Asker · Electrical Engineering

Transcribed Image Text: The following is the closed loop transfer of a system. C(3) R(S) 33+ 12 s2 - 12s + 12 +995 +98 +48 + 20 s+ 365 +36 Based on the system stability analysis, which one is a completely true. A. System is stable B. System is marginal stable c. All poles of system are in the left side of s-plane. D. System is unstable E. There two sign changes in the first coloumn of Routh-Hurwitz stability array F. There are two poles in the right half of 5-plane. G. A and C H. D, E and F 1. Band E J. B, E and F K. All false
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Transcribed Image Text: The following is the closed loop transfer of a system. C(3) R(S) 33+ 12 s2 - 12s + 12 +995 +98 +48 + 20 s+ 365 +36 Based on the system stability analysis, which one is a completely true. A. System is stable B. System is marginal stable c. All poles of system are in the left side of s-plane. D. System is unstable E. There two sign changes in the first coloumn of Routh-Hurwitz stability array F. There are two poles in the right half of 5-plane. G. A and C H. D, E and F 1. Band E J. B, E and F K. All false