The feedback configuration and the pole-zero locations of 3– 2s+2 G(s) = 3+ 2s+2 %3D are shown below. The root locus for negative values of k, i.e. for -o0

The feedback configuration and the pole-zero locations of<br>3– 2s+2<br>G(s) =<br>3+ 2s+2<br>%3D<br>are shown below. The root locus for negative values of k, i.e. for -o0 < k< 0, has<br>breakaway/break-in points and angle of departure at pole P (with respect to the<br>positive real axis) equal to<br>Im (s)<br>kG(s)<br>Re(s)<br>P<br>

Extracted text: The feedback configuration and the pole-zero locations of 3– 2s+2 G(s) = 3+ 2s+2 %3D are shown below. The root locus for negative values of k, i.e. for -o0 <>< 0,="" has="" breakaway/break-in="" points="" and="" angle="" of="" departure="" at="" pole="" p="" (with="" respect="" to="" the="" positive="" real="" axis)="" equal="" to="" im="" (s)="" kg(s)="" re(s)="">

Jun 11, 2022

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The feedback configuration and the pole-zero locations of 3– 2s+2 G(s) = 3+ 2s+2 %3D are shown below. The root locus for negative values of k, i.e. for -o0

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