Use MATLAB to determine the pole and zero locations of the following transfer functions: s +...

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Use MATLAB to determine the pole and zero locations of the following transfer functions: s³ + 12s² + 3s + 10 2s4 +20s³ +25s² + 15s + 12 (a) H(s) = = (b) H(s) = (c) H(s) = s4 + 283 382 +s+1. s5+s4 +38³ +38² + s +1 4s5 + 15s4 +25s³ +19s2 - 14s - 20 $6 +855 +32s4 + 64s³ +50s² + 24s +30 MATLAB pole/zero location Given the transfer function: The MATLAB commands to plot the poles and H= tf([13], [1 5 8]); pzmap (H) H(s) = s+3 5² +58 +8 zeros of H(s) are: Use MATLAB to determine the pole and zero locations of the following transfer functions: s³ + 12s² + 3s + 10 2s4 +20s³ +25s² + 15s + 12 (a) H(s) = = (b) H(s) = (c) H(s) = s4 + 283 382 +s+1. s5+s4 +38³ +38² + s +1 4s5 + 15s4 +25s³ +19s2 - 14s - 20 $6 +855 +32s4 + 64s³ +50s² + 24s +30 MATLAB pole/zero location Given the transfer function: The MATLAB commands to plot the poles and H= tf([13], [1 5 8]); pzmap (H) H(s) = s+3 5² +58 +8 zeros of H(s) are:

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To determine the pole and zero locations of the given transfer functions using MATLAB you can use th... View the full answer