For the following transfer/system functions s²-28+2 (a) H(s) = (4s+3)(6s²-s-1) (b) H(s) = 3s²+48-4 (25s²+20s+4)(28—1) Assuming the impulse response h(t) is right sided, draw the pole-zero diagram including ROC Find the partial fractions expansion.

The given transfer / system functions area. H(s)=s2−2s+2(4s+3)(6s2−s−1).b.…

Answered: For the following transfer/system functions s²-28+2 (a) H(s) = (4s+3)(6s²-s-1) (b) H(s) = 3s²+48-4 (25s²+20s+4)(28—1) Assuming the impulse response h(t) is…

Introductory Circuit Analysis (13th Edition)

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Hello. I am confused on how the diagram should look and I keep messing up my partial fractions. Could you help me out with this problem? I know it shouldn't be to hard, but I feel like I am missing something simple.

Thank you for the time and help.

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s²-2s+2
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3s²+48-4
(25s²+20s+4)(2s-1)
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For the following transfer/system functions
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(b) H(s) =
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Assuming the impulse response h(t) is right sided, draw the pole-zero diagram including ROC
Find the partial fractions expansion.|
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Step 2: a. Draw the pole-zero diagram including ROC for system (a).

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Step 3: b. Draw the pole-zero diagram including ROC for system (b).

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