Consider the discrete-time LTI system −8y[n] + 2y[n − 1] + y[n − 2] = −2x[n] + 3x[n − 1]. Find the transfer function for the system an Find the frequency response for the system

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Hello. I could get the transfer function from continous time, Is discrete time the same? I'm not positive how to do this one. 

THank you for the help. 

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Consider the discrete-time LTI system
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−8y[n] + 2y[n − 1] + y[n − 2] = −2x[n] + 3x[n − 1].
Find the transfer function for the system an
Find the frequency response for the system
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Transcribed Image Text:Untitled document - Google Docs X + ← → с https://docs.google.com/document/d/1NRDUQVBsm6V13aZ3S2292iMc5PwjNrFwXtXFwb-hRLY/edit A T 100% Search the menus (Alt+/) Type here to search 10|CO III Normal text ▼ Arial 1 COO|C2| 10 3 Consider the discrete-time LTI system 4 11 + BI U A −8y[n] + 2y[n − 1] + y[n − 2] = −2x[n] + 3x[n − 1]. Find the transfer function for the system an Find the frequency response for the system 14% 5617| G+ Rain... A D E- ID >2k IE i ✓= > T 4 X Update: 10:12 AM 11/6/2022 >
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