Quadratic formula: Given az? + bz +c = 0, then z = 2a The difference equation of an IIR filter is given by yn] = -0.4y|n – 1] – 0.29y|n – 2] + x[n] – 1.6x|[n – 1] + 0.73x|n – 2]. What are the zeros and poles of the filter? Select one: Zeros={0.8 + j0.3}, Poles={0.2 ± j0.5} Zeros={0.8 + j0.3}, Poles={-0.2± j0.5} Zeros={-0.2 + j0.5}, Poles={0.8 ± j0.3} Zeros={-0.8 ± j0.3}, Poles={0.2 ± j0.5} Zeros={0.8, 0.3}, Poles={0.7±j0.4}
Quadratic formula: Given az? + bz +c = 0, then z = 2a The difference equation of an IIR filter is given by yn] = -0.4y|n – 1] – 0.29y|n – 2] + x[n] – 1.6x|[n – 1] + 0.73x|n – 2]. What are the zeros and poles of the filter? Select one: Zeros={0.8 + j0.3}, Poles={0.2 ± j0.5} Zeros={0.8 + j0.3}, Poles={-0.2± j0.5} Zeros={-0.2 + j0.5}, Poles={0.8 ± j0.3} Zeros={-0.8 ± j0.3}, Poles={0.2 ± j0.5} Zeros={0.8, 0.3}, Poles={0.7±j0.4}
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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please solve quickly
![Quadratic formula: Given az? + bz +c = 0, then z =
2a
The difference equation of an IIR filter is given by y[n] = -0.4y[n – 1] – 0.29y[n – 2] + x[n] – 1.6z[n – 1] + 0.73x[n – 2]. What are the zeros and
poles of the filter?
Select one:
Zeros={0.8 ± j0.3}, Poles={0.2 ± j0.5}
Zeros={0.8 ± j0.3}, Poles={-0.2± j0.5}
Zeros={-0.2± j0.5}, Poles={0.8 ± j0.3}
Zeros={-0.8+ j0.3}, Poles={0.2 + j0.5}
Zeros={0.8, 0.3}, Poles={0.7± j0.4}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F245da8b8-c018-48cc-b5f1-380e26f41ef7%2F08f51c7c-1423-4341-99f3-ccbfb6ea5a90%2Fx86ige8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Quadratic formula: Given az? + bz +c = 0, then z =
2a
The difference equation of an IIR filter is given by y[n] = -0.4y[n – 1] – 0.29y[n – 2] + x[n] – 1.6z[n – 1] + 0.73x[n – 2]. What are the zeros and
poles of the filter?
Select one:
Zeros={0.8 ± j0.3}, Poles={0.2 ± j0.5}
Zeros={0.8 ± j0.3}, Poles={-0.2± j0.5}
Zeros={-0.2± j0.5}, Poles={0.8 ± j0.3}
Zeros={-0.8+ j0.3}, Poles={0.2 + j0.5}
Zeros={0.8, 0.3}, Poles={0.7± j0.4}
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