1. Determine the z-transform and the ROC of the signal x(n) = 3(0.5") u(-n) - 5(0.25") u(n). *** *****

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1. Determine the z-transform and the ROC of the signal
x(n) = 3(0.5") u(-n) - 5(0.25") u(n).
***
2. A sequence x(n) defined by:
n=0,1,-1
n=2,-2
(0.5
x(n) = {1.5
n>/2/
Is input to a digital filter characterized by:
y(n) + 2y(n – 1) = x(n) – 5 x(n + 1)
Where y(n) is the output response of the filter.
Find the Fourier transform Y(ew) of the output.
Transcribed Image Text:1. Determine the z-transform and the ROC of the signal x(n) = 3(0.5") u(-n) - 5(0.25") u(n). *** 2. A sequence x(n) defined by: n=0,1,-1 n=2,-2 (0.5 x(n) = {1.5 n>/2/ Is input to a digital filter characterized by: y(n) + 2y(n – 1) = x(n) – 5 x(n + 1) Where y(n) is the output response of the filter. Find the Fourier transform Y(ew) of the output.
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