The discrete-time signal xn] has z-transform X(z). Signal y nis defined as follows: y[2n] = 0, y[2n + 1] = x[n], What is the z-tranform Y(z) of y[n}? ne Z. 21 p107 p1070 O (a) It is not possible to evaluate Y(z) knowing X(z). O (b)Y(z) = z-1X(z-2) O ()Y(z) = z-1X(z²) O (d) Y(z) = zx(z-2) O (0)Y(z) = X(z²) ()Y(z) = zX(z²) 2015 01gvtipo |3D

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The discrete-time signal x n] has z-transform X(z). Signal y nis defined as follows:
y[2n] = 0,
What is the z-tranform Y(z) of y[n?
y[2n + 1] = x[n], ne Z.
2045
O (a) It is not possible to evaluate Y(z) knowing X(z).
21 p107
p1070
O (b) Y(z) = zX(z-²)
O ()Y(z) = z-X(z²)
O (d) Y(z) = zX(z-2)
O (e)Y(z) = X(z²)
() Y(z) = zX(z²)
Transcribed Image Text:The discrete-time signal x n] has z-transform X(z). Signal y nis defined as follows: y[2n] = 0, What is the z-tranform Y(z) of y[n? y[2n + 1] = x[n], ne Z. 2045 O (a) It is not possible to evaluate Y(z) knowing X(z). 21 p107 p1070 O (b) Y(z) = zX(z-²) O ()Y(z) = z-X(z²) O (d) Y(z) = zX(z-2) O (e)Y(z) = X(z²) () Y(z) = zX(z²)
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