Let x[n] and X(e^j omega) represent a sequence and its DTFT, respectively. Determine, in terms of X(e^j omega), the DTFT of y_s[n] and y_d[n]. Sketch the DTFT for X(e^j omega) as shown below. y_s[n] = {x[n], n even; 0, n odd. y_d[n] = x[2n].

16 2 - Let x[n] and X(e^j omega) represent a sequence and its DTFT, respectively. Determine, in terms of X(e^j omega), the DTFT of y_s[n] and y_d[n]. Sketch the DTFT for X(e^j omega) as shown below. y_s[n] = {x[n], n even; 0, n odd. y_d[n] = x[2n].

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images - Let x[n] and X(e^j omega) represent a sequence and its DTFT, respectively. Determine, in terms of X(e^j omega), the DTFT of y_s[n] and y_d[n]. Sketch the DTFT for X(e^j omega) as shown below. y_s[n] = {x[n], n even; 0, n odd. y_d[n] = x[2n].

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